185 Electrochemistry Jobs

University: Delft University of Technology (TU Delft) Country: Netherlands Deadline: 2025-09-14 Fields: Materials Science, Physics, Chemistry, Electrochemistry, Energy Engineering Are you passionate about advancing sustainable energy technologies and eager to contribute to the next generation of lithium-ion batteries? If you are driven by the desire to develop innovative materials that could revolutionize energy storage, this fully funded PhD position at TU Delft may align perfectly with your academic aspirations and career ambitions. The transition to a sustainable energy future hinges on breakthroughs in battery technology, and silicon-based anodes represent a promising avenue for significant improvements in lithium-ion battery performance. By joining this research effort, you can play a vital role in addressing global energy challenges while developing highly sought-after expertise in materials science and electrochemistry. About The University Or Research Institute Delft University of Technology (TU Delft) is one of Europe’s leading technical universities, renowned for its cutting-edge research and innovative educational programs. Located in Delft, the Netherlands, TU Delft fosters a vibrant academic environment that encourages collaboration across disciplines and with industry partners. The Faculty of Electrical Engineering, Mathematics & Computer Science houses the Electrical Sustainable Energy department, which is at the forefront of research addressing the technical, scientific, and societal challenges of the global energy transition. The department is equipped with state-of-the-art facilities, including the Electrical Sustainable Power (ESP) Laboratory, dedicated to materials development, device fabrication, and advanced characterization. Research Topic and Significance The core research focus of this PhD position is the development of silicon-based anodes with engineered interphases for lithium-ion batteries. Silicon is a highly attractive anode material due to its exceptional theoretical capacity, but its practical application is hindered by significant volume changes during cycling and instability at the electrode/electrolyte interface. This project aims to overcome these limitations by developing innovative interphase engineering strategies and advanced deposition techniques, contributing to longer-lasting, higher-capacity batteries. Also See Postdoc and PhD Positions in Polymer and Materials Science at University of Sydney Postdoctoral Opportunity in Exsolution-Based Electrode Design for High-Temperature… Postdoctoral Opportunity in Battery Prognostics for Hybrid-Electric Aircraft at TU Delft PhD Opportunity in Symbolic AI and Reasoning Under Uncertainty at TU Delft Fully Funded PhD Positions in Chemical & Materials Engineering – Ultra-High Energy… Enhancing the performance of lithium-ion batteries is critical for the widespread adoption of electric vehicles, renewable energy storage, and portable electronics. Success in this research will have far-reaching impacts on society, supporting the transition to cleaner energy systems and reducing dependence on fossil fuels. Project Details The selected candidate will join the Photovoltaic Materials and Devices (PVMD) group within the Electrical Sustainable Energy department at TU Delft’s Faculty of Electrical Engineering, Mathematics & Computer Science. The PVMD group is known for its fundamental research on innovative materials and devices, and you will work closely with the electrochemical energy storage group in the Department of Applied Sciences. Your PhD Project Will Involve – Developing silicon-based anodes using PECVD (Plasma-Enhanced Chemical Vapor Deposition). – Depositing artificial electrochemical interphases using vacuum-based deposition processes. – Post-processing electrodes via wet-chemical and solvent-free methods. – Performing physiochemical characterization of materials. – Assembling electrodes into batteries and conducting electrochemical characterization. – Carrying out mechanistic investigations using in situ and postmortem techniques. The department provides expertise across the energy system chain and offers access to advanced laboratories for materials development, device fabrication, high voltage testing, and real-time simulation of future power systems. Candidate Profile This Opportunity Is Ideal For Candidates Who – Hold an M.Sc. degree in Materials Science, Physics, or Chemistry with specific knowledge in electrochemistry. – Demonstrate excellent academic track records and strong analytical and writing skills. – Are reliable team players with effective time management abilities. – Possess general knowledge of glove box operations, clean room activities, wet-chemical procedures, and dry deposition/nanofabrication techniques (PVD, CVD). – Have prior experience in battery research (desirable). – Display excellent English reading, writing, speaking, and listening skills, meeting TU Delft’s minimum PhD admission requirements. A proactive, collaborative mindset and a passion for advancing sustainable energy technologies are essential for success in this role. Application Process To apply, please submit the following documents via the application button on the official TU Delft careers page: An application letter addressed to Dr. Moumita Rana, detailing your motivation for pursuing a PhD and your fit with the job requirements. Your curriculum vitae (CV) including a list of publications. A list of three academic and/or industry references. Incomplete applications will not be considered. The deadline for applications is 14th September, 2025 at 23:59 CET. Candidates will be screened as applications arrive, and promising applicants may be contacted before the closing date. For detailed information on English proficiency and PhD admission requirements, please refer to the TU Delft Graduate Schools Admission Requirements. Conclusion If you are motivated to contribute to the advancement of energy storage technologies and seek to develop your expertise in a world-class research environment, do not miss this opportunity to join TU Delft’s pioneering research teams. Apply now and take the next step toward a rewarding career in sustainable energy innovation. For more opportunities in this field and related areas, follow similar positions listed below this post. Want to calculate your PhD admission chances? Try it here: https://phdfinder.com/phd_admission_chance_calculator/ Get the latest openings in your field and preferred country—straight to your email inbox. Sign up now for 14 days free: https://phdfinder.com/position-alert-service/ We’re an independent team helping students find opportunities. Found this opportunity helpful? Support us with a coffee!

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Technoculture Research is expanding into bio-energy domains, including electrochemical green-hydrogen and ammonia synthesis, as well as sustainable liquid-fuel production. This complements our diagnostics work while applying our miniaturised, cost-effective platforms to the global challenge of low-carbon energy and chemicals. Internship Description We are looking for a motivated and curious Electrocatalysis Intern to join our bio-energy research team. You will assist in developing and testing electrocatalytic systems for processes such as CO₂ electroreduction, water splitting, and nitrogen reduction. This internship offers a unique opportunity to work at the intersection of electrochemistry, biotechnology, and sustainable fuel generation. Selected Intern’s Day-to-day Responsibilities Include Support experimental setups for electrocatalytic processes, including CO₂ electroreduction and water electrolysis. Assist in data collection, documentation, and basic analysis of electrochemical reactions. Contribute to the evaluation of electrode materials and cell architectures. Learn and apply electrochemical techniques such as cyclic voltammetry, chronoamperometry, and impedance spectroscopy. Participate in discussions related to integration of enzymatic and electrochemical systems. Conduct literature reviews and summarize recent advances in electrocatalysis. About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers, and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries, and microfluidics to run protein, nucleic-acid, and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Building on our strengths in electrochemistry, biotechnology, and process miniaturization, Technoculture Research is now developing bio-energy solutions—from green hydrogen and ammonia synthesis to sustainable liquid fuels. This R&D expansion focuses on cost-effective, scalable, and data-driven clean technologies. Internship Description We are looking for a Process Development Intern to support our chemical engineering team in designing and optimizing novel catalytic and electrochemical processes. This internship is ideal for candidates who are passionate about sustainable technologies and eager to gain hands-on experience in process simulation, flow design, and system-level analysis for innovative applications in green chemistry and bio-energy. Selected Intern’s Day-to-day Responsibilities Include Assist in simulating chemical and electrochemical processes using Aspen Plus or related software. Support basic techno-economic analysis under the guidance of senior engineers. Help prepare process flow diagrams, material balances, and design documentation. Contribute to literature reviews and patent analysis for process innovation. Participate in interdisciplinary discussions with biochemists, electrochemists, and instrumentation teams. Maintain clear documentation of project data, insights, and process designs. About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy leveraging our strengths in electrochemistry, biotechnology, and process miniaturisation, Technoculture Research is now expanding into bio-energy — from green hydrogen and ammonia synthesis to sustainable liquid fuels. This enables us to apply our core science to one of the world’s most urgent challenges: decarbonising energy and chemicals. Internship Description We are looking for an enthusiastic and detail-oriented Enzyme Development Intern to support our R&D efforts in enzyme production, protein engineering, and hybrid enzymatic-electrochemical technologies. The ideal candidate will be eager to learn molecular biology techniques, assist with experimental design, and contribute to our enzyme optimisation and characterisation workflows. This internship offers a valuable hands-on opportunity in synthetic biology, diagnostics, and sustainable chemistry. Selected Intern’s Day-to-day Responsibilities Include Assist in microbial expression of enzymes and purification protocols. Support molecular cloning and plasmid construction workflows. Conduct basic bioinformatic analysis such as protein sequence alignment and structure prediction. Help set up and test enzyme activity assays, both in vitro and in cell-free formats. Maintain detailed lab records, including protocols and experimental outcomes. Collaborate with scientists working on CO₂ reduction and bio-electrochemical systems. About Company: Technoculture Research is based in Bodhgaya, Bihar, India. We focus on developing modern technology relevant to many fields in our day-to-day lives, including construction, machinery, food, drugs, and agriculture. Our recent project focuses on developing and implementing novel methods for efficient water harvesting and artificial water recharge methods. One of our key objectives is to produce a platform capable of accurately predicting the hydrological conditions over an area to aid in the development and decision-making processes. We do research and development based on newly developed technologies. Our main focus is on inventing products for commercial and industrial use. We have a high-tech biotech lab for research and development on biomedical, bio-mechanical, and bioelectronics products. We do product development and design. We do research on novel and innovative ideas as well as cost-effective products for the next generation.

Electrochemical Sensor Intern at Healthiverse Wellness Private Limited Location: IIT Madras Research Park, Tharamani,Chennai Duration: 3 Months (Extendable based on performance) Stipend: ₹5,000 – ₹10,000/month (based on 1st month performance) Key Responsibilities: Prepare and modify commercial paper-based electrochemical sensors (e.g., immobilization of capture antibodies, blocking, applying linkers) following detailed SOPs. Test both untreated and treated sensors using standard electrochemical methods (like CV, EIS, or chronoamperometry) to check and record basic signal levels. Run and improve immunoassay experiments, measuring and recording the results. Collaborate with the biotech team to integrate biological assays with sensors Analyze data and contribute to calibration curve construction by quantifying signal response to different antigen concentrations, ensuring reliability and reproducibility. Who Can Apply: Students or recent graduates in Electrochemistry, Analytical Chemistry, Materials Science, Biotechnology, Biomedical Engineering, or closely related fields. Foundational knowledge of electrochemical techniques such as cyclic voltammetry (CV), electrochemical impedance spectroscopy (EIS), differential pulse voltammetry (DPV), or chronoamperometry. Interest or background in biosensor development, especially paper-based or wearable sensors. Experience with electrode handling, chemical/electrochemical surface modification (e.g., via EDC/NHS chemistry or nanomaterial coatings), and sensor testing is desirable, but motivated beginners are also welcome. Good laboratory practice, careful documentation skills, and ability to follow and optimize experimental protocols. Strong analytical and problem-solving skills, willingness to learn troubleshooting approaches for functionalization and electrochemical assay set-up. Interested in interdisciplinary R&D projects bridging chemistry, biology, and analytical techniques. Enthusiastic to contribute to experimental planning, data analysis (using potentiostat software or spreadsheets), and collaborative research. What You’ll Gain: Practical experience in biosensor and diagnostic tool development Work closely with a multi-disciplinary team of scientists and founders Contribute to building an innovative healthtech product 👉 Interested? DM me or send CV to leena@healthiverse.in

Job Title: Electrocatalysis Scientist Location: Bodhgaya, Bihar (On-Site) Job Type: Full-time Joining Type: Immediate preferred About Us Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Leveraging the same core strengths in electrochemistry, biotechnology and process miniaturisation, Technoculture Research is now exploring bio-energy technologies—from electrochemical green-hydrogen and ammonia synthesis to sustainable liquid-fuel production. This expansion will allow us to apply our platform science to the urgent challenge of low-carbon energy and chemicals, while staying true to our ethos of cost-compressed, data-rich solutions. www.technoculture.io Job Description We are seeking a PhD-level Electrocatalysis Scientist with deep expertise in electrolysis and electrocatalytic systems . The ideal candidate will have strong theoretical and experimental foundations in electrochemical reaction optimisation and a demonstrated interest in CO₂ electroreduction and cell-free enzymatic systems . This role is central to our efforts in building integrated electrochemical-biochemical platforms for sustainable fuel and chemical production. Responsibilities Design, execute, and optimise electrocatalytic processes for applications like CO₂ electroreduction , water electrolysis , and nitrogen reduction . Analyse and model electrochemical systems for improved reaction kinetics , selectivity , and energy efficiency . Explore the integration of cell-free enzymatic cascades within electroenzymatic reactor systems . Evaluate new electrode materials , catalysts , and electrochemical cell designs . Conduct literature and patent reviews to support innovation in hybrid catalytic systems. Closely document experimental setups, procedures, and data. Collaborate with enzyme scientists, materials engineers, and simulation experts across projects. Participate in candidate evaluations by reviewing PhD theses and prior academic work. Qualifications PhD in Electrocatalysis , Electrochemistry, or a closely related field. Strong understanding of electrochemical fundamentals , including reaction kinetics, mass transport, and cell design. Preferred Qualifications Hands-on experience with CO₂ electroreduction , water splitting, or similar electrocatalytic processes . Familiarity with cell-free enzyme cascades or electroenzymatic systems. Demonstrated ability to work with electrode materials , potentiostats , and custom electrochemical reactors . Scientific publications or thesis work related to CO₂ conversion , electrocatalysis , or hybrid bio-electrochemical systems. Personal Attributes Technically strong with a keen interest in cross-domain research . Analytical thinker with deep attention to experimental detail. Self-motivated and comfortable working in multidisciplinary teams. Excellent documentation, data interpretation, and communication skills. Willingness to review candidate research (especially PhD theses) critically during hiring.

Job Title: Enzyme Development Scientist Location: Bodhgaya, Bihar (On-Site) Job Type: Full-time Joining Type: Immediate preferred About Us Technoculture Research is re-imagining how the world measures health. We build micro-scale electrochemical laboratories that place lab-grade accuracy directly in the hands of clinicians, community health workers and even patients at home. Our platform fuses microfabricated electrodes, novel surface chemistries and microfluidics to run protein, nucleic-acid and metabolite assays within minutes. By replacing costly optical detection with electron sensing, we slash instrument and per-test costs by roughly an order of magnitude, making precision diagnostics truly accessible. Our mission is clear: make diagnostics abundant so that every critical health decision is guided by immediate, affordable results, wherever care happens. Looking Ahead: Bio-Energy R&D Leveraging the same core strengths in electrochemistry, biotechnology and process miniaturisation, Technoculture Research is now exploring bio-energy technologies—from electrochemical green-hydrogen and ammonia synthesis to sustainable liquid-fuel production. This expansion will allow us to apply our platform science to the urgent challenge of low-carbon energy and chemicals, while staying true to our ethos of cost-compressed, data-rich solutions. www.technoculture.io Job Description We are seeking a highly skilled Enzyme Development Scientist with a strong foundation in enzyme production , molecular cloning , and protein analysis . The ideal candidate will be technically robust, with working knowledge or deep interest in cell-free enzymatic cascades or electroreduction of CO₂ . You will contribute to projects spanning diagnostics, sustainable chemistry, and synthetic biology, playing a key role in enzyme design, production, and optimisation workflows. Responsibilities Design and optimise enzyme production pipelines , including microbial overexpression and purification. Perform molecular cloning , plasmid construction, and strain development for high-yield enzyme expression. Analyse enzymes using molecular biology and bioinformatics tools , including sequence analysis and structural modeling. Contribute to the development of cell-free enzymatic systems , especially those relevant to electroenzymatic reactors . Participate in the design of enzyme mimics and evolutionary strategies . Collaborate with teams working on CO₂ electroreduction and hybrid electro-biocatalytic platforms . Maintain meticulous documentation of protocols, results, and findings. Qualifications Master’s or PhD in Biotechnology, Molecular Biology, or Microbiology . Demonstrated experience in enzyme production and bacterial expression systems . Preferred Qualifications Proficiency in molecular cloning , expression vector design, and strain engineering. Strong understanding of bioinformatic analysis , including protein sequence alignment, motif identification, and structure-function prediction. Exposure to or interest in cell-free enzymatic cascades or electrochemical applications of enzymes . Familiarity with enzyme evolution tools like error-prone PCR , site-directed mutagenesis , and recombinant library screening . Personal Attributes Technically rigorous, with a scientific mindset and problem-solving ability. Detail-oriented and organised in experimental execution and data interpretation. Strong collaboration and communication skills in cross-disciplinary teams. Curious, adaptable, and motivated to explore hybrid biochemical-electrochemical platforms . Open to feedback and able to think critically about their own and others' research work.

At Triveni Wires, we are dedicated to developing cutting-edge battery technologies that have a tangible impact on the world. Our focus lies in enhancing material performance, revolutionizing manufacturing processes, and incorporating AI into battery design and testing. We excel at the intersection of science, engineering, and adaptability. We are currently looking for individuals with inquisitive minds who can swiftly acquire new knowledge, create prototypes, conduct thorough testing, and evolve alongside our organization. As a technical generalist at Triveni Wires, you will be comfortable transitioning between laboratory work, simulations, data analysis, and brainstorming sessions. Whether you have experience with lithium-ion, solid-state, sodium-ion batteries, or possess a strong background in chemistry or materials science with a fervent desire to innovate battery technology, we welcome individuals who enjoy experimentation, iteration, and multidisciplinary thinking. Your responsibilities will include staying abreast of the latest scientific literature to propose novel ideas and enhancements, designing and conducting experiments on battery materials, electrodes, and complete cell configurations, evaluating performance metrics such as cycle life, energy density, conductivity, and degradation, collaborating with diverse teams to implement insights for design enhancements, assisting in the creation of test protocols and standard operating procedures, and exploring AI/ML or simulation tools like COMSOL, PyBaMM, and DFT if you have a penchant for technology and software. The ideal candidate should possess a Bachelor's or Master's degree in Chemical Engineering, Materials Science, Physics, Electrochemistry, or a related field. Hands-on experience in working with batteries or electrochemical systems is essential, along with a keen interest in cross-functional collaboration across the lab, literature review, computational analysis, and real-world application. Familiarity with characterization techniques such as SEM, XRD, and EIS is beneficial. We value individuals who are naturally curious, resourceful, proactive learners, and candidates with coding or simulation experience in Python, MATLAB, COMSOL, or PyBaMM are a plus. By joining our team, you will have the opportunity to collaborate directly with our founders and senior researchers on pioneering battery R&D projects. You will play a pivotal role in influencing the trajectory of innovation within a dynamic deep-tech environment. Additionally, you will gain access to a vast network of global collaborators and be exposed to the complete cycle of battery development. We offer a flexible work culture that prioritizes personal and professional growth.,

Directly Apply On ARAI Career Site: https://www.araiindia.com/pages/career-with-arai ARAI, Pune is a premier Automotive Research Institute, with the Ministry of Heavy Industries, involved in R&D, Homologation, Testing & Certification, Calibration & Skill Development services to Automotive and Allied industries globally. We are looking for the following position for our Fatigue and Materials Centre of Excellence (FMCE) Department Designation: Research Engineer (Battery Material & Electrical Testing) – 01 No. (ARAI Contract) Location: ARAI- Homologation and Technology Centre, Chakan Candidates should have M.Tech or M.Sc. in Materials Science, Electrochemistry or Electrical Engineering. Candidate poses necessary skills and experience should apply for the position. Job Description: Battery pack disassembly, module separation & Cell component separation in Glove box Material Characterization using Scanning Electron Microscope (SEM-EDS), X-Ray diffraction (XRD), Computed Tomography (CT), Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES) Characterization using Electrochemical Impedance Spectroscopy (EIS), Cyclic Voltammetry (CV) and Galvanostatic charge-discharge (GCD) Document research findings, data interpretation & prepare technical reports. Evaluate battery management system (BMS) data to assess health and safety parameters. Required Skill: Understanding of lithium-ion battery cell architecture (cathode, anode, separator, electrolyte). Hands-On electrochemical characterization methods: cyclic voltammetry, EIS, Galvanostatic charge-discharge and knowledge of interpreting dQ/dV and dV/dQ plots. Hands-On analytical characterization using Scanning Electron Microscope (SEM-EDS), X-Ray diffraction (XRD), Computed Tomography (CT), Inductively Coupled Plasma Optical Emission Spectrometry (ICP-OES), Raman Spectroscopy, Gas Chromatography-Mass Spectrometry (GSMC) & FTIR. Ability to interpret battery degradation mechanisms such as SEI layer growth, lithium plating, electrode cracking & Gas pocket formation. Awareness of standards and regulations for battery testing (e.g., IS, IEC, UL). Proficiency in data analysis using Python/MATLAB/Excel for trend analysis or predictive modelling Educational Background: M.Tech or M.Sc. in Materials Science, Electrochemistry or Electrical Engineering. Strong foundation in battery technology and energy storage systems. Experience in R&D or testing in battery performance and degradation is highly preferred. Experience: should have Min 1 + years of experience relevant to this job description This vacancy is on ARAI contract i.e. on ARAI Payroll for 1 year. Last Date of Application: 9th August 2025 Directly Apply On ARAI Career Site: https://www.araiindia.com/pages/career-with-arai

A Day in Your Life at MKS: As a Scientist at MKS MSD you will partner with Electronics R&D to support in product development and associated activities. In this role, you will report to the functional Team Manager in Electronics R&D. You will carry out different approaches and methodologies to conduct different R&D activities related to product development, testing, qualification, troubleshooting, and process optimization under the technical guidance. You will be working closely with colleagues from your own team, team manager, R&D manager, and other cross-functional departments local and global. An open and clear communication with the team members and R&D manager is expected. You are expected to come up with your own ideas and approaches to execute the tasks and duties successfully. When required, you will also act as a support to customer through consultation, trouble shooting, process optimization, site visits and on-site troubleshooting, maintaining the confidentiality and compliance of the department and the company. You Will Make an Impact By: Candidate is expected to work in the laboratory to carry out “on the bench” experiments and in pilot line to demonstrate feasibility and new products development. Creation Design of experiments (DOE) and independent planning of Project assigned with project management frameworks. Perform and execute assigned tasks in a timely and qualitative manner. Develop and modify product formulations as per the business requirement while reading, using appropriate literature / patent / competition / supplier searches/ market research related to the projects Working and collaborating with other team members in laboratory environment. Bringing innovation mindset and own ideas and creative strategies to make product and processes efficient. Shall interact with cross functional team members local and global. Open to new ideas, innovation and creativity would be demanded for effective and reliable processes development - Encourage self & team to promote R&D developments, research orientation, paper & literature study and writing. Support to project and teams with acceptable technical inputs in their projects & Literature search for new R&D projects. May write technical papers and patents. Exploring & Identification of disruptive technologies, new opportunities, read and up to date with market and embrace research perspective Transparent and regular effective communication of task completion progress to stakeholders. Self-motivated and self-initiated actions to maintain the work culture and task completion. Maintenance of 5S and safety as per the MKS MSD and departmental guidelines. Active participation in team building. Maintaining the confidentiality of the projects and other Departmental information. Interaction with the customer to troubleshoot, process optimization, and site visit/conducting trials at the customer site (if required) Skills You Bring: Technical Skills - 3-5yrs. experience in industries like chemical/ electrochemical/ polymer/ physical/ organic/ inorganic & Surface treatment. Education background of PhD/ Master’s in chemical engineering/ chemistry/ electrochemistry / Polymer Chemistry / Physical Chemistry / Organic Chemistry / Inorganic Chemistry Six sigma (Green belt onwards) / Project management certifications would be an added advantage Strong proficiency in software and statistical applications like Outlook, Excel, Word, PowerPoint/JMP/Minitab etc. Experience in e-notebooks/ELN would be an added advantage Data driven mindset & Experience in statistics and data interpretation & representation – Gather, Visualize, Interpret, Conclude Demonstrated ability to work independently and within team with a strong focus on delivering results and identifying alternative solutions when challenges arise Soft skills – Ability to analyze data and provide logical conclusions, document in the form of research report, present work in the relevant forums to team members/scientific audience. Strong oral and written communication, collaboration and team player skills Quick learner, Agile, proactive; would have passion for innovation to create new products and add value in R&D Strong critical and analytical skills to ensure all aspects of projects are clearly understood, well documented and conclusive for the exit gate reporting. Creative, structured, methodical, and time bound workstyle. Self-motivated, out of the box thinking, self-accountability, and strong sense of ownership Preferred Skills: (Optional) Experience in working in chemical laboratories, developing formulations & products, and qualification. Basic understanding on solvents, polymers, reaction mechanistic, electrochemistry – key components, their reaction mechanism, molecular interactions. In depth knowledge of surfactants, organic and inorganic molecules Tuning structure property relationships of organic and inorganic molecules Synthetic knowledge of organic and inorganic molecules #LI-MK1 Globally, our policy is to recruit individuals from wide and diverse backgrounds. However, certain positions require access to controlled goods and technologies subject to the International Traffic in Arms Regulations (ITAR) or Export Administration Regulations (EAR). Applicants for these positions may need to be “U.S. persons.” “U.S. persons” are generally defined as U.S. citizens, noncitizen nationals, lawful permanent residents (or, green card holders), individuals granted asylum, and individuals admitted as refugees. MKS Instruments, Inc. and its affiliates and subsidiaries (“MKS”) is an affirmative action and equal opportunity employer: diverse candidates are encouraged to apply. We win as a team and are committed to recruiting and hiring qualified applicants regardless of race, color, national origin, sex (including pregnancy and pregnancy-related conditions), religion, age, ancestry, physical or mental disability or handicap, marital status, membership in the uniformed services, veteran status, sexual orientation, gender identity or expression, genetic information, or any other category protected by applicable law. Hiring decisions are based on merit, qualifications and business needs. We conduct background checks and drug screens, in accordance with applicable law and company policies. MKS is generally only hiring candidates who reside in states where we are registered to do business. MKS is committed to working with and providing reasonable accommodations to qualified individuals with disabilities. If you need a reasonable accommodation during the application or interview process due to a disability, please contact us at: accommodationsatMKS@mksinst.com . If applying for a specific job, please include the requisition number (ex: RXXXX), the title and location of the role

This position is no longer available. University: IRCELYON / CNRS (Université Claude Bernard Lyon 1) Country: France Deadline: Not specified Fields: Chemistry, Chemical Engineering, Materials Science, Environmental Science, Renewable Energy PhD Position – Solar Valorization of Biomass via Photoelectrochemistry IRCELYON / CNRS in Villeurbanne (Lyon), France, invites applications for a fully-funded, 3-year PhD position as part of the ANR SOLBIOPEC project, in collaboration with INL Lyon and CEA Saclay. Project Overview The project focuses on the development of photoelectrochemical (PEC) devices to convert biomass-derived compounds (such as furfural and HMF) into high-value chemicals, including furfuryl alcohol, 2-methylfuran (biofuel), and FDCA (bioplastic precursor). Research activities will involve the integration of advanced III-V photocathodes, oxide photoanodes (WO₃/BiVO₄), and operando spectroscopy techniques (Raman, XPS, FT-IR, XAS). The successful candidate will have access to synchrotron facilities (SOLEIL, ESRF, MAX IV). The ultimate objective is to develop a functional PEC demonstrator for rural biorefinery applications. Candidate Requirements Master’s degree in Chemistry or Chemical Engineering. Solid theoretical background in electrochemistry. Experience with analytical techniques (NMR, XRD, GC, HPLC) is desirable. Demonstrated interest in solar energy, green chemistry, and sustainable materials. Position Details Location: IRCELYON, CNRS – Lyon, France Start Date: October 2025 Salary: Approximately 1700 €/month Duration: 36 months Also See Postdoctoral Opportunity in Exsolution-Based Electrode Design for High-Temperature… Two Ph.D. Positions in Advanced Material Recovery and Printing Technologies at… PhD Opportunity in Digital Twin Development for Climate-Resilient Railway Infrastructure at… Fully Funded PhD Position in Advanced Water-In-Salt Electrolytes for Aqueous Batteries PhD Opportunity in Organic Chemistry – Exploring Prebiotic Peptide Synthesis via the Lossen… Application Procedure Interested candidates should send a CV and cover letter to mathieu.prevot@ircelyon.univ-lyon1.fr For further information, please visit: www.ircelyon.univ-lyon1.fr This position offers a unique opportunity to engage in interdisciplinary research at the intersection of renewable energy, electrochemistry, and biomass valorization, with access to world-class laboratories and research infrastructure in France. Get the latest openings in your field and preferred country—straight to your email inbox. Sign up now for 14 days free: https://phdfinder.com/register

About Us At Triveni Wires, we are building next-generation battery technologies with real-world impact. Whether it’s enhancing material performance, innovating manufacturing processes, or integrating AI into battery design and testing, we thrive at the intersection of science, engineering, and adaptability. We’re seeking curious minds who can learn fast, build prototypes, test with rigor, and grow with the company. Role Description A technical generalist —comfortable jumping between lab work, simulations, data, and whiteboards. Maybe you’ve worked on lithium-ion, solid-state, sodium-ion, or just have a strong chemistry or materials background and a burning desire to build better batteries. You love experimenting, iterating, and thinking across disciplines. What You’ll Do Stay up to date with scientific literature and propose new ideas or improvements Design, set up, and execute experiments on battery materials, electrodes, and full-cell configurations Analyze performance metrics such as cycle life, energy density, conductivity, and degradation Work with cross-functional teams to apply insights into design improvements Support the development of test protocols and SOPs Optionally explore AI/ML or simulation tools (e.g. COMSOL, PyBaMM, DFT, etc.) if you have a tech/software bend Ideal Qualifications Bachelor’s/Master’s in Chemical Engineering, Materials Science, Physics, Electrochemistry, or related field Hands-on lab experience with batteries or electrochemical systems Passion for working across functions—lab, literature, computation, and real-world application Exposure to characterization techniques (SEM, XRD, EIS, etc.) is a plus Curious, resourceful, and proactive learner Bonus: Some coding or simulation experience (Python, MATLAB, COMSOL, or PyBaMM) Why Join Us? Work directly with founders and senior researchers on cutting-edge battery R&D Shape the direction of innovation in a fast-moving deep-tech environment Access to global collaborators and exposure to full-cycle battery development Flexible and growth-focused work culture

Job Description: Battery & Power Systems Engineer – UAVs, UGVs & Robotics Location: Hyderabad (On-site) Function: R&D | Power Systems Reports to: VP - R&D About The Role We are seeking a skilled Battery & Power Systems Engineer to design, evaluate, and optimize the energy systems that power our UAVs, UGVs, and robotics platforms. This role will focus on maximizing endurance, enhancing safety, and ensuring efficient energy management under diverse operational conditions. You will work closely with the Embedded, Electronics, and Mechanical teams to develop robust, high-performance battery systems tailored for autonomy and reliability. Key Responsibilities Battery System Design & Optimization: Design and evaluate battery packs tailored for drones, ground vehicles, and robotic platforms, including Li-ion, LiPo, and advanced chemistries. Optimize cell selection, configuration, and battery architecture for energy density, discharge rates, and thermal performance. Develop and validate Battery Management Systems (BMS) for monitoring health, charge cycles, and fault management. Thermal Management Design and implement thermal management solutions (passive/active cooling) to prevent overheating under continuous load. Simulate and test for thermal stability in extreme environmental conditions. Power System Architecture Define end-to-end power distribution architecture, including DC-DC converters, power protection, and redundancy. Collaborate with embedded engineers to integrate power optimization algorithms and energy-efficient firmware. Safety & Compliance Ensure battery systems meet international safety standards (UN 38.3, IEC standards, ISO 26262 for functional safety). Implement protection circuits, fail-safes, and monitoring systems to prevent short circuits, overcharging, and thermal runaway. Testing, Validation & Lifecycle Management Conduct rigorous testing for battery performance, lifecycle, and reliability. Establish diagnostics and predictive maintenance strategies for deployed battery systems. Research & Advanced Technologies Evaluate emerging battery technologies (solid-state batteries, hybrid energy systems, supercapacitors). Explore opportunities for hybrid power systems (battery + fuel cell) for extended mission profiles. Required Skills & Experience Bachelor’s/Master’s degree in Electrical Engineering, Power Systems, Electrochemistry, or related fields. 5+ years of experience in battery system design, power electronics, or energy management, preferably in drones, robotics, or automotive. Strong understanding of: Battery chemistry & cell characteristics, BMS hardware & firmware, Thermal analysis and heat management, Power electronics and converters, Simulation tools (e.g., MATLAB/Simulink, PLECS). Experience with compliance standards and safety certifications for battery systems. Preferred Skills Familiarity with UAV/UGV operational constraints and mission-specific power optimization. Knowledge of hybrid energy systems (battery + alternative energy). Hands-on experience with battery testing equipment and diagnostics tools. Personal Attributes Analytical mindset with strong problem-solving skills. Ability to collaborate across multi-disciplinary teams. Passionate for advancing clean, efficient, and reliable power systems. Compensation Competitive and aligned with experience and skill level. How To Apply Send your resume and portfolio of relevant projects to careers@marutdrones.com

Battery Data Scientist (Data meets degradation, and intelligence meets impact) Location : Bangalore (On-site) Experience : 2 to 5 years Education : Masters/PhD Degree in Data Science/Engineering Industry : EV / Batteries / Hardware Startups Reports To : Founder & Head of Product Type : Full-time About Fawkes Energy Fawkes Energy is building intelligent, software-driven platforms to bring safety, transparency, and performance optimization to the EV and battery ecosystem. We are a mission-driven team working toward a sustainable circular economy in mobility and energy storage. Role Overview At Fawkes Energy, we’re building the future of battery intelligence, repurposing, and lifecycle intelligence. Our tools are a window into the battery pack, and decode what really matters - performance, health, lifetime, and safety. Now, we’re looking for a Battery Data Scientist who loves wrestling with messy field data, modeling the intricacies of battery degradation, and building intelligence that actually makes a difference. What You'll Work On Own projects that involve modeling battery degradation, SoH and lifetime prediction using both traditional and ML-based approaches Develop, validate, and deploy battery degradation models using machine learning, deep learning, and physics-informed methods Work with both internal and external teams to design robust data ingestion and preprocessing pipelines for heterogeneous datasets, from structured lab test data to noisy field-collected logs Work with real-world battery pack field data and cell testing data from our labs Design and build data pipelines, experiment with ML/DL techniques, and validate models across chemistries and use-cases Collaborate with test engineers to drive new experiments and extract meaningful features from cycling, calendar, and abuse tests Guide junior data scientists as the team grows and evolve into a product leadership role Who You Are A PhD in data science, applied ML, electrochemistry, mechanical/electrical engineering or similar (fresh grads welcome!) OR a Master’s degree with 2–5 years of strong hands-on experience in battery or energy analytics Comfortable navigating both structured test datasets and unstructured real-world messiness Solid Python skills; comfort with tools like TensorFlow, PyTorch, Polars. Experience with PINNs is an advantage Experienced in building end-to-end ML workflows from data wrangling and feature engineering to training, validation, and deployment Curious about how batteries age, fail, and behave across chemistries, duty cycles, and environments Bonus: Prior exposure to battery modeling, cell cycling, EVs, BMS data, or time-series data diagnostics What It's Like in Fawkes Energy Fast-paced, impact-driven work environment where you’ll see your work deployed in real-world EV and battery contexts Small, multi-functional team working at the bleeding edge of clean-tech - hardware, software, and AI under one roof You’ll work alongside data analysts, embedded engineers, test engineers, product teams and the founders (who also code and create physics-based models!) You won’t just build dashboards, you’ll shape the core IP that powers diagnostics and decision-making in the battery world Why Join Us Work on a cutting-edge hardware product at the intersection of EV, battery analytics, and climate action Opportunity to lead development and define a new category in the circular economy for EVs Fast-track to a technical leadership role in a high-impact, mission-driven startup Collaborative and technical team environment with real ownership What You Will Get Competitive compensation + ESOPs, health insurance, conference budgets, access to EVs, batteries, and testbeds for experimentation Flexible hours - we are result-first and not hours-clocked A chance to work with batteries that don’t sit in simulations, but in vehicles, fleets, and energy systems The opportunity to build core IP at the intersection of hardware, AI, and battery science If this sounds like your kind of gig, email us at talent@fawkes.energy .

We’re Hiring a Lab Manager! Join Our Research Team at Triveni Wires Pvt Ltd Are you passionate about laboratory research and innovation? Do you thrive in hands-on environments, love working with cutting-edge equipment, and want to play a key role in building a state-of-the-art lab from the ground up? If yes, we want you on our team! Position Details: Job Title: Lab Manager Location: MIDC Industrial Area, Wadi Hingna Road, Hingna, Nagpur, Maharashtra 440016 Start Date: Immediate Joining Salary: Competitive & based on expertise, experience, and determination What You'll Do: Oversee and manage our brand-new research laboratory Maintain and operate cutting-edge lab equipment, handling basic maintenance and troubleshooting Work in controlled environments to support product testing and development Handle inventory management and procurement of lab supplies Learn and master coin cell and pouch cell fabrication/testing (training provided) Maintain high research standards and improve experimental processes Be part of a team setting up the lab from scratch and establishing best practices What We're Looking For: Experience: At least two years in a professional science laboratory Skills: Strong hands-on skills and experience with lab equipment Attention to Detail: Precision and accuracy in lab tasks Lab Safety Knowledge: Understanding of safety and cleanliness protocols Proactive Mindset: Willingness to learn new techniques, including battery cell testing (training provided) Why Join Us? Be part of a growing R&D team pushing boundaries Work on cutting-edge research and high-impact projects Shape the future of energy storage with hands-on lab work Interested? Send your application to tekriwal@v5ideas.com . We look forward to hearing from you! #Hiring #LabManager #ResearchJobs #ScienceCareers #BatteryResearch #LabTechnician #LaboratoryScience #TestingLab #MaterialsScience #EnergyStorage #Electrochemistry #BatteryInnovation #STEMJobs #CoinCellTesting #PouchCellTesting #RDCareers #LabManagement #HiringNow

As the Vice President of Electrolyser Stack Engineering, you will be leading the India-based engineering organization responsible for the development, scaling, and performance optimization of PEM (Proton Exchange Membrane) electrolyser stacks. Your role will involve strategic leadership, technical oversight, and collaboration with global functions to align product roadmaps and quality improvements with business objectives. You will lead a large, multi-layered engineering organization, including multiple leaders of teams and functions. It will be your responsibility to shape and drive the long-term strategy for PEM electrolyzer stack development and integration with manufacturing and commercial teams. Additionally, you will collaborate across global functions to influence company-wide technical and policy decisions as a member of the broader executive engineering leadership team. Your technical responsibilities will include directing the design, development, and manufacturing transfer of PEM electrolyzer stacks. You will oversee technical validation activities, lead the design and construction of prototype stacks, guide modeling and simulation efforts, and ensure the technical interface with supply chain, operations, and NPI teams to ensure scalability and manufacturability. To be successful in this role, you should have at least 15-20 years of engineering experience, with proven success in leading large, complex engineering organizations within high-tech manufacturing, electrochemical systems, or energy. You should also have a recognized industry expertise in electrochemistry, chemical engineering, or related fields, with a strong grasp of PEM systems and electrochemical cell technologies. Experience with lithium battery technologies or electrochemical stack architecture is highly preferred. Having exceptional strategic thinking, problem-solving, and organizational development skills is crucial for this role. You should also possess a global mindset and the ability to lead across cultures and time zones. Strong interpersonal and communication skills, along with a track record of cross-functional collaboration and policy influence, will be essential for fostering a culture of accountability, innovation, continuous improvement, and leadership development within the engineering function. Preferred qualifications include a Ph.D. in Electrochemistry, Chemical Engineering, Mechanical Engineering, or a closely related discipline, as well as experience in commercial product development and scaling of advanced energy systems. Exposure to large-scale product industrialization and hands-on experience in simulation and modeling tools for electrochemical systems will be advantageous. In summary, as the Vice President of Electrolyser Stack Engineering, you will play a pivotal role in driving innovation, product improvement, and cross-functional collaboration to ensure the success of the PEM electrolyzer stack development within the organization.,

Title: Process Engineer - Cell Fabrication Location: Bengaluru, India Experience: 2-3 years Compensation: ₹5-7.5L per annum Introduction: e-TRNL Energy is a pioneering battery technology startup based in Bengaluru, building next-generation lithium-ion cells engineered for ultra-fast charging. We are at the forefront of India’s clean-tech movement, enabling transformative advances in electric mobility. Backed by industry-leading minds and forward-thinking investors, we are now strengthening our founding team to scale from pre-seed to commercial success. Join us at e-TRNL Energy and be part of a company that’s not just building advanced technology, but also shaping a vibrant and purpose-driven culture. Job summary: We are seeking a skilled engineer to lead the development of lithium-ion pouch cells, focusing on cell design, prototyping, and performance optimisation. The role involves hands-on work with electrode formulation, cell assembly, and electrochemical testing. Candidates should possess strong knowledge of battery materials, manufacturing processes, and safety protocols. Key responsibilities: Develop and optimise electrode formulations to meet electrochemical performance and manufacturability targets. Lead material selection and qualification efforts in collaboration with internal teams, ensuring consistency and quality across batches. Design and execute experiments for coating, drying, calendaring, and pouch cell assembly at lab and pilot scale; analyse results using statistical and electrochemical methods. Create and maintain technical documentation, including specifications, SOPs, and test plans; contribute to DFMEA and PFMEA processes. Collaborate cross-functionally with R&D, manufacturing, and quality teams to support process scale-up, troubleshooting, and production transfer. Mentor junior engineers or technicians and drive continuous improvement in formulation and electrode processing workflows. Qualifications & skills B.E./B.Tech. in Mechanical, Production, Metallurgy, Chemical Engineering, or a related discipline; higher education (M.E./M.Tech./Ph.D.) is a plus. Solid understanding of materials science, electrochemistry, process development, and manufacturing technologies relevant to lithium-ion cells. Proven experience (1–2 years) of hands-on experience in pouch cell development, including coating, stacking, assembly, and sealing processes. Experience transitioning processes from lab-scale to pilot-scale is highly desirable. Proficient in Microsoft Office tools; familiarity with data analysis and visualisation software is an advantage. Demonstrated problem-solving ability and a strong analytical mindset. Excellent communication skills, both written and verbal, with the ability to document work clearly and collaborate across teams. Strong attention to detail, time management, and organisational skills in a fast-paced R&D or manufacturing environment. Ability to work independently as well as in cross-functional teams; proactive, adaptable, and eager to learn. Commitment to safety, quality, and continuous improvement in all aspects of work. For more details, please write to careers@etrnl.energy For more information, visit https://e-trnl.energy/

About Us: MEAtec is a fast-growing deep tech company developing AI-driven battery analytics, digital battery passport solutions, second-life decision-making tools, lifecycle management platforms, and edge-to-cloud BMS technologies for electric vehicles and energy storage systems. With a strong focus on sustainability and the circular economy, we collaborate with leading academics, industry partners, and international organizations to advance battery intelligence and next-generation mobility across Europe and beyond. Position Overview: We are seeking a Battery Modelling Engineer to support our growing R&D initiatives. This is an excellent opportunity for students or recent graduates to gain exposure to industrial-scale battery modelling, AI-integrated solutions, and cutting-edge simulation tools. Key Responsibilities: Assist in the research, development, and enhancement of physics-based and data-driven battery models for various chemistries (e.g., LFP, NMC). Develop and validate Equivalent Circuit Models (ECM) through advanced parameterization and optimization techniques. Support the design and optimization of state estimation algorithms such as Extended Kalman Filters (EKF) for SOC, SOH, and RUL prediction. Analyze experimental and simulated data to validate models against lab results. Contribute to modelling of battery degradation phenomena like SEI growth, lithium plating, and thermal behavior. Implement battery simulation and analysis using tools such as MATLAB/Simulink, and Python. Document methodologies, findings, and recommendations in clear technical reports and presentations. Collaborate cross-functionally with data scientists, software engineers, and hardware teams to integrate models into BMS platforms. Qualifications: A degree in Electrical Engineering, Electrochemistry, Physics, Materials Science, Mechanical Engineering, or a related field. Understanding of battery electrochemistry, thermal dynamics, and degradation mechanisms. Knowledge of ECM development, EKF algorithms, and state estimation principles. Proficiency in Python programming; experience with MATLAB/Simulink is a plus. Experience in fields related to battery simulation frameworks (e.g., PyBaMM) or multiphysics software such as COMSOL is advantageous. Familiarity with data analysis techniques and statistical modelling. Strong problem-solving mindset and analytical thinking. Excellent verbal and written communication skills in English (C1 level or higher). Demonstrated interest in battery technologies, energy storage systems, or electric mobility solutions. Excellent communication and presentation skills in English. What We Offer:  A hands-on, immersive experience in a cutting-edge R&D environment. Mentorship from experienced battery modeling and simulation professionals. Opportunity to work on real-world projects with meaningful outcomes. Flexible work schedule and a collaborative team culture. A chance to be part of a mission-driven company shaping the future of battery intelligence.

Position Title: Staff Analyst Department: Materials Characterization Position Summary: The characterization Laboratory Staff Analyst will be responsible for the operation and maintenance of analytical instruments such as Scanning Electron Microscope, Optical Microscope, XRD, TGA, DSC, Dilatometer, etc. Roles and Responsibilities: Hands on operation of the analytical instruments. Scheduling experiments on the instruments. Periodic calibration and scheduling maintenance of the instruments in characterization lab. Analyze the data generated by the instruments in the context of the customer needs. Provide feedback and recommendations for improving the accuracy of the results Cross functional discussions with project owners in defining the scope of experiments and negotiating schedules. Grow expertise in metallography, imaging, and image analysis processing. Development of new procedures / characterization methodologies to improve efficiency and quality of the Analysis. Understand customer requirements and provide characterization recommendations. Collaborate and effectively communicate with different department in Bloom Energy to provide written reports and verbal presentations describing methods, analytical data, and observations. Skills Required: Technical knowledge in Materials/electrochemistry or Fuel cell operation (preferred but not essential) 6-8-year experience of work in a laboratory. Hands-on experience with operating Scanning Electron Microscope, Optical microscope, preferably thermal analysis instruments such as thermogravimetry, differential scanning calorimetry, etc. with a good understanding of the fundamental principles of the techniques, and analysis of the test results. Experience in sample preparation for material analysis such as cutting, mounting, polishing, and etching. Experience in developing etchants based on type of material and microstructure to be studied. Experience with techniques of chemical analysis is preferable. Must be a highly effective communicator at all levels (phone, e-mail & verbal) Ability to multi-task, reprioritize, and deliver in a fast-paced-dynamic environment. Education: Masters (M. Sc) in Materials Science/ Physics/Chemistry or related field. Should possess good communication skills – oral & written. Experience: 6 - 8 years related experience in the above-mentioned field. Reports To: Materials Characterization Lab Manager Location: Mumbai (Vikhroli)

A Day in Your Life at MKS: You’ll be a key contributor to breakthrough innovations in specialty chemistry and electroplating technology. Every day, you’ll blend hands-on lab work with high-level analysis to design, test, and scale advanced surface modification processes. You’ll work closely with global R&D teams, leveraging your expertise in material science and chemistry to push the boundaries of performance, efficiency, and innovation. Whether operating electroplating lines or refining data for patent filings, you’ll be driving impact at the cutting edge of manufacturing science. You Will Make an Impact By: Strategic Planning & Innovation: Leading the development and optimization of electroplating and surface modification processes across pretreatment, plating, and post-processing stages. Driving chemistry-based product development from lab-scale concepts to pilot production readiness. Supporting patent filings for novel solutions and contributing to MKS’s innovation leadership. Process Development & Analysis: Operating and maintaining electroplating lines and lab-scale R&D equipment to execute technical experiments. Conducting in-depth chemical, physical, and material analyses to evaluate product performance and process viability. Identifying critical parameters, troubleshooting issues, and ensuring documentation is comprehensive and accurate. Developing and testing process chemistry at pilot scale with strong focus on performance, cost-efficiency, and scalability. Cross-Functional Collaboration & Systems Integration: Collaborating with global teams to align R&D strategies with business objectives. Utilizing ERP/SAP systems and analytical tools to manage data, inventory, and reporting. Supporting Health, Safety, Security, and Environmental (HSSE) initiatives and ISO documentation compliance. Skills You Offer: Education: M.Sc. or Ph.D. in Chemistry, Chemical Science, or a related discipline. Experience: 5+ years in electroplating, chemical processing, or paints/coatings industries; direct electroplating experience highly valued. Technical Expertise: Deep knowledge of surface chemistry, electrochemistry, and analytical science. Proficiency in conducting material characterizations and interpreting data from R&D tests. Tools & Systems (preferred): Familiarity with JMP, ELN (Electronic Lab Notebooks), Power BI, TIBCO, or other analytics software. Experience using SAP or ERP systems for lab operations and data tracking. Soft Skills: Strong analytical mindset with a structured, innovative approach to problem-solving. Excellent collaboration and communication skills within a global, multidisciplinary environment. Passion for continuous improvement, safety, and scientific excellence. Globally, our policy is to recruit individuals from wide and diverse backgrounds. However, certain positions require access to controlled goods and technologies subject to the International Traffic in Arms Regulations (ITAR) or Export Administration Regulations (EAR). Applicants for these positions may need to be “U.S. persons.” “U.S. persons” are generally defined as U.S. citizens, noncitizen nationals, lawful permanent residents (or, green card holders), individuals granted asylum, and individuals admitted as refugees. MKS Instruments, Inc. and its affiliates and subsidiaries (“MKS”) is an affirmative action and equal opportunity employer: diverse candidates are encouraged to apply. We win as a team and are committed to recruiting and hiring qualified applicants regardless of race, color, national origin, sex (including pregnancy and pregnancy-related conditions), religion, age, ancestry, physical or mental disability or handicap, marital status, membership in the uniformed services, veteran status, sexual orientation, gender identity or expression, genetic information, or any other category protected by applicable law. Hiring decisions are based on merit, qualifications and business needs. We conduct background checks and drug screens, in accordance with applicable law and company policies. MKS is generally only hiring candidates who reside in states where we are registered to do business. MKS is committed to working with and providing reasonable accommodations to qualified individuals with disabilities. If you need a reasonable accommodation during the application or interview process due to a disability, please contact us at: accommodationsatMKS@mksinst.com . If applying for a specific job, please include the requisition number (ex: RXXXX), the title and location of the role

A Day in Your Life at MKS: As a Scientist at MKS MSD you will partner with GMF R&D to support in product development and associated activities. In this role, you will report to the functional team manager in GMF R&D. You will carry out different approaches and methodologies to conduct different R&D activities related to product development, testing, qualification, troubleshooting, and process optimization under the technical guidance. You will be working closely with colleagues from your own team, team manager, R&D manager, and other cross-functional departments local and global. An open and clear communication with the team members and R&D manager is expected. You are expected to come up with your own ideas and approaches to execute the tasks and duties successfully. When required, you will also act as a support to customer through consultation, trouble shooting, process optimization, site visits and on-site troubleshooting, maintaining the confidentiality and compliance of the department and the company. You Will Make an Impact By: Candidate is expected to work in the laboratory to carry out “on the bench” experiments and in pilot line to demonstrate feasibility and new products development. Creation Design of experiments (DOE) and independent planning of Project assigned with project management frameworks. Perform and execute assigned tasks in a timely and qualitative manner. Develop and modify product formulations as per the business requirement while reading, using appropriate literature / patent / competition / supplier searches/ market research related to the projects Working and collaborating with other team members in laboratory environment. Bringing innovation mindset and own ideas and creative strategies to make product and processes efficient. Shall interact with cross functional team members local and global. Open to new ideas, innovation and creativity would be demanded for effective and reliable processes development - Encourage self & team to promote R&D developments, research orientation, paper & literature study and writing. Support to project and teams with acceptable technical inputs in their projects & Literature search for new R&D projects. May write technical papers and patents. Exploring & Identification of disruptive technologies, new opportunities, read and up to date with market and embrace research perspective Transparent and regular effective communication of task completion progress to stakeholders. Self-motivated and self-initiated actions to maintain the work culture and task completion. Maintenance of 5S and safety as per the MKS MSD and departmental guidelines. Active participation in team building. Maintaining the confidentiality of the projects and other Departmental information. Interaction with the customer to troubleshoot, process optimization, and site visit/conducting trials at the customer site (if required) Skills You Bring: Technical Skills - 1-3 yrs. corporate experience in industries like chemical/ electrochemical/ polymer/ physical/ organic/ inorganic & Surface treatment. Education background of PhD in Chemistry/ Electrochemistry / Polymer Chemistry / Physical Chemistry / Organic Chemistry Six sigma (Green belt onwards) / Project management certifications would be an added advantage Strong proficiency in software and statistical applications like Outlook, Excel, Word, PowerPoint/JMP/Minitab etc. Experience in e-notebooks/ELN would be an added advantage Data driven mindset & Experience in statistics and data interpretation & representation – Gather, Visualize, Interpret, Conclude Demonstrated ability to work independently and within team with a strong focus on delivering results and identifying alternative solutions when challenges arise Mandatory Skills: Experience in working in chemical laboratories, developing formulations & products, and qualifications. Basic understanding on solvents, surfactants, additives, reaction mechanisms, stoichiometry, electrochemistry – key components, their reaction mechanism, molecular interactions. In depth knowledge of surfactants, polymers, organic and inorganic molecules Tuning structure property relationships of organic and inorganic molecules Synthetic knowledge of organic and inorganic molecules Experience on detergency, colloidal chemistry is a plus. Soft skills: Ability to analyze data and provide logical conclusions, document in the form of research report, present work in the relevant forums to team members/scientific audience. Strong oral and written communication, collaboration and team player skills Quick learner, Agile, proactive; would have passion for innovation to create new products and add value in R&D Strong critical and analytical skills to ensure all aspects of projects are clearly understood, well documented and conclusive for the exit gate reporting. Creative, structured, methodical, and time bound workstyle. Self-motivated, out of the box thinking, self-accountability, and strong sense of ownership Globally, our policy is to recruit individuals from wide and diverse backgrounds. However, certain positions require access to controlled goods and technologies subject to the International Traffic in Arms Regulations (ITAR) or Export Administration Regulations (EAR). Applicants for these positions may need to be “U.S. persons.” “U.S. persons” are generally defined as U.S. citizens, noncitizen nationals, lawful permanent residents (or, green card holders), individuals granted asylum, and individuals admitted as refugees. MKS Instruments, Inc. and its affiliates and subsidiaries (“MKS”) is an affirmative action and equal opportunity employer: diverse candidates are encouraged to apply. We win as a team and are committed to recruiting and hiring qualified applicants regardless of race, color, national origin, sex (including pregnancy and pregnancy-related conditions), religion, age, ancestry, physical or mental disability or handicap, marital status, membership in the uniformed services, veteran status, sexual orientation, gender identity or expression, genetic information, or any other category protected by applicable law. Hiring decisions are based on merit, qualifications and business needs. We conduct background checks and drug screens, in accordance with applicable law and company policies. MKS is generally only hiring candidates who reside in states where we are registered to do business. MKS is committed to working with and providing reasonable accommodations to qualified individuals with disabilities. If you need a reasonable accommodation during the application or interview process due to a disability, please contact us at: accommodationsatMKS@mksinst.com . If applying for a specific job, please include the requisition number (ex: RXXXX), the title and location of the role

A Day in Your Life at MKS: As a Scientist at MKS MSD you will partner with GMF R&D to support in product development and associated activities. In this role, you will report to the functional team manager in GMF R&D. You will carry out different approaches and methodologies to conduct different R&D activities related to product development, testing, qualification, troubleshooting, and process optimization under the technical guidance. You will be working closely with colleagues from your own team, team manager, R&D manager, and other cross-functional departments local and global. An open and clear communication with the team members and R&D manager is expected. You are expected to come up with your own ideas and approaches to execute the tasks and duties successfully. When required, you will also act as a support to customer through consultation, trouble shooting, process optimization, site visits and on-site troubleshooting, maintaining the confidentiality and compliance of the department and the company. You Will Make an Impact By: Candidate is expected to work in the laboratory to carry out “on the bench” experiments and in pilot line to demonstrate feasibility and new products development. Creation Design of experiments (DOE) and independent planning of Project assigned with project management frameworks. Perform and execute assigned tasks in a timely and qualitative manner. Develop and modify product formulations as per the business requirement while reading, using appropriate literature / patent / competition / supplier searches/ market research related to the projects Working and collaborating with other team members in laboratory environment. Bringing innovation mindset and own ideas and creative strategies to make product and processes efficient. Shall interact with cross functional team members local and global. Open to new ideas, innovation and creativity would be demanded for effective and reliable processes development - Encourage self & team to promote R&D developments, research orientation, paper & literature study and writing. Support to project and teams with acceptable technical inputs in their projects & Literature search for new R&D projects. May write technical papers and patents. Exploring & Identification of disruptive technologies, new opportunities, read and up to date with market and embrace research perspective Transparent and regular effective communication of task completion progress to stakeholders. Self-motivated and self-initiated actions to maintain the work culture and task completion. Maintenance of 5S and safety as per the MKS MSD and departmental guidelines. Active participation in team building. Maintaining the confidentiality of the projects and other Departmental information. Interaction with the customer to troubleshoot, process optimization, and site visit/conducting trials at the customer site (if required) Skills You Bring: Skills Technical Skills - 1-3 yrs. corporate experience in industries like chemical/ electrochemical/ polymer/ physical/ organic/ inorganic & Surface treatment. Education background of PhD in Chemistry/ Electrochemistry / Polymer Chemistry / Physical Chemistry / Organic Chemistry Six sigma (Green belt onwards) / Project management certifications would be an added advantage Strong proficiency in software and statistical applications like Outlook, Excel, Word, PowerPoint/JMP/Minitab etc. Experience in e-notebooks/ELN would be an added advantage Data driven mindset & Experience in statistics and data interpretation & representation – Gather, Visualize, Interpret, Conclude Demonstrated ability to work independently and within team with a strong focus on delivering results and identifying alternative solutions when challenges arise Mandatory Skills: Experience in working in chemical laboratories, developing formulations & products, and qualifications. Basic understanding on solvents, surfactants, additives, reaction mechanisms, stoichiometry, electrochemistry – key components, their reaction mechanism, molecular interactions. In depth knowledge of surfactants, polymers, organic and inorganic molecules Tuning structure property relationships of organic and inorganic molecules Synthetic knowledge of organic and inorganic molecules Experience on detergency, colloidal chemistry is a plus. Soft skills: Ability to analyze data and provide logical conclusions, document in the form of research report, present work in the relevant forums to team members/scientific audience. Strong oral and written communication, collaboration and team player skills Quick learner, Agile, proactive; would have passion for innovation to create new products and add value in R&D Strong critical and analytical skills to ensure all aspects of projects are clearly understood, well documented and conclusive for the exit gate reporting. Creative, structured, methodical, and time bound workstyle. Self-motivated, out of the box thinking, self-accountability, and strong sense of ownership

About Turing: Turing is one of the world’s fastest-growing AI companies accelerating the advancement and deployment of powerful AI systems. Turing helps customers in two ways: Working with the world’s leading AI labs to advance frontier model capabilities in thinking, reasoning, coding, agentic behavior, multimodality, multilinguality, STEM and frontier knowledge; and leveraging that work to build real-world AI systems that solve mission-critical priorities for companies. Role Overview: In this role, you will be working on projects to help fine-tune large language models (like ChatGPT) using your strong analytical and English comprehension skills. The ideal candidate should have a strong foundation in Chemistry, comparable to the level required for engineering entrance exams, as well as graduate or PhD-level programs. You should be able to break down complex chemistry problems into simple, clear explanations and work efficiently. The projects will also help you learn how to leverage AI to be a better analyst. This is your chance to future-proof your career in an AI-first world! What does day-to-day look like: You would spend time solving a variety of advanced chemistry problems, including those at the undergraduate and graduate level, and creating detailed explanations. You’ll regularly work with a mix of chemistry content—combining text with images, chemical equations, diagrams, and visual representations. Here are a few examples of the kinds of tasks you might handle day to day: Analyze and explain the steps in a complex organic reaction mechanism, providing both textual explanations and annotated chemical structures. Solve a problem involving chemical equilibrium, accompanied by visual representations of reaction progress and energy diagrams, and explain the process using both text and visual aids. Address challenging problems involving stoichiometry, thermodynamics, organic chemistry, and electrochemistry, typical of Engineering Entrance Exam or Engineering College level questions, utilizing a combination of textual, visual, and diagrammatic explanations. Requirements: Qualification: Candidates pursuing a Ph.D./Postdoctoral degree in Chemistry, Chemical Engineering, Biochemistry, or a related field are eligible to apply for this program. Analytical Skills: Good research and analytical skills Feedback Skills: Ability to provide constructive feedback and detailed annotations. Creative Thinking: Creative and lateral thinking abilities. Communication: Excellent structured communication and collaboration skills in a remote setting. Independence: Self-motivated and able to work independently in a remote setting. Technical Setup: Desktop/Laptop set up with a good internet connection. Note: This position is open only to candidates who have completed or are currently pursuing a Ph.D.; applications that do not meet this criterion will not be considered. Preferred Qualifications: Ability to analyze and solve complex chemistry problems with a structured approach. Ability to explain chemistry concepts clearly using simple language, visuals, and simulations when needed. Perks of Freelancing With Turing: Work in a fully remote environment. Opportunity to work on cutting-edge AI projects with leading LLM companies. Potential for contract extension based on performance and project needs. Selection Process: Shortlisted experts may be asked to complete an assessment. If you clear the assessment, you will be contacted for contract assignments with expected start dates, durations, and end dates. Some contract assignments require fixed weekly hours, averaging 20/30/40 hours per week for the duration of the contract assignment.

Company Description Sinsil International Pvt Ltd supplies Scientific Research Equipment to over 10,000 customers across India, including Educational Institutes, Colleges, and Industries. With 7 branches and 25 years of service, we provide a wide range of equipment in fields such as Photovoltaics, Spectroscopy, Electrochemistry, Fuel Cells, Thin Film Metrology, Nanoscience/MEMS, Remote Sensing/Hyperspectral, Battery Charge/Discharge, and Power Processing Systems. We also offer comprehensive after-sales service for the equipment we supply. Role Description This is a full-time on-site role for a Sales and Service Engineer located in Kolkata. The role involves day-to-day responsibilities such as troubleshooting, providing field service, technical support, maintenance, and repair of scientific research equipment. The Sales and Service Engineer will interact with clients to ensure their equipment is functioning optimally and address any technical issues promptly. Qualifications Skills in Troubleshooting and Maintenance & Repair Experience in Field Service and Technical Support Excellent Communication skills Ability to work independently and assess clients' technical needs Knowledge of scientific research equipment and relevant technical expertise in the fields mentioned Generate AMC/Service revenue suggesting new accessories/Systems to existing client Experience of installing new systems Bachelor's degree in Engineering or related technical field is preferred Strong customer service orientation

Position Overview : We are seeking a visionary and experienced Vice President of Electrolyser Stack Engineering to lead the India-based engineering organization responsible for the development, scaling, and performance optimization of PEM (Proton Exchange Membrane) electrolyser stacks. The ideal candidate will be a seasoned engineering executive with deep technical and organizational expertise, particularly in electrochemical systems, battery technologies, or related fields. Key Responsibilities Executive and Strategic Leadership Lead a large, multi-layered engineering organization, including multiple leaders of teams and functions. Shape and drive the long-term strategy for PEM electrolyzer stack development and integration with manufacturing and commercial teams. Collaborate across global functions to align product roadmaps, cost reduction initiatives, and quality improvements with business objectives. Influence company-wide technical and policy decisions as a member of the broader executive engineering leadership team. Foster a culture of accountability, innovation, continuous improvement, and leadership development within the engineering function. Technical and Functional Oversight Direct the design, development, and manufacturing transfer of PEM electrolyzer stacks. Oversee technical validation activities including material validation, contaminant tolerance studies, conditioning time optimization, and start-up protocol development. Lead design and construction of prototype stacks and coordinate validation through structured test plans in collaboration with internal test labs. Guide modeling and simulation efforts to support stack design and system integration. Own the technical interface with supply chain, operations, and NPI teams to ensure scalability and manufacturability. Stay current with the latest advancements in electrochemistry, stack component innovation, and competitive products; lead integration of best-in-class practices. Required Qualifications 15–20 years of engineering experience, with 10–12 years in people leadership and at least 7–10 years managing other leaders. Proven success in leading large, complex engineering organizations within high-tech manufacturing, electrochemical systems, or energy. Demonstrated ability to drive enterprise-level outcomes and influence cross-functional policy and decision-making. Demonstrated success scaling engineering solutions from concept to commercial production. Recognized industry expertise in electrochemistry, chemical engineering, or related fields, with a strong grasp of PEM systems and electrochemical cell technologies. Experience with lithium battery technologies or electrochemical stack architecture highly preferred. Strong executive presence, with the ability to collaborate effectively with C-suite and executive leadership teams. Exceptional strategic thinking, problem-solving, and organizational development skills. Global mindset and ability to lead across cultures and time zones. Excellent interpersonal and communication skills, with a track record of cross-functional collaboration and policy influence. Preferred Qualifications Ph.D. in Electrochemistry, Chemical Engineering, Mechanical Engineering, or a closely related discipline. Experience in commercial product development and scaling of advanced energy systems. Experience in lithium battery system design, testing, and commercialization. Exposure to large-scale product industrialization and cost optimization in an emerging technology space. Hands-on experience in simulation and modeling tools (e.g., COMSOL, ANSYS) for electrochemical systems. Deep understanding of stack reliability, manufacturability, and performance tradeoffs. Working knowledge of regulatory and safety frameworks related to hydrogen production systems. Key Competencies Technical Leadership: Expert in electrochemical stack design and testing; able to drive innovation and product improvement. Enterprise Influence: Able to shape cross-functional initiatives and drive global alignment. People Development: Builds, mentors, and scales high-performing technical teams; strong coaching and talent management skills. Strategic Thinking: Sees the big picture; connects long-term vision to immediate technical decisions. Collaboration & Communication: Leads through influence; effectively communicates complex concepts across audiences. Operational Discipline: Brings rigor to execution, documentation, and performance validation.