41 Design Optimization Jobs

As an Electrical Design Engineer, your primary responsibility will be to develop and review electrical system designs encompassing lighting, power distribution, fire alarm, earthing, and lightning protection systems. This will involve the preparation of detailed electrical layouts, single-line diagrams (SLD), and panel schedules utilizing design software such as AutoCAD, Revit, and ETAP. Additionally, you will be required to perform load calculations, cable sizing, voltage drop analysis, and circuit protection studies. Another crucial aspect of your role will be the selection of appropriate electrical components and equipment such as transformers, switchgear, and circuit breakers. You will collaborate closely with mechanical, civil, and architectural teams to ensure seamless integration of MEP design. Furthermore, your responsibilities will include the preparation of technical specifications, Bill of Quantities (BOQs), and tender documentation, ensuring that designs adhere to relevant standards and safety regulations. Throughout the procurement, installation, testing, and commissioning phases, you will provide essential technical support. It will be your duty to review vendor submissions meticulously to verify that equipment aligns with the design intent. Moreover, you will actively contribute to value engineering and design optimization efforts aimed at cost reduction and enhanced operational efficiency. This role is a Full-time, Permanent position with benefits such as food provision, yearly bonus, and a Day shift schedule. The ideal candidate should hold a Bachelor's degree, with a preference for candidates with at least 2 years of experience in MEP. The work location for this position is in person.,

As a Performance Analysis Engineer for solar PV plants, your main responsibility will involve conducting in-depth performance analysis of operational solar PV plants. This includes analyzing and developing wind resource meteorological files for various simulation software such as Windographer, WASP, Windfarmer, OpenWind, and WindSim. You will also be responsible for analyzing and developing solar resource meteorological files for simulation software like PVsyst, PVlib, SAM, and Plant Predict. Furthermore, your role will encompass analyzing energy production data from both wind and solar projects, including comparing operating data with modelled data and conducting downtime analyses. You will also be tasked with performing statistical analysis of long-term energy yields and conducting qualitative and quantitative data analysis using Python and Excel. In addition, you will be responsible for evaluating the performance of various components such as WTGs, PV arrays, power electronic devices, and electrical equipment based on recorded SCADA data. You will also be involved in optimizing the technology and design of wind farms, solar PV plants, and wind-solar hybrids using analytical methods. This includes evaluating key equipment forming a wind farm or solar PV plant and computing Bill of Quantities from basic designs and layouts. Another aspect of your role will involve reviewing test procedures for plant acceptance proposed by the test party and evaluating the performance of wind projects. Your expertise in performance analysis and optimization will be crucial in ensuring the efficient operation and performance of solar PV plants.,

We are seeking a highly skilled Assistant Lead Engineer to join our Global Siting Solutions team. This role is crucial for supporting the sales process by providing high-quality technical analysis and project design. You will be responsible for wind and site statistical modeling , optimizing wind turbine layouts, and performing load assessments. The ideal candidate will have a strong engineering background with a specific focus on wind resource assessment and the ability to work under pressure in a fast-paced, global environment. Key Responsibilities Wind & Site Analysis: Conduct wind and site statistical modeling and analyses to determine wind resource and site characteristics. Layout Design & Optimization: Develop and optimize wind turbine site layouts and configurations based on power production, construction considerations, and conformance with industry standards. Load Assessment: Verify wind turbine design life by performing detailed load calculations . Sales & Project Support: Maintain sales and project processes by preparing technical and commercial responses for customers, consultants, and colleagues. Documentation: Ensure all project documentation is accurate and thorough, with a consistent attention to detail. Qualifications A Bachelor's degree in Engineering ; a degree in Mechanical or Aerospace Engineering is highly desired. Proven experience in wind resource assessment and sales support. Fluency in written and spoken English. Experience with industry-specific software like WAsP and windPRO is a significant advantage. A certification in a foreign language (e.g., German, Spanish, Danish, Chinese) is a plus. Competencies Critical Thinking: A critical thinking mindset with the ability to work in a structured and systematic way. Adaptability: The ability to work under pressure and multitask in a fast-paced, deadline-oriented environment. Organizational Skills: Excellent organizational skills and the ability to maintain confidentiality. Global Mindset: Demonstrated flexibility and willingness to work in different time shifts and with various global cultures.

We are seeking a highly skilled Assistant Lead Engineer to join our Global Siting Solutions team. This role is crucial for supporting the sales process by providing high-quality technical analysis and project design. You will be responsible for wind and site statistical modeling , optimizing wind turbine layouts, and performing load assessments. The ideal candidate will have a strong engineering background with a specific focus on wind resource assessment and the ability to work under pressure in a fast-paced, global environment. Key Responsibilities Wind & Site Analysis: Conduct wind and site statistical modeling and analyses to determine wind resource and site characteristics. Layout Design & Optimization: Develop and optimize wind turbine site layouts and configurations based on power production, construction considerations, and conformance with industry standards. Load Assessment: Verify wind turbine design life by performing detailed load calculations . Sales & Project Support: Maintain sales and project processes by preparing technical and commercial responses for customers, consultants, and colleagues. Documentation: Ensure all project documentation is accurate and thorough, with a consistent attention to detail. Qualifications A Bachelor's degree in Engineering ; a degree in Mechanical or Aerospace Engineering is highly desired. Proven experience in wind resource assessment and sales support. Fluency in written and spoken English. Experience with industry-specific software like WAsP and windPRO is a significant advantage. A certification in a foreign language (e.g., German, Spanish, Danish, Chinese) is a plus. Competencies Critical Thinking: A critical thinking mindset with the ability to work in a structured and systematic way. Adaptability: The ability to work under pressure and multitask in a fast-paced, deadline-oriented environment. Organizational Skills: Excellent organizational skills and the ability to maintain confidentiality. Global Mindset: Demonstrated flexibility and willingness to work in different time shifts and with various global cultures.

As a Specialist Simulation Engineer focusing on Durability at Volvo Group, you will be responsible for leading advanced simulation activities to provide engineering insights that support robust design decisions and contribute to digital transformation within product development. Your key responsibilities will include ensuring simulation accuracy and reliability by applying best practices, developing durable design solutions meeting performance targets, conducting structural simulations, performing fatigue life predictions, leading design optimization studies, proposing new simulation methodologies, correlating simulation results with physical test data, and collaborating across global teams throughout the product development lifecycle. Additionally, you will leverage data analytics to refine simulation fidelity and influence key design decisions in the durability domain. To excel in this role, you must possess a Master's degree in Mechanical Engineering, Automotive Engineering, or a related field, along with a minimum of 12 years of CAE experience in the automotive industry focusing on product development and durability. You should have proven experience leading durability simulation programs across multiple vehicle platforms, in-depth understanding of fatigue mechanics, proficiency in tools such as MSC Nastran, ABAQUS, HyperWorks, nCode (or equivalent), and Beta-CAE, and experience with optimization techniques for mass and cost efficiency in engineering designs. Furthermore, you should have familiarity with physical testing, test-simulation correlation, and validation processes, be innovation-driven with a history of filed patents and implementation of industrialized solutions, and possess strong collaboration skills, attention to detail, and a proactive approach to continuous improvement. Soft skills such as a strong sense of ownership, excellent communication, fast learning ability, team-oriented mindset, and methodical problem-solving approach will be essential for success in this role. If you are passionate about shaping sustainable transportation solutions for the future, working with cutting-edge technologies, and being part of a collaborative team that leaves a positive impact on society, then this position at Volvo Group could be the perfect match for you.,

The role and responsibilities include analyzing and developing meteorological files for simulation software. You will also analyze energy production data from PV projects, comparing operating versus modeled data and conducting downtime analyses. Statistical analysis of Long-Term Energy Yields is another key aspect of the role. You will work on energy and capacity optimization of Hybrid Projects and their integration with storage solutions. The role involves scientific computing, simulation, and optimization in Renewable Energy Systems, focusing on Solar, Wind, and BESS Systems. Furthermore, you will be responsible for modeling, simulating, and optimizing PV, BESS, and Windfarms. Detailed techno-commercial assessments of cells, batteries, racks, PV modules, inverters, and converters are part of the job description. The role includes analyzing data recorded in data loggers and SCADA systems and conducting qualitative and quantitative data analysis using Python and Excel. Additionally, you will perform performance analysis of Individual Components such as Arrays, Inverters, Converters, Cells, Battery Racks, and Energy Meter Data. Technology and Design Optimization of PV Plants using Analytical Methods is a key responsibility. You will also be involved in developing tools and scripts for automating various tasks using Python, VBA, etc. Other responsibilities include reviewing the initial PV system concept of plant layout, supporting due diligence for solar PV projects, reviewing performance ratio test procedures for plant acceptance, and staying informed about new product technology developments to communicate with colleagues. Supporting SgurrEnergys solar PV business development activities and conducting site visits in India and abroad are also part of the role.,

The Rivos Power team is seeking a highly motivated engineer to develop and strategically drive state-of-the-art power modeling and optimization across our CPU and SoC blocks.In this role, you will have the opportunity to work in an innovative, collaborative, and high-growth environment. The ideal candidate will possess in-depth experience in the full spectrum of silicon power reduction. This includes a foundation in solid power analysis, performance benchmarking, and design optimization at all levelsfrom microarchitecture and physical implementation to standard power-performance benchmarking. What You&aposll Do Model and analyze power consumption for various workloads on custom silicon, working closely with the CPU Architecture, Performance, and Implementation teams to define overall power requirements. Analyze power and performance trade-offs, drive detailed cost-benefit analyses, and make recommendations for power reduction strategies. Collaborate with the Performance, Design Verification, and RTL teams to create targeted test vectors that model appropriate workloads and functionality scenarios for accurate simulation. Own the end-to-end power simulation process, including analysis, tuning, correlation, and presenting results to the Architecture, Logic Design, and Physical Design teams. Partner with the CAD and Physical Design teams to enhance power estimation methodologies, simulation flows, and regression analysis. What You&aposll Bring A Bachelor&aposs or Master&aposs degree in EE/EECS with 4-7 years of relevant industry experience. 4 to 7 years of direct experience in power-aware design, including analysis, benchmarking, modeling, and simulation. Strong working knowledge of CPU architectures and workload modeling for power analysis. Familiarity with the RISC-V architecture is a significant plus. Proficiency with Verilog and SystemVerilog RTL coding. Experience with the complete silicon design flow and evaluating power, performance, and area (PPA) trade-offs at the architectural, logic, and circuit levels. Hands-on experience with state-of-the-art EDA tools for gate-level and transistor-level power modeling and simulation. Strong scripting skills in Python, TCL, or other relevant languages. A proven ability to solve problems dynamically, innovate, drive decisions, and lead team efforts to deliver results under aggressive schedules. Show more Show less

As a motivated PCB Design Intern at Indian Robotics Solution, you will be responsible for designing and optimizing PCB layouts for our robotic products. You should have proficiency in PCB design software and a strong eagerness to apply your skills in a hands-on, collaborative environment. Your day-to-day responsibilities will include designing and implementing PCB layouts based on project specifications, collaborating closely with hardware and software teams to meet project needs, generating and sharing detailed design files, schematics, and documentation, troubleshooting, modifying, and improving existing PCB designs when necessary, ensuring all designs comply with industry standards and best practices, providing support for the manufacturing and assembly process, and staying updated with the latest trends and technologies in PCB design and electronics. Indian Robotics Solution is a pioneering company in India, known for developing innovative solutions such as the penta-performer drone named Thermal Corona Combat Drone. This drone serves as a comprehensive solution for five critical problems during the COVID-19 outbreak, including sanitization, thermal screening, announcement, medication, and surveillance (day & night) simultaneously. The company, previously known as Indian Robo Store, boasts a team of highly enthusiastic technocrats dedicated to optimizing expertise and innovating state-of-the-art technology. The company's mission is to meet the expectations of valuable clients in the robotics segment by delivering world-class technology to every customer's doorstep. With a focus on providing quality and customer satisfaction through various means, the team at Indian Robotics Solution is driven by the desire to exceed client expectations and create groundbreaking advancements in the field.,

You will lead the preparation of detailed and accurate cost estimates for all MEP components (mechanical, electrical, plumbing) involved in corporate interior fit-out projects. Your responsibilities will include analyzing project drawings, specifications, and other technical documents to understand the scope of MEP works. You will identify labor, material, and equipment requirements and calculate associated costs, considering current market rates and industry benchmarks. Collaboration with design and engineering teams is essential to review and optimize MEP systems for cost efficiency and technical feasibility. As part of the tendering process for corporate interior fit-out projects, you will prepare and submit comprehensive cost estimates. Working closely with the Tender Manager, you will ensure that all MEP estimates are integrated into the overall bid package. In addition, you will be expected to provide pricing for alternative design or value engineering solutions when required, balancing cost, quality, and client expectations. Your role will involve a combination of technical expertise, attention to detail, and effective communication to contribute to the successful completion of corporate interior fit-out projects.,

Description We are seeking a Specialist Engineer-E5 in Stress Analysis-Design Engineering to join our team in India. The ideal candidate will have 3-7 years of experience in performing stress analysis and will play a critical role in ensuring the structural integrity of our designs. Responsibilities Conduct stress analysis on mechanical components and systems using Finite Element Analysis (FEA) tools. Develop and validate design concepts to meet performance and safety standards. Collaborate with cross-functional teams to integrate stress analysis into design processes. Prepare detailed technical reports and presentations on analysis findings and recommendations. Support the development of design guidelines and best practices for stress analysis. Skills and Qualifications Bachelor's degree in Mechanical Engineering or related field. Proficiency in FEA software such as ANSYS, Abaqus, or similar tools. Strong understanding of material properties and mechanics of materials. Experience with CAD software (e.g., SolidWorks, CATIA) for modeling components. Excellent problem-solving skills and attention to detail. Strong communication skills to convey technical information effectively.

Role & responsibilities: Product Design: Work alongside senior design engineers to create 2D and 3D models, assembly drawings, and prototypes for both new and existing products. Design Optimisation: Assist in analysing and improving the performance, efficiency, and cost-effectiveness of our printing machines and allied equipment. Prototyping and Testing: Participate in the development of prototypes and conduct tests to evaluate the functionality and performance of designs. Documentation: Maintain comprehensive design documentation, including drawings, specifications, bills of materials and machine operator manuals. Collaboration: Collaborate effectively with cross-functional teams, including manufacturing, quality control, and sales, to ensure design objectives are met. Quality Assurance: Ensure that designs conform to all relevant industry standards, safety requirements, and customer specifications. Continuous Improvement: Identify opportunities for process enhancements and contribute to a culture of continuous improvement within the design department. Training will be provided.

As a Lead Manager Mechanical specializing in Water, Effluent & Sewage treatment plants, you will be responsible for overseeing and guiding a team of Mechanical Engineers. Your primary role will involve leading the design development of Mechanical components in projects related to Water, Effluent & Sewage treatment. You will play a crucial part in planning engineering deliverables, resource allocation, and collaborating with other disciplines to ensure proper integration of mechanical systems. Additionally, you will be tasked with reviewing and validating design deliverables, as well as driving continuous improvement in team productivity and skill development. A key requirement for this role is hands-on experience in Water, Effluent & Sewage treatment plants, Transmission & distribution pipeline projects in the Middle East and Africa region. Your core responsibility will involve leading a team of mechanical engineers in liaising with consultants and clients for the approval of engineering deliverables and material submittals. You should also have experience in engaging with international vendors for evaluating and selecting various mechanical equipment. To qualify for this position, you must hold a B.Tech in Mechanical Engineering with a minimum of 12-15 years of experience in Mechanical engineering, including at least 3-5 years in a leadership role. Advanced knowledge of Mechanical engineering principles, international codes such as ASME, BS EN, ISO, QCS, NWC, and proficiency in Plant engineering for tasks like preparing plant layouts, GA drawings, Piping layout, and Pipeline drawings are essential. Moreover, expertise in hydraulics & transient analysis using software like WaterGEMS, WaterHammer, SAP, and experience in reviewing related reports and stress analysis reports (CAESAR II) will be beneficial. Participation in workshops like HAZOP with clients and consultants, proficiency in Vendor engineering by reviewing offers, conducting technical comparisons, and recommending mechanical equipment to the Procurement team are also required. Excellent communication and interpersonal skills, the ability to mentor and develop team members, an innovative mindset for design optimization and continuous improvement are additional qualities that we are looking for in the ideal candidate. Preferred industry experience in Water & Effluent treatment, Oil & Gas industries is desirable for this role.,

The CAD Engineer opportunity involves CAD developments, including 3D modeling, 2D drawing preparation, and implementation in PLM software. As a CAD engineer, you will collaborate with design and engineering teams for product development and maintenance. Your role will have a significant impact by providing technical support during product conceptualization, maintenance, and improvement. You will be responsible for developing 3D models using part modeling, assembly, and other supportive modules. Additionally, you will create 2D manufacturing drawings and general arrangement (GA) drawings. Specifying manufacturing process parameters by defining material, GD&T, and surface finish will be crucial. Furthermore, you will evaluate geometry through tolerance stack-up analysis, stress analysis, and motion simulation to ensure quality standards. Process efficiency will be enhanced by utilizing customizations and pro-programming techniques. CAD database management and maintenance in PLM software will also be part of your responsibilities. Providing technical support to the platform development team by performing CAD parameterization and assisting in design optimization projects using cost engineering techniques are essential contributions. Upholding Hitachi Energy's core values of safety and integrity by taking responsibility for your actions, caring for colleagues, and the business is a key expectation. Ensuring compliance with applicable external and internal regulations, procedures, and guidelines is a critical aspect of the role. To be successful in this position, you should have a Bachelor's degree in mechanical engineering and at least 5 years of experience in CAD developments using commercial software. A minimum of 2 years of working experience with PTC Creo and Windchill PLM software is required. Strong knowledge of manufacturing processes such as casting, machining, forging, and fabrication is essential. Familiarity with global standards based on material specifications and manufacturing tolerances is also necessary. Additionally, knowledge of measurement tools and techniques, jigs and fixtures, quality control, DFMA, FMEA, etc., is beneficial. Proficiency in both spoken and written English language is a must. Individuals with disabilities requiring accessibility assistance or accommodation during the job application process can request reasonable accommodations by completing a general inquiry form on the Hitachi Energy website. Please include contact information and specific details about the required accommodation to support you during the application process. Requests for other purposes will not receive a response.,

As a Simulation Engineer specializing in Powertrain Durability at TVS Motor Company, you will be responsible for independently managing the delivery of powertrain durability simulations for 2-wheelers. In this role, you will collaborate with design leads to comprehend project scopes, allocate resources, prioritize work, and ensure timely project completion. Your expertise in various engineering fundamentals such as Strength of Materials, Applied Mechanics, Finite Element Methods, Powertrain Simulations, and Fatigue will be crucial in this position. You should possess proficiency in conducting Linear and Non-linear static analyses, Modal, Harmonic, and PSD response simulations of components and assemblies. Your responsibilities will also include performing duty cycle-based fatigue simulations on 2-wheeler components and sub-assemblies, proposing design optimizations based on FEA analysis, and considering manufacturing and packaging constraints for design changes. Additionally, you will be expected to establish correlations between test results and simulations, guarantee 100% quality and on-time delivery, and focus on weight and cost reduction through optimization techniques. To excel in this role, hands-on experience with tools such as HyperMesh, HyperView, Nastran/Optistruct, and FEMFAT/Hyperlife/n-code is essential. Your functional competencies should encompass product knowledge, product engineering and development, as well as automotive fundamentals. Moreover, your behavioral competencies will be tested through your communication skills, ability to work collaboratively in teams, interpersonal effectiveness, personal leadership, job completion rigor, customer-centric approach, and time management skills. Furthermore, you will be expected to exhibit leadership competencies by leading innovation and diverse teams, showcasing adaptability, and demonstrating strategic thinking. TVS Motor Company, known for its reputation as a global two and three-wheeler manufacturer committed to sustainable mobility, offers you the opportunity to be part of a dynamic and customer-centered organization. If you are looking to be a part of a company that values innovation, customer satisfaction, and global leadership in mobility solutions, TVS Motor Company is the place for you. For more information, visit www.tvsmotor.com.,

We are seeking a mechanical engineering professional with a solid technical background and a growth mindset to educate individuals on Industry 4.0 skills. These skills include 3D printing, CAD modeling, design optimization, generative design, and basic AI and ML programming in Python. This position offers a unique opportunity to merge mechanical expertise with emerging digital technologies and equip learners for the future of manufacturing. Whether you are a seasoned engineer or a recent graduate with a passion for design and digital manufacturing, we are committed to supporting your development through structured training and mentorship. If you have a passion for teaching, a curiosity to explore new technologies, and the ability to lead with clarity and creativity, we would be thrilled to have you join our team. The selected educator will be responsible for conducting assessments, grading students, and providing constructive feedback. Extensive training and onboarding will be provided post-selection, making enthusiasm for teaching and a willingness to learn essential qualities for the role. Key responsibilities include delivering interactive sessions on various topics such as 3D Printing technologies, CAD Modeling, Slicing tools, Generative Design techniques, Industrial IoT basics, Artificial Intelligence applications, and simple Python data tasks. Essential Qualifications: - A Bachelor's degree in Mechanical Engineering, Mechatronics, or a related field - Proficiency in CAD tools like Fusion360, SolidWorks, or similar software - Familiarity with 3D printing workflows and STL formats - Basic knowledge of any programming language - Strong communication skills and a desire to engage with learners Professional attributes we value: - Quick learner who is open to upskilling through our onboarding program - Team player who collaborates effectively with content and academic teams - Effective communicator capable of simplifying complex ideas - Self-driven and adaptable individual able to handle diverse learner profiles - Detail-oriented with a focus on assessing and scoring learners impartially If you meet the above qualifications and are excited about this opportunity, please send your resumes to herur.prakash@gmail.com.,

The culture at our organization is defined by the people who contribute to it. We foster a culture of passion for technology solutions that have a tangible impact on businesses. Additionally, we prioritize the pursuit of individual passions by our team members. Collaborating with us offers you the opportunity to gain a deep understanding of various industries and cutting-edge technologies. This knowledge enables us to develop forward-thinking and impactful solutions. Moreover, being a part of MarvyLogic can facilitate personal growth, leading you towards a more enriching and fulfilling life. To be considered for this role, you should possess the following qualifications: - A minimum of 10 years of experience in FPGA Design and Debug, preferably working with Xilinx Ultrascale+ and Virtex7 - Proficiency in utilizing tools such as Xilinx Vivado/Coregen/Synplify and developing/maintaining Timing/IO constraints (UCF) - Experience with managing multiple high-speed clock domains and integrating third-party IP onto Xilinx transceivers - Familiarity with working on FMC daughter-cards, High-Speed Cables/Connectors, etc. - Extensive debugging experience using Xilinx ILA, Protocol Analyzers, Oscilloscope, Logic Analyzers, etc. - Proficiency in PERL/TCL scripting and database management between FPGA and ASIC RTL - Knowledge of front-end RTL tools such as RTL Simulation, Synthesis, DFT, Timing - Ability to modify/adapt RTL designs for FPGA implementation and optimize designs to achieve FPGA area/performance goals - Collaboration with DV and Firmware/Software teams throughout the validation process, including post-silicon bring-up Your responsibilities in this role will include: - Effectively collaborating and communicating with multi-site teams - Reviewing FPGA netlist releases (block/chip) and overseeing ASIC product life cycle stages, including requirements, design, implementation, testing, and post-silicon validation If you meet the specified qualifications and are ready to take on these responsibilities, we welcome you to apply for this challenging and rewarding opportunity.,

You will be responsible for various sourcing activities including supplier research, spec review, RFQ/bidding, quote analysis, supplier selection, and bidding pool enhancement. Additionally, you will be involved in parts development, which includes tool development, project milestones management, active participation in generating early phase cost and design optimization ideas, as well as EO/4M management. Price finalization of trim parts, plastic painted parts, and tooling cost settlement will be part of your duties. You will also engage in cost innovation activities such as LTA, localization, VAVE, benchmarking alternative sourcing, productivity improvements, cost audits, and cost workshops. Ensuring regulations and compliance, such as ARAI certifications, BIS QCOs, will be essential. Managing vendor capacity, especially concerning SOP and serial life demand fluctuations, will also be a key aspect of your role. You will support the quality team in implementing countermeasures for supplier parts quality issues. Moreover, handling contracts management, including basic purchasing agreements, leave and licence agreements, timely sign-offs, and renewals, will be crucial. Maintaining databases and reports, along with proper management of all important data and documents, will be part of your responsibilities.,

As a member of the simulation team at the customer location, your primary responsibility will be to analyze electrical products using Ansys Maxwell/Motor-CAD software tools. This involves performing 2D & 3D Finite Element (FE) analysis on electrical and electronic devices and components. Additionally, you will provide both online and offline training to customers on Ansys tools, specifically Maxwell and Motor-CAD. You should be proficient in using 2D/3D Maxwell Pre/Solver/Postprocessors and have expertise in tools/simulations such as RMxprt, Maxwell 2D and 3D, Maxwell Circuit, Motor CAD, BLDC motors, and single-phase/three-phase Induction motors. Design optimization and verification/validation of Maxwell results with test data/analytical data are also key aspects of the role. Your duties will also involve generating FE analysis reports, collaborating with customer teams for project inputs and deliverables, preparing analysis summaries for technical review meetings, and providing valuable recommendations and design suggestions to clients. To excel in this role, you should have proven experience in Electromagnetic analysis using Ansys Maxwell, strong problem-solving skills, and a keen interest in learning and teaching. A solid understanding of Finite Element Analysis, Electrical machines, and Machine design is essential. Effective communication, interpersonal skills, and the ability to handle multiple projects simultaneously are also crucial for success in this position. Key Skills: - Electromagnetic analysis with Ansys Maxwell - Problem-solving skills - Finite Element Analysis - Electrical machines and Machine design - Strong communication skills - Ability to handle multiple projects Keywords: RMxprt, Ansys Maxwell, Ansys Motor CAD, Motor simulation,

We are searching for a highly skilled Design Engineer proficient in SolidWorks 3D modeling, drafting, and product costing. You should have a deep understanding of manufacturing processes, material selection, design optimization, and quality standards. Collaboration with the production and R&D teams is essential to develop efficient, cost-effective, and high-quality designs. Your responsibilities will include developing 3D models, assemblies, and detailed engineering drawings in SolidWorks. You will be responsible for creating and optimizing SolidWorks costing templates for accurate product estimation. Conducting design feasibility studies to ensure manufacturability and compliance with quality standards is a key part of the role. Collaboration with production, R&D, and quality assurance teams to refine product designs is crucial. You will work on DFM (Design for Manufacturing) and DFA (Design for Assembly) principles to optimize production efficiency and assist in prototype development, testing, and validation of new designs. Requirements: - Proficiency in SolidWorks software. - Strong knowledge of GD&T (Geometric Dimensioning & Tolerancing). - Experience with costing calculations and manufacturing processes. - Familiarity with sheet metal design and casting processes. - Problem-solving mindset and attention to detail. - Ability to work independently and in a team-oriented environment. This is a full-time position with benefits including cell phone reimbursement and performance bonuses. The work schedule is during the day, and the location is in person.,

One of our esteemed clients is looking for experienced, diligent, intelligent, engineers with demonstrated experience. Main Objective is to maintain design documentation as per the criterias; Manage Continuous Engineering Activity for Existing Products; Improve the Design and Performance of Existing Products. Roles & Responsibilities:- 1. Generating ideas for new products by researching and testing manufacturing and assembly processes and materials, as well as by examining client requirements and operator feedback. 2. Evaluate and address production difficulties, design optimization, and technological feasibility issues 3. Use simulation and analysis to improve the design by considering thermal, mechanism, and other factors. 4. Testing samples of various components to choose the best ones that meet the requirements of the new product brief 5. Establish and document part/product specifications and test procedures 6. Offer technical assistance and support for any product's industrialization efforts, including manufacturability, tooling, assembly process design, product cost, workflow, quality, and safety. 7. Design and modify machinery for fabricating, building, assembling, and installing components in order to develop and implement manufacturing/assembly processes. 8. Develop prototypes and complete functional testing. Fine Tune designs till they are ready for production 9. Work with other departments to execute design, technology, product development, and vendor strategy 10. Review, approve and / or modify product designs 11. Study, evaluate, and recommend process re-design 12. Assist in day-to-day process development to ensure product quality, timely product shipments, continuing cost effectiveness and profitability 13. Qualify and approve new products from new or existing vendors 14. Analysis & Rectification of errors related to product and its development like designing, quality, etc Required Skills: 1. Ability to work on own initiative 2. Ability to work under pressure and resolve problems and meet deadlines 3. Good organisational skills and ability to motivate a team 4. Excellent attention to detail and committed to providing exceptional service 5. Should possess excellent communication skills, convincing skills, interpersonal and listening skills, analytical skills. 6. Should be Innovative and Creative in thinking and problem solving. 7. Should possess adequate Business Acumen

Role & responsibilities Key Result Areas: 1. Stress Analysis 2. Design optimization 3. Adherence to Compliance 4. Organizational imperatives Job Description: The incumbent will be responsible for: 1. Stress Analysis a. Develop and finalize preliminary and final stress analysis plan. b. Experience with hand calculations, using classic stress analysis techniques. c. Linear and non- linear analysis (Static, Vibration, fatigue, endurance): metallic and non-metallic. d. Apply appropriate material properties and boundary conditions to accurately simulate real world loading conditions. e. Interpret stress results to identify potential failure points. f. Generate comprehensive documentation supporting stress analysis results for certification purposes. 2. Design optimization a. Leading technical discussions and presenting findings to stakeholders. b. Inputs to Design team for product and component sizing and testing team for test cases. c. Collaborate with CFT to optimize component geometry and material selection to minimize weight while maintaining structural integrity. d. Propose design changes based on stress analysis results to improve component performance and safety. e. Validate FEM (Finite Element Methods) models through comparison with test data and industry standards. f. Support and implement Design FMEA (Failure Mode and Effect Analysis) findings. 3. Adherence to Compliance • Ensure adherence to systems and documentation as per AS9100, EMS, OHSAS & ISMS, and customer-specific requirements. • Implement continuous improvement initiatives for enhanced project efficiency. • Valuing the information received & effort spent in creating every piece of information. Ensuring the right information accessed by right individuals. Ensuring Confidentiality, Integrity, and Availability of information. 4. Organisational Imperatives • Participate in improvement initiatives such as Kaizen, PMO, Cross functional projects and Business Excellence etc. • To ensure Enterprise Risk Management for Key Processes, Subordinate and Team Development and Adherence to Compliance and Safe Working Environment • Follow Values, Code of Conduct and Business Ethics and Safety practices in all work operations. Qualifications Required: Essential: BTech : Mechanical/Aerospace Preferred: BTech in Mechanical/Aerospace with MTech Mechanical/Aerospace Behavioral Competencies Required: 1. Think Strategically 2. Drive Future Readiness 3. Deliver Results 4. Build Stakeholder Relationship Functional/Technical Competencies Required: F 1. Proven Experience in FEM (Finite Element Methods) software ANSYS. Knowledge of fluid simulation added advantage. 2. Expertise in material mechanics and structural analysis 3. Fair knowledge of Aerospace NPI, TRL/MRL and value engineering methodology. Work Experience Required: MTech with 5 years & BTech with 8 years of experience. Preferred candidate profile Perks and benefits

Motion Graphic Designer Sone India is seeking a creative and technically skilled Motion Graphic Designer with strong expertise in both static design and animated visual content. The ideal candidate will produce high-quality visual assets for marketing, branding, and digital platforms, including banners, brochures, explainer videos, 3D product renders, and immersive multimedia experiences. Key Responsibilities: Design compelling visual content for digital campaigns, social media, websites, brochures, manuals, and infographics. Create 2D/3D motion graphics for promotional videos, product animations, and web visuals. Ensure brand consistency and visual storytelling across all touchpoints. Collaborate with digital marketing and product teams for content strategy and execution. Handle multiple creative projects under tight deadlines while maintaining quality. Software & Tool Proficiency: Graphic Design: CorelDRAW, Adobe Photoshop, Illustrator, Premiere Pro, Canva, DaVinci Resolve, Blender, AI tools for design optimization. Animation & Rendering: Adobe After Effects, Cinema 4D, KeyShot, Blender, Autodesk Maya, 3ds Max, NVIDIA Omniverse, RenderMan, Corona Renderer, SketchUp, Revit (for architectural visuals). Qualifications: Bachelor's degree in Graphic Design, Multimedia, Animation, Fine Arts, or related field. 5-7 years of hands-on experience in motion graphics, animation, and 3D rendering. Skills & Requirements: Must have a strong portfolio showcasing static and animated visual design work. Creative storyteller with an eye for visual detail and user engagement. Deep knowledge of branding, marketing trends, and responsive design principles. Proficient in layout design, lighting, photorealistic rendering, typography, and scalable formats. Excellent collaboration and communication skills across teams. Experience working in a fast-paced digital or creative agency environment.

Roles & Responsibilities:- 1. Generating ideas for new products by researching and testing manufacturing and assembly processes and materials, as well as by examining client requirements and operator feedback. 2. Evaluate and address production difficulties, design optimization, and technological feasibility issues 3. Use simulation and analysis to improve the design by considering thermal, mechanism, and other factors. 4. Testing samples of various components to choose the best ones that meet the requirements of the new product brief 5. Establish and document part/product specifications and test procedures 6. Offer technical assistance and support for any product's industrialization efforts, including manufacturability, tooling, assembly process design, product cost, workflow, quality, and safety. 7. Design and modify machinery for fabricating, building, assembling, and installing components in order to develop and implement manufacturing/assembly processes. 8. Develop prototypes and complete functional testing. Fine Tune designs till they are ready for production 9. Work with other departments to execute design, technology, product development, and vendor strategy 10. Review, approve and / or modify product designs 11. Study, evaluate, and recommend process re-design 12. Assist in day-to-day process development to ensure product quality, timely product shipments, continuing cost effectiveness and profitability 13. Qualify and approve new products from new or existing vendors 14. Analysis & Rectification of errors related to product and its development like designing, quality, etc Required Skills: 1. Ability to work on own initiative 2. Ability to work under pressure and resolve problems and meet deadlines 3. Good organisational skills and ability to motivate a team 4. Excellent attention to detail and committed to providing exceptional service 5. Should possess excellent communication skills, convincing skills, interpersonal and listening skills, analytical skills. 6. Should be Innovative and Creative in thinking and problem solving. 7. Should possess adequate Business Acumen

Position: Automotive Design Engineer (Freelancer) Who you are & how you can contribute: We are seeking highly skilled Automotive Design Engineers to collaborate on AI training projects through data annotation and domain expertise. This is a remote, flexible role where you will apply your automotive engineering knowledge to refine AI understanding and performance in vehicle design and systems. Key Responsibilities: Annotate AI-generated vehicle designs and performance models. Provide technical insights on AI-driven simulations of automotive systems. Enhance AI's ability to analyze mechanical and electrical automotive components accurately. Must-Have Traits: Strong academic background in Automotive Engineering (BSc preferred). Experience in teaching, tutoring, or content creation in automotive engineering is a plus. Familiarity with AI, machine learning, or data annotation is beneficial. Excellent analytical skills and strong attention to detail.

Job TitleMaterials & Structural Integrity (FEA) - Steam Turbine R&D L ocation Gurugram What will be my responsibilities Carry out static/transient, Linear/Non-linear thermo- mechanical FEA (Finite element analysis) & CFD of Steam Turbine static & Rotating components (e.g. casing, valves, rotor, bearing pedestals, blades, etc.) using commercial software such as ABAQUS, ANSYS-CFX. Perform Low cycle fatigue, High Cycle fatigue, assessment of different components of steam turbine. Perform high temperature Creep calculation and assessment. Able to logically interpret the calculation results and provide design change solution and perform design optimization accordingly. Seamless transfer of structural integrity calculation input and output between design team and project lead respectively. Development of innovative solutions. Controlling risk of design changes with appropriate methods like FMEA. Prepare and document FE calculation in the form of structural integrity design report. Participate and conduct structural integrity design review at component level / project level. As per the business needs, flexibly switch to other calculation topics like Rotor dynamics, Thermodynamics, etc. Therefore, additional experience in such calculations would be a great advantage. What do I need to qualify for this job BE/B.Tech or ME/M.Tech (Mechanical - any Govt. Engineering college) with CGPA 8.0 Minimum 3-8 years of Engineering experience in Materials, Structural Integrity / CFD / Rotordynamics. Strong theoretical fundamentals in material & strength of materials- this will be the key assessment point. Strong understanding of Rotordynamics & Thermodynamics fundamentals will be beneficial. Relevant work experience in Turbomachinery Blading will be of an added advantage. Strong fundamentals in Mechanics, Thermal, Fluid Engineering and Engineering design Knowledge of Finite Element Method (FEM) & Computational Fluid Dynamics software (preferably ABAQUS and ANSYS-CFX) is desirable. Ability to work in Global Team in VUCA environment. What else do I need to know Siemens is dedicated to quality, equality and valuating diversity and we welcome applications that reflect the diversity of the communities with in which we work. Please find more information on our organization atwww.siemens.com/energy We are looking forward to receiving your online application. Please ensure you complete all areas of the application form to the best of your ability as we will use the data to review your suitability for the role.