39 Technical Reporting Jobs

Coordinate with project managers, engineers, and subcontractors to ensure alignment with project objectives and timelines. Ensure quality of work as per specifications and relevant quality standards. Assess project status, resolve technical issues, and ensure adherence to safety standards. Review piping and instrumentation diagrams (PIDs). Select appropriate materials for piping systems based on project requirements. Collaborate with structural engineers to integrate piping systems with structural elements, ensuring compatibility and structural integrity. Create technical reports, presentations, and other documentation as required. Qualifications: Bachelor's degree or diploma in Mechanical Engineering. Experience: Minimum 5-12 years of experience as a Mechanical Engineer in Piping. Special Requirements: Must have experience in piping, specifically ASME B31.3 standards. Skills: Strong understanding of piping and structural integration. Excellent analytical, problem-solving, and decision-making skills. Proficiency in piping engineering with strong knowledge of ASME B31.3 standards. Advanced skills in Microsoft Excel for data analysis and reporting. Proficiency in creating professional presentations using Microsoft PowerPoint. Knowledge of health, safety, and environmental regulations applicable to piping projects.

As a Battery Engineer specializing in Solid-State Electrolytes at QpiVolta, you will play a pivotal role in the development of next-generation metal anode-solid electrolyte batteries. Your expertise in solid-state electrolytes and electrochemical energy storage will be crucial as you engage in cell fabrication, characterization, and vendor management activities. Joining a team of dedicated scientists and engineers at our cutting-edge Battery R&D lab, you will collaborate with colleagues who share a passion for innovation and excellence. Your commitment to continuous improvement and technical leadership will be vital in this challenging role, making it ideal for candidates with prior industrial experience in the energy storage sector. To excel in this position, you should hold a B.Tech/Master's degree in Materials Science, Energy Science and Engineering, Chemistry, Physics, Chemical Engineering, or a related field, coupled with at least 3 years of industrial experience. Your proven track record in materials synthesis, cell fabrication, and material characterization using various analytical techniques will be essential for success. Additionally, your proficiency in handling chemicals in a lab environment, theoretical understanding of ion transport in solid-state electrolytes, and ability to adapt to dynamic work settings will be highly valued. Desired qualifications include knowledge of theoretical studies, computational works, high-throughput experimentation, automated synthesis, as well as experience in lab technology and management. In this role, you will be responsible for cell assembly, conducting physical and electrochemical characterizations, developing novel electrode materials, and enhancing battery performance through innovative electrolyte formulations. Your tasks will also involve advancing characterization techniques, managing laboratory operations, interacting with stakeholders and vendors, and collaborating with cross-functional teams to optimize manufacturing processes. If you are ready to take on this exciting opportunity and contribute to the future of battery technology, please submit your resume to hire@qpivolta.tech. Join us in our mission to drive innovation and deliver groundbreaking technologies in the field of energy storage.,

Environmental Design Solutions [EDS] is a sustainability advisory firm specializing in the built environment. With a rich history dating back to 2002, EDS has successfully completed over 800 green building and energy efficiency projects globally. The team at EDS is composed of experts who are dedicated to climate change mitigation policies, energy-efficient building design, building code development, energy efficiency policy formulation, energy simulation, and green building certification. The expertise at EDS spans a wide range of sustainable solutions, from macro-level policy advisory and planning to developing standards and labels for products and appliances. Projects undertaken by EDS vary from formulating international and national level policies and codes to integrating energy efficiency parameters at the building level. Noteworthy achievements include the development of the Energy Conservation Building Code [ECBC] in India and contributions to several international building energy code development initiatives, training programs, impact assessments, and implementations. The work at EDS aligns with the global pursuit of a sustainable environment, focusing on sustainable solutions for the built environment, strategy consulting for policy and codes, research, outreach, communication, documentation, and training. As a part of the team at EDS, you will be responsible for managing multiple projects simultaneously to deliver energy-efficient and sustainable consulting services to clients. This will involve conducting detailed building energy modeling simulations using specialized software to assess and enhance building energy performance, including HVAC systems, lighting, solar shading, and renewable energy options. You will analyze building physics data to identify areas for improvement and devise strategies to enhance building performance. Additionally, preparing technical reports, presentations, and recommendations to effectively communicate findings and proposed strategies to clients and project stakeholders will be a key aspect of your role. You will also provide expert advice on sustainability best practices, including renewable energy and energy efficiency. Leading client meetings, presentations, deliverables, report submissions, and resource planning will be integral to your responsibilities. To excel in this role, you should possess a Bachelor's degree with 6-8 years of work experience in the specific domain or a Master's degree with 5-7 years of relevant work experience. Maintaining a Domain Specific Credential or Accredited Professional status for at least 4 years is essential. Strong analytical skills, project management abilities, and the capacity to work both independently and collaboratively are crucial. Proficiency in whole building simulation using advanced modeling tools such as Rhino, Grasshopper, Honeybee, OpenStudio, EnergyPlus, eQUEST, DesignBuilder, and IES-VE is required. A solid understanding of HVAC system design and operation, as well as building science fundamentals, is necessary. You should also be adept at debugging models, applying sound engineering judgment, and performing QA/QC on model results with minimal supervision.,

As a candidate for the position, your main responsibility will involve leading and supervising all laboratory operations related to environmental sampling, chemical analysis, and quality control of Air, Water, Soil, and plant biological parameters in accordance with ISO/IEC 17025:2017 standards. You will be tasked with developing and validating analytical methods for various samples, ensuring calibration and maintenance of analytical instruments, as well as leading the NABL accreditation process. Additionally, you will need to maintain inventory, prepare reports, and plan field monitoring activities. Furthermore, you will be expected to execute digitization strategies, implement automation solutions, and ensure business sustainability by adhering to various guidelines and maintaining safety protocols. Data management, analysis, and reporting will also be a crucial part of your role, where you will compile, analyze, and interpret environmental data to identify trends and prepare technical reports and presentations for stakeholders. To qualify for this position, you should hold an M.Sc. in Environmental Science, Chemistry, or a related field, along with at least 8 years of experience in environmental lab and field monitoring, including team leadership.,

The role involves handling Part Level Reliability Testing for Electrical/Electronic Parts and Products. You will collaborate with Project Leaders and Logic teams to comprehend system and market requirements and translate them into test cases to ensure design reliability. Interaction with the Electronic Hardware team will be necessary to understand controller hardware and create corresponding test cases. Assembling, soldering, and testing electronic circuits and prototypes, including surface-mount and through-hole components, will be part of your responsibilities. It is imperative to ensure that testing complies with relevant standards such as IEC, IEEE, MIL-STD, IPC. You will be tasked with analyzing and troubleshooting faults, as well as maintaining laboratory instruments like oscilloscopes, multimeters, power supplies, and surge generators. Upholding lab safety protocols, documenting test samples properly, and providing support during audits and certification processes are essential duties. Additionally, you will record experimental data, prepare technical reports, and uphold accurate lab records for compliance and future reference. Your responsibilities will also extend to Product Level Reliability Testing, involving prototyping new technologies in the HVAC industry and conducting Electrical/Electronic Reliability Testing of Products according to IEC and IS standards. Root cause analysis of failures, collaboration with design, quality, and manufacturing teams to address reliability issues, and documentation of corrective actions or design improvements will be vital aspects of this role. Furthermore, the position entails providing Technical Support by engaging with the Manufacturing team, Vendor development team, and Field team to gather feedback and align testing/simulations in the lab. Key Responsibilities: - Conducting Electrical reliability testing of parts and products with hands-on experience. - Ability to interpret circuit diagrams and datasheets proficiently. - Utilizing various software tools to analyze test results effectively. - Operating oscilloscopes, surge generators, EFT test instruments, and other lab instruments skillfully. - Possessing knowledge about various electronic components and understanding SMPS power supply operation and testing skills. - Familiarity with various IEC and IS standards is necessary for this role.,

Responsibilities: Support field operations by providing logistical assistance. Collect and manage data from various field locations. Communicate effectively with field staff and stakeholders. Assist in the preparation of reports and documentation. Ensure that all field equipment is properly maintained and used. Help in the planning and execution of field projects.

As a Field Quality Control Engineer at Fluxus Elevators Private Limited, you will play a crucial role in ensuring the on-site quality standards for elevator installations. Your primary responsibilities will include conducting field inspections and quality audits at various project sites, verifying installation quality against standard checklists and safety protocols, reporting any non-conformities, and recommending corrective actions. You will collaborate with installation teams to ensure adherence to technical standards and proper workmanship. Additionally, you will be responsible for maintaining records of inspection schedules, reports, and compliance checklists, as well as supporting project managers in final quality clearance before handover to clients. Monitoring vendor/supplier workmanship for key components and traveling to branch offices and project sites in Bhopal, Varanasi, and Surat based on inspection schedules will also be part of your role. To excel in this position, you should have in-depth knowledge of elevator installation standards, a strong understanding of mechanical and electrical components, excellent documentation and report-writing skills, an eye for detail, and a systematic approach to inspection. Good interpersonal and coordination skills, the ability to work independently, and willingness to travel frequently are essential for success in this role. This full-time position requires a minimum of 15 years of experience and a Diploma/B.E./B.Tech in Mechanical/Electrical/Industrial/Production. You will have the opportunity to work with a growing and innovation-driven elevator company, gain exposure to a wide range of residential and commercial projects, and receive competitive compensation and travel allowances. Performance-based growth opportunities are also available for motivated individuals.,

We are seeking a qualified and experienced Mechanical Structural Engineer with a strong background in structural design, finite element analysis (FEA), and load-bearing structure evaluation, specifically within the oil and gas industry. The ideal candidate should hold an M-Tech in Structural Engineering and have a minimum of 5 years of practical experience. You will be responsible for designing and analyzing mechanical structural components such as platforms, frames, and supports, ensuring they meet strength, stability, and safety standards.

Description We are seeking a WTP & ETP Chemist to join our manufacturing team in Derabassi, India. The ideal candidate will be responsible for analyzing and optimizing water and effluent treatment processes to ensure compliance with environmental standards. Responsibilities Conduct analysis and testing of water treatment processes and effluent treatment processes. Monitor and control chemical dosing in WTP and ETP systems to ensure compliance with quality standards. Prepare and maintain accurate records of tests, analyses, and results. Collaborate with engineering and operational teams to optimize treatment processes. Ensure compliance with environmental regulations and company policies. Conduct troubleshooting and provide technical support for WTP and ETP systems. Skills and Qualifications Bachelor's degree in Chemistry, Environmental Science, or a related field. 1-3 years of experience in water treatment or effluent treatment processes. Strong analytical and problem-solving skills. Familiarity with water quality testing equipment and techniques. Knowledge of chemical handling and safety procedures. Ability to work independently as well as part of a team. Excellent communication skills, both verbal and written.

As an Optics Engineer specializing in Vision Inspection Systems, your primary objective will be to execute Research & Development projects focusing on optics. You will be responsible for developing, optimizing, and validating Vision Inspection solutions to meet project requirements. Your responsibilities will include strategic planning, such as creating project plans, executing projects, managing stakeholders, and ensuring governance throughout the process. Functionally, you will be required to interpret data, create application test cases, and conduct Proof of Concept tests. Additionally, you will design and develop solutions according to project scopes and schedules, ensuring proper configuration management. This will involve configuring illumination, cameras, and lenses for new product development and customization of existing solutions. You will also be tasked with developing optical image processing and inspection solutions, implementing automated visual inspection and non-destructive testing methods, and enhancing production quality and efficiency through automated image recognition. Furthermore, you will investigate issues, identify root causes, and implement corrective and preventive actions. Internally, you will contribute to the design and development of optics-related subsystems, assist in the development and review of documentation, and create standard operating procedures for internal and external stakeholders. People development will be a key aspect of your role as you collaborate with cross-functional teams and coordinate with various stakeholders. Key Result Areas for this role include designing and developing optical configurations for Vision Inspection solutions, conducting feasibility tests on customer projects, and generating technical reports to support project outcomes.,

As a dedicated Downstream Process Engineer, you will be responsible for analyzing the current downstream processes to identify bottlenecks and inefficiencies. Your expertise will be crucial in implementing effective strategies to enhance process yield, purity, and throughput. Leading a team of engineers and technicians, you will provide technical guidance and support to ensure optimal performance and foster a culture of innovation, collaboration, and continuous improvement. Your commitment to excellence includes ensuring compliance with all regulatory standards and quality control procedures. By implementing robust quality control measures, promptly investigating and resolving quality issues, and developing and executing process validation protocols, you will uphold the highest product quality standards. You will also analyze validation data to ensure adherence to regulatory requirements. In your role, you will oversee the operation and process control of various equipment such as centrifuges, lyophilizers, laminar air flow systems, clean rooms, blast storage (cold rooms), CIP systems, and reactors. Monitoring OEE (overall equipment efficiencies) and ensuring the calibration of downstream processing equipment are essential tasks. Additionally, you will plan and schedule equipment maintenance to minimize downtime and optimize resource utilization while controlling operational costs. Your proactive approach will involve identifying opportunities for cost reduction without compromising quality standards. Staying informed about relevant regulatory guidelines and industry standards is imperative to ensure compliance with GMP and GLP requirements. Maintaining accurate and up-to-date process documentation, preparing technical reports, and delivering presentations will be part of your routine tasks. If you are a detail-oriented professional with a passion for optimizing downstream processes and ensuring product quality, we invite you to join our dynamic team and make a significant impact on our operations.,

You will be responsible for assisting the Engineering Manager in ensuring the smooth running of daily engineering operations. This includes setting up, configuring, operating, and maintaining various electronic equipment used in outside broadcasting production, such as HD Video, UHD Video, Audio, and Communication Equipment. Additionally, you should be proficient in using Radio Frequency Equipment and antenna systems. Troubleshooting broadcasting equipment to a system level and effectively communicating and reporting issues to the office and manufacturers for problem-solving will be a crucial part of your role. You will also be involved in project work from site surveys to timely delivery, while keeping equipment updated with the latest software releases from manufacturers. Maintaining technical equipment and systems to required safety and technical standards, with minimal disruption to operational activities, is essential. You should be open to learning and adapting to new technologies used by NEP Singapore, even if you have not encountered them before. Directing, instructing, and managing assistant engineers and system integrators on projects will be part of your responsibilities. It is imperative to adhere to safety requirements outlined in NEP Singapore Health and Safety Policies at all times. You will be expected to draft technical reports of fieldwork, read and design engineering workflows, prepare technical documents for projects, and make amendments as necessary throughout the project's lifecycle. Attendance at technical meetings for projects when necessary is required, and flexibility with work hours and travel is essential. Requirements: - Minimum of 5 years of experience working in broadcast television, preferably in an Outside Broadcast environment. - Familiarity with the operation and programming of Routers, Switchers, Tally Systems, Multiviewers, etc. - Knowledge of setting up and integrating cameras, lenses, ccus, etc. - Experience with EVS equipment, including LSM, X-File, X-Hub, IP Director. - Relevant engineering qualifications or a proven track record. - Understanding of radio, television, and associated transmission and carrier systems. - Knowledge of computers, servers, IT systems, and networks. - Keen interest in broadcast technology, its development, and application in the region. - Knowledge of Cisco Switches and IP technology is an advantage.,

As a Field Service Engineer at Fujiyama Power Systems Pvt. Ltd., your primary responsibility will be to specialize in inverter and battery systems. This will involve troubleshooting and repairing inverters, solar inverters, and battery systems. You will be expected to provide both on-site and remote support to customers, conduct training sessions for customers, and prepare technical reports as necessary. Your expertise in diagnosing and resolving issues related to inverter and battery systems will be crucial in ensuring the smooth operation and functionality of these systems. Additionally, you will play a key role in delivering high-quality customer service by addressing customer inquiries and concerns in a timely and professional manner. The ideal candidate for this position will have a strong technical background in inverter and battery systems, as well as excellent problem-solving skills. Effective communication and interpersonal skills are also essential for effectively interacting with customers and colleagues. Additionally, the ability to work independently and as part of a team will be important in successfully fulfilling the responsibilities of this role. If you are passionate about working with inverter and battery systems, and are dedicated to providing exceptional service to customers, we encourage you to apply for the Field Service Engineer position at Fujiyama Power Systems Pvt. Ltd.,

The Sr. Reservoir Engineer position is crucial to support reservoir simulation and field development activities. As a Sr. Reservoir Engineer, your main purpose will involve conducting reservoir simulation studies using thermal and/or black oil models. You will be responsible for building, calibrating, and validating dynamic reservoir models for performance forecasting, as well as evaluating recovery processes, including thermal methods and conventional methods. Your role will require integrating geological, petrophysical, and production data to support development planning. You will analyze reservoir performance and provide recommendations for optimization. Collaboration with multi-disciplinary teams, including geology, drilling, production, and surface engineering, will also be a key aspect of this position. Additionally, you will be responsible for preparing technical reports, simulation outputs, and presentations for project stakeholders. To qualify for this role, you should hold a Bachelors/Masters degree in Petroleum Engineering, Reservoir Engineering, or a related field. A minimum of 5-10 years of experience in reservoir simulation and engineering is required. Preference will be given to candidates with experience in thermal reservoir simulation, such as CMG-STARS. Proficiency in black oil simulation is a minimum requirement for this position. Familiarity with reservoir management and enhanced recovery processes is also essential. Strong analytical, problem-solving, and communication skills are key attributes for success in this role. If you are interested in this opportunity, please send your application to enpcareers.hr@ril.com.,

You will be responsible for managing multiple projects concurrently to deliver energy-efficient and sustainable consulting services to clients. Your main tasks will include conducting detailed building energy modeling simulations using industry-specific software for evaluating and optimizing building energy performance, including HVAC systems, lighting, solar shading, and renewable energy options. Additionally, you will analyze building physics data, such as thermal and indoor environmental quality measurements, to identify areas for improvement and develop strategies for enhanced building performance. Your role will also involve preparing high-quality technical reports, presentations, and recommendations to effectively communicate findings and proposed strategies to clients and project stakeholders. Furthermore, you will provide expert advice on sustainability best practices, focusing on renewable energy and energy efficiency. In order to excel in this position, you should hold a Bachelor's degree in mechanical/electrical engineering, building physics, energy engineering, or a related field, with a preference for a master's degree. You are expected to have 10-15 years of strong experience in a similar role, involving building energy modeling, performance simulations, and building physics analysis. Proficiency in industry-specific software, particularly Rhino, Envimet, and IES VE, is mandatory. Moreover, you should possess a strong knowledge of building physics principles, energy codes, and sustainability standards. Experience with energy-efficient design strategies, including expertise in MEP system optimization, renewable energy technologies, natural ventilation, and daylighting, is essential. Familiarity with sustainability certifications such as LEED, WELL, or BREEAM, and their requirements is also desired. Strong analytical thinking, problem-solving skills, and decision-making ability, coupled with a flexible mindset, will be crucial for success in this role. Previous experience in managing client meetings, presentations, deliverables, report submissions, and resource planning for multiple projects simultaneously will be advantageous.,

As an Asset Performance Management Specialist at Accenture, you will be responsible for planning and continuously improving asset management and maintenance programs for electrical substations. Your role will involve ensuring the optimal performance, reliability, and safety of substation equipment through preventive and corrective maintenance strategies, condition monitoring, and data-driven asset lifecycle management. We are looking for a candidate with a Bachelor's degree in Electrical Engineering or a related field (Masters preferred for senior roles) and 7 to 11 years of experience in substation maintenance, asset management, or utility operations. You should have knowledge of substation components, testing techniques, and maintenance practices, as well as familiarity with asset management standards (e.g., ISO 55000) and maintenance frameworks (e.g., RCM, TPM). Strong analytical, organizational, and communication skills are essential, along with proficiency in maintenance software (e.g., SAP PM, Maximo, or similar). Your responsibilities will include developing and preparing maintenance schedules for substation assets such as transformers, switchgear, circuit breakers, protection systems, and control equipment. You will conduct condition-based monitoring and diagnostics (e.g., thermography, DGA, partial discharge analysis) to assess asset health, maintain and update asset management databases, and perform root cause analysis on asset failures. Ensuring compliance with industry standards, regulatory requirements, and company policies, preparing technical reports, maintenance records, and asset performance summaries will also be part of your role. Additionally, you will analyze data related to substation audits, inspections, and commissioning of new installations or upgrades. If you are a proactive individual with a passion for asset management and maintenance in the field of electrical substations, we encourage you to apply for this position and be a part of our global professional services team at Accenture.,

Role Overview: We are seeking a detail-oriented and experienced BIM architect to join our metro rail infrastructure design team. This role requires strong expertise in Revit, BIM coordination, architectural design, and multi-disciplinary integration, including MEP systems for metro rail projects. You will play a pivotal role in ensuring design accuracy, compliance, and seamless execution from conception to construction. Key Responsibilities: 1. BIM Integration & Management Develop, manage, and coordinate 3D BIM models using Revit and other BIM tools for metro rail infrastructure, including stations, depots, and auxiliary structures. Integrate architectural, structural, and MEP components into a cohesive model. Collaborate with cross-functional teams to maintain a synchronized BIM environment. 2. Architectural Design Create accurate 3D models and 2D drawings for architectural and structural components of metro rail systems using Revit and AutoCAD. Ensure all designs meet functional, safety, and regulatory standards. 3. MEP Design Integration Coordinate closely with MEP engineers for HVAC, plumbing, and electrical system integration. Resolve design clashes and ensure system compatibility with architectural and structural elements. 4. Clash Detection & Coordination Conduct clash detection using Navisworks/Revit and resolve coordination issues across disciplines. Proactively communicate design updates and clash resolutions to relevant teams. 5. Design Documentation & Reporting Prepare and maintain high-quality design documentation including plans, elevations, sections, BOQs, and specifications. Ensure accuracy and timely delivery of all design-related reports. 6. Project Management Support Support project management teams with design reviews, progress tracking, and technical evaluations. Assist in preparing tender documents, progress reports, and client presentations. 7. Stakeholder Collaboration Act as a key point of contact for design coordination among consultants, contractors, and internal stakeholders. Facilitate smooth design execution and integration across teams. 8. Quality Assurance & Compliance Ensure adherence to applicable codes and standards (e.g., NBC 2026, NFPA, EN, etc.). Implement quality control measures to ensure design integrity and compliance. 9. Training & Mentorship Mentor junior team members in BIM best practices and software usage. Stay updated on emerging BIM technologies and industry standards. Key Qualifications: Education: Bachelors degree in Architecture. Masters degree or certifications in BIM are advantageous. Experience: Minimum 3 years of experience in metro rail projects with a specialization in BIM coordination and architectural design. Software Proficiency: Revit (Architecture, Structure, MEP) – Advanced Level AutoCAD – 2D & 3D Navisworks (Clash Detection) BIM360, Civil 3D – Added Advantage Technical Knowledge: In-depth understanding of metro rail design workflows. Familiarity with local/international codes and rail project standards. Certifications (Preferred): Autodesk Certified Professional – Revit / BIM. Soft Skills: Strong design-thinking and problem-solving skills Effective communication and team coordination Ability to work in fast-paced, multi-project environments High attention to detail and quality orientation

As a Principal Application Security Engineer at Prudent Technologies and Consulting, you will be responsible for leading the web application penetration testing services. Your role will involve mentoring junior security consultants, delivering high-value security assessments to global clients, and advancing the offensive security capabilities of the organization. You will serve as a technical leader within the offensive security practice, focusing on web application penetration testing methodologies. Your responsibilities will include leading complex security engagements, providing expertise to clients and internal teams, mentoring junior consultants, and contributing to service offerings development. This position requires a deep understanding of application security principles, hands-on testing experience, and strong communication skills to convey technical findings effectively. Your key responsibilities will include leading web application penetration testing engagements for enterprise clients, acting as the principal security advisor, developing and enhancing application security testing methodologies, conducting advanced manual testing, performing threat modeling sessions, leading code reviews, creating technical reports, mentoring junior consultants, collaborating with sales teams, and contributing to research initiatives. The ideal candidate for this role should have 5-8+ years of experience in application security with a focus on web application penetration testing. Proficiency in using tools like Burp Suite Professional, DAST scanners, and exploitation frameworks is required. Candidates should also possess expertise in secure coding practices, vulnerability patterns, and remediation strategies across various programming languages and frameworks. Strong technical writing skills, relationship-building abilities with clients, and experience in mentoring security professionals are essential qualifications. Preferred qualifications include a bachelor's degree in computer science or cybersecurity, advanced security certifications like OSWE, and experience in developing custom tools or scripts for penetration testing automation. Prior software development experience, contributions to the security community, knowledge of mobile application security testing, cloud security architecture, and AI/ML system security evaluation are also beneficial. Education requirements include direct work experience in application penetration testing assessments and a bachelor's degree in computer science or related technical field. Advanced security certifications are a plus for this role.,

As an AGS (Augmented Surveyor) Expert, your primary role will involve processing drone inspection data, creating detailed technical reports, and providing support to both clients and team members. You will be responsible for utilizing BV tools and following established procedures to ensure the delivery of high-quality inspection reports in a timely manner. Your key responsibilities will include post-processing drone inspection data using the BV AGS 3D tool as per Standard Operating Procedures (SOP), preparing accurate and detailed technical reports, ensuring the quality and timely completion of all reports, collaborating with teams to plan drone inspections, assisting clients in effectively utilizing the AGS 3D tool, and contributing to continuous improvement efforts by providing feedback on tools and processes. The ideal candidate for this role would ideally possess a Bachelor's degree in marine engineering, Nautical Science, or a related field, although this is not mandatory. A basic understanding of ship and offshore structures along with relevant nomenclature is desirable. You should be someone who is curious, motivated by technical challenges, able to write clear and concise technical reports, proficient in computer literacy and data processing software, and possess strong oral and written communication skills.,

The role of Junior Engineer at our company is a full-time on-site position located in Sonbhadra. As a Junior Engineer, you will be tasked with assisting in engineering projects, carrying out technical assignments, and providing support to senior engineers. Your responsibilities will involve a variety of tasks such as conducting research, preparing technical reports, testing materials, and ensuring adherence to industry standards. Additionally, you will be expected to troubleshoot issues, collaborate with team members, and contribute to the enhancement of engineering processes. To excel in this role, you should possess a basic understanding of engineering principles and practices, along with experience in research and technical reporting. Strong problem-solving and troubleshooting skills are essential, as well as proficiency in relevant software tools and technologies. Effective communication and teamwork abilities are also key requirements for this position. A Bachelor's degree in Engineering or a related field is necessary, and prior experience in the engineering industry would be advantageous. If you are seeking a dynamic opportunity to grow in the field of engineering and contribute to meaningful projects, we encourage you to apply for the Junior Engineer position.,

You are invited to join our team as an SMT/ MLB Failure Analysis Engineer at the position of Asst Manager / Deputy Manager with 10-18 years of experience. The job is based in Hosur. As an SMT / MLB Failure Analysis Engineer, you will be responsible for leading complex failure analysis of MLBs and SMT assemblies using advanced diagnostic tools such as X-ray, SEM, ICT, and AOI. Your role will involve performing root cause analysis on field returns, in-process failures, and customer complaints. You will develop and implement corrective and preventive actions to eliminate recurring issues while collaborating with design, process, and quality teams to enhance product and process robustness. Analyzing yield trends and driving continuous improvement initiatives will be a key part of your responsibilities. Additionally, you will be required to prepare detailed technical reports, present findings to internal and external stakeholders, mentor junior engineers and technicians in failure analysis methodologies and tools, and ensure documentation compliance with industry standards such as IPC, ISO, and IATF. To excel in this role, you should possess a Bachelors or Masters degree in Electronics, Electrical Engineering, or a related field along with 10-15 years of hands-on experience in failure analysis within the EMS industry. Your strong knowledge of SMT processes, PCB design, and component-level diagnostics will be essential. Proficiency in tools like oscilloscopes, multimeters, X-ray, SEM, FIB, and thermal imaging is required. Familiarity with IPC standards (IPC-A-610, IPC-7711/7721) and quality systems such as ISO 9001 and IATF 16949 will be advantageous. Excellent analytical, documentation, and communication skills are also crucial for success in this role. If you are seeking a challenging opportunity to apply your expertise in failure analysis and contribute to continuous improvement efforts in a dynamic environment, we encourage you to apply for this position. We look forward to welcoming you to our team. Best Regards, Team HR,

As an Artificial Intelligence professional, you will be responsible for designing, implementing, and optimizing AI applications and systems, analyzing data, and collaborating with cross-functional teams to meet business objectives. Your key responsibilities will include designing and developing AI applications and infrastructure by creating algorithms and models to process and analyze data effectively. You will also be involved in analyzing complex data sets to identify trends, patterns, and insights to support informed decision-making and improve AI models. In this role, you will implement machine learning models and algorithms to solve specific problems and enhance decision-making processes. It will be essential to work closely with cross-functional teams, translating business needs into AI solutions that align with organizational goals. Maintenance and optimization of AI processes will be a part of your duties, ensuring the smooth transition of machine learning models from development to production environments and maintaining their performance over time. Producing clear technical reports and documentation to communicate findings and methodologies to stakeholders will also be crucial, along with conducting training sessions to share AI knowledge across the organization. Staying updated with advancements in AI and machine learning technologies is vital to ensure that your skills and knowledge remain relevant in this rapidly evolving field. The multifaceted role of an AI professional requires a blend of technical skills, analytical thinking, and collaboration as AI continues to transform various industries, leading to a significant growth in demand for skilled professionals in this field. This is a full-time job with a morning shift schedule and the work location is in person. By understanding these duties, you can better prepare for a career in artificial intelligence and align your skills with industry needs.,

The role of SMT / MLB Failure Analysis Engineering involves leading complex failure analysis of MLBs and SMT assemblies using advanced diagnostic tools such as X-ray, SEM, ICT, AOI, etc. You will be responsible for performing root cause analysis on field returns, in-process failures, and customer complaints. Developing and implementing corrective and preventive actions to eliminate recurring issues will be a key part of your role. Collaboration with design, process, and quality teams to improve product and process robustness is essential. Analyzing yield trends and driving continuous improvement initiatives are also part of the job responsibilities. Additionally, preparing detailed technical reports, presenting findings to internal and external stakeholders, and mentoring junior engineers and technicians in failure analysis methodologies and tools are crucial tasks. Compliance with industry standards like IPC, ISO, IATF and maintaining documentation in accordance with these standards is required. The ideal candidate should have a Bachelors or Masters degree in Electronics, Electrical Engineering, or a related field, with 10-15 years of hands-on experience in failure analysis within the EMS industry. Strong knowledge of SMT processes, PCB design, and component-level diagnostics is necessary. Proficiency in tools like oscilloscopes, multimeters, X-ray, SEM, FIB, and thermal imaging is expected. Familiarity with IPC standards (IPC-A-610, IPC-7711/7721) and quality systems (ISO 9001, IATF 16949) is also desired. Excellent analytical, documentation, and communication skills are essential for this role. If you are looking to join a dynamic team and work on challenging failure analysis projects, this opportunity based in Hosur might be the right fit for you.,

Expertise in PLC panel maintenance, motor/control wiring, VFD & sensor systems, machine health checks, and preventive electrical maintenance. Hands-on industrial experience a must. Office Time - 9:30am - 6:30 pm (Mon - Sat) Immediate joiners preff. Required Candidate profile Must have hands-on experience in PLC panels, motor/control wiring, VFDs, and sensors. Proficiency in fault diagnosis, preventive maintenance, and industrial electrical systems required. Perks and benefits Free lodging +ESI + PF (If Applicable) + Bonus

As an R&D Chemist, you will be at the forefront of developing and formulating high-performance molding compounds, such as Epoxy molding compounds, Diallyl Phthalate (DAP) molding compounds, silicone molding compounds, and unsaturated polyester molding compounds. Your primary responsibilities will include conducting research, creating new product formulations, enhancing existing formulations, and ensuring that the products align with industry standards and customer needs. This role will require close collaboration with various teams like product development, quality control, and manufacturing to guarantee the successful introduction of innovative and competitive products. In the realm of Research & Development, you will be tasked with formulating epoxy, DAP, silicone, and unsaturated polyester molding compounds. This involves innovating existing formulations to boost performance, quality, and cost-effectiveness, as well as assessing new raw materials, chemicals, and additives for formulation use. You will also be responsible for Product Testing & Analysis, which includes designing and executing experiments to evaluate the physical, chemical, and mechanical properties of molding compounds. Analyzing test data to confirm product compliance with industry standards, customer specifications, and regulatory requisites will be vital, along with preparing comprehensive technical reports on formulation processes and test outcomes. Collaboration & Communication will be key aspects of your role, requiring you to work closely with manufacturing teams to scale up formulations, collaborate with quality control teams to establish quality assurance protocols, and engage with customers to provide technical support for troubleshooting and product applications. Innovation & Improvement will be an ongoing focus, as you stay abreast of industry trends, technologies, and regulatory changes within the molding compounds sector. You will propose and implement inventive solutions to enhance product performance and market competitiveness, actively contribute to brainstorming sessions, and aid in the development of new product ideas. Qualifications for this position include a Bachelor's or Master's degree in Chemistry, Chemical Engineering, Polymer Science, or a related field. You should have proven experience in molding compound development, particularly with epoxy, DAP, silicone, or unsaturated polyester compounds. A strong grasp of polymer chemistry, materials science, and formulation processes is essential, alongside proficiency in laboratory testing, data analysis, and technical reporting. Excellent problem-solving skills, attention to detail, and the ability to collaborate effectively in a team setting are crucial. A PhD in Chemistry, Polymer Science, or a related discipline, experience in scaling up formulations from the lab to production, and familiarity with regulatory standards for molding compounds are advantageous.,