794 Thermal Jobs - Page 15

Select with space bar to view the full contents of the job information. Working Engineer-E2-Mechanical-Design Engineering Job Details | tatacons02 Select how often (in days) to receive an alert: Select how often (in days) to receive an alert: Working Engineer-E2-Mechanical-Design Engineering Bangalore, KA, IN, 560051 Purpose & Scope of Position Working Engineer (WE) will be part of an engineering team providing engineering services to large and small projects. WE is responsible for engineering in a 3D environment and production of 3D models and 2D drawings in accordance with project requirements under the supervision of the Project Engineer (PE). WE is required to apply specialized and/or advanced engineering principles at conceptual and detailed level. The WE participates in a wide range of projects and the activities include modeling and drafting for detailed engineering phase for multi-disciplinary projects. Experience 1-4 years of experience in relevant design discipline Experience in engineering packages Qualification Postgraduate or graduate in an engineering discipline Key Responsibilities 1. Assist the PE with the delivery of project requirements as they relate to scope, quantities, quality, cost and schedule 2. Responsible to work in an integrated 3D environment and produce design calculations, reports, specifications, evaluation reports, technical recommendations and, 3D models and 2D drawings as per project requirements 3. Produce and maintain technical and engineering deliverables using 2D and 3D engineering software as required 4. Facilitate the sharing of technical expertise across projects including archival of project documents. 5. Provide and/or participate in training for resources assigned to the project 6. Perform conceptual layout work 7. Develop design details, prepare / extract drawings and check the deliverables prior to release 8. Ensure coordination with engineers within the discipline and with other disciplines 9. Co-ordinate and review clash detection in an integrated model with other discipline engineers and resolve issues if any 10. Participate in formal engineering review processes 11. Review vendor drawings and documents including archival and inputs to other disciplines 12. Represents the discipline during site visit / client meetings as felt necessary by PE/PM. 13. Support technology team/ Project team for development and automation works as required.

Select with space bar to view the full contents of the job information. Construction Manager-T7-Civil-Construction Engineering Job Details | tatacons02 Select how often (in days) to receive an alert: Select how often (in days) to receive an alert: Construction Manager-T7-Civil-Construction Engineering Navi Mumbai, MH, IN, 400708 Purpose & Scope of Position The Construction Manager (CM) has the overall responsibility for managing all construction activities at the site, in collaboration with the Project Manager and in accordance with the Project Execution Plan. The CM working from the project office is responsible for the overall planning, direction, organization, and budgeting of all construction work, on the project to the highest safety and quality levels within time and costs constraints. The CM participates in the conceptual development of a construction project and oversees organization, scheduling and implementation strategy. The CM acts as the TCE representative for all relationships with the client or owner, local authorities, partners, contractors and vendors. Experience Minimum 10-15 years of previous construction management experience Typically 15-20 years of experience in the design or constructability, implementation and management of construction sites for large scale industrial multidisciplinary projects Qualification Postgraduate or graduate in an engineering discipline Post graduate degree or diploma in construction management (preferable) Key Responsibilities 1. Manages and is responsible for the following onsite functions like Health, safety, environment and security, Quality assurance and quality control, Construction supervision, Field engineering, Site project controls, Site contract administration, Site materials management, Site administration etc 2. Manages the day to day operations of the project site including associated facilities and services 3. Reports to the Project Manager on the progress of works and of any occurrence in the field that may affect the project execution 4. Coordinate with the client, project management, and project services in identifying required reporting procedures and formats for client and TCE management needs 5. Ensure corporate policies and procedures are fully implemented 6. Direct, monitor and motivates construction engineers and other subordinates or construction specialists in performance and direct activities as necessary to ensure project requirements are achieved 7. Establish the construction requirements for pre-fabrication and modularization 8. Ensure adherence to all local regulations and statutory requirements in site activities planning 9. Ensures project complies with applicable national or international, provincial or state or territorial, municipal or local legislation and regulations 10. Maintains efficient and respectful relations with the client or owner on site, and reinforces the importance of client or owner relations and satisfaction within the site organization 11. Ensures that work is carried out in accordance with current and (or) applicable codes, and standards, design deliverables (drawings, specifications, etc.). 12. Responsible for Modularization plans, constructability review and construction strategies 13. Establish and maintain effective working relationships with clients and take responsibility for ensuring customer satisfaction for construction and completions activities. 14. Provide an environment of continual improvement of construction management skills, expertise, and capacity to ensure our success in project delivery. Provide development initiatives to create and sustain a holistic approach to the Construction Management Talent Pool. 15. Manage subcontractors and vendors: Ensure their work is scheduled and coordinated well in advance. Provide direction as requested or required. Ensure compliance with subcontract terms, and adherence to the overall project schedule 16. Ensure proper implementation of the corporate Health, Safety and Environment program, and any applicable project specific policies and procedures. Intervene to resolve safety concerns immediately 17. Manage the change process: Identify and communicate scope changes, prepare and submit cost and schedule change estimates, negotiate and process client change orders and issue subcontractor and vendor change orders 18. Supervise project demobilization, staffing transitions and document archiving

The Construction Engineer is responsible for overseeing and coordinating the project works contractors and maintaining the project performance goals. He coordinates work efforts and ensures activities are sequenced in accordance with the project schedule. A construction engineer must be a competent person in the construction business so that he accurately evaluates the methods and performance in all respects of the particular scope elements of the project for which he is accountable. Experience Minimum 5 10 years of onsite experience on major projects under any sector Infrastructure, Real Estate, Power, Steel or Chemical Involvement in at least 2 significant major project similar in size and scope as delivered by TCE Qualification Postgraduate or graduate in an engineering discipline Post graduate degree/diploma in construction management (preferable) Key Responsibilities 1 Monitors overall job site health, safety and environment performance and verifies that contractors are protecting their workers at the job site 2 Responsible for construction supervision and contract administration including supervision of contractors and their subcontractors for assigned portions of the project 3 Assists in the coordination of the design deliverables to support continuous and efficient construction 4 Job site point of contact for all contractors in his assigned area of the project 5 Plans and chairs project safety meetings, assists with incident investigations and reporting, and participates in TCE safety programs and initiatives 6 Communicates the identification, management and resolution of deficiencies and non-conformance to the Construction Manager 7 Assists with construction estimating, scheduling, reporting, cost control, measurement verification and invoice certification for all work being performed by the contractor in his assigned area of the project 8 To lead complete Bill Certification process, Measurement of Quantities, resolution of extra scope for assigned construction area or structure or domain or discipline Enforce Change Management and Request for Information (RFI) management process 9 During absence of the Construction Manager, act as administrative spokesperson 10 Assist with the development and review of construction related information for the purpose of proposals and other related business improvement activities 11 Participate in and provide construction input for project constructability plans 12 To provide inputs for daily, weekly and monthly progress reports, track contractor s asking rates for major construction activities, to workout catch up plans suit to site conditions 13 Assist the Construction Manager to address site issues and developorimplement a remedy 14 Assist in coordinating between constructions and commissioning and establishing an effective handover policy 15 Ensures that Project safety plan and project quality plan is strictly implemented 16 Provides inputs for planning and billing activities

The Construction Engineer is responsible for overseeing and coordinating the project works contractors and maintaining the project performance goals. He coordinates work efforts and ensures activities are sequenced in accordance with the project schedule. A construction engineer must be a competent person in the construction business so that he accurately evaluates the methods and performance in all respects of the particular scope elements of the project for which he is accountable. Experience Minimum -years of onsite experience on major projects under any sector Infrastructure, Real Estate, Power, Steel or Chemical Involvement in at least significant major project similar in size and scope as delivered by TCE Qualification Postgraduate or graduate in an engineering discipline Post graduate degree/diploma in construction management (preferable) Key Responsibilities Monitors overall job site health, safety and environment performance and verifies that contractors are protecting their workers at the job site Responsible for construction supervision and contract administration including supervision of contractors and their subcontractors for assigned portions of the project Assists in the coordination of the design deliverables to support continuous and efficient construction Job site point of contact for all contractors in his assigned area of the project Plans and chairs project safety meetings, assists with incident investigations and reporting, and participates in TCE safety programs and initiatives Communicates the identification, management and resolution of deficiencies and non-conformance to the Construction Manager Assists with construction estimating, scheduling, reporting, cost control, measurement verification and invoice certification for all work being performed by the contractor in his assigned area of the project To lead complete Bill Certification process, Measurement of Quantities, resolution of extra scope for assigned construction area or structure or domain or discipline Enforce Change Management and Request for Information (RFI) management process During absence of the Construction Manager, act as administrative spokesperson Assist with the development and review of construction related information for the purpose of proposals and other related business improvement activities Participate in and provide construction input for project constructability plans To provide inputs for daily, weekly and monthly progress reports, track contractor s asking rates for major construction activities, to workout catch up plans suit to site conditions Assist the Construction Manager to address site issues and developorimplement a remedy Assist in coordinating between constructions and commissioning and establishing an effective handover policy Ensures that Project safety plan and project quality plan is strictly implemented Provides inputs for planning and billing activities

If you are a Power Plant Operations / Simulation professional, Emerson has an exciting role for you! We are looking for a Simulation Engineer to work with our Digital Transformation Team. This role will work independently and as a part of a team to develop and test the simulation models for different power plants used in Emerson s Ovation products. You will participate in project-wide reviews of requirements, customer interactions, and detailed design documents. You will be playing vital role in delivering high quality digital twin simulators to the customers as per their need and requirements. We value autonomy, self-reliance, fast movers, a passion for robust and detailed testing capabilities, and above all, the ability to ship a quality product. If you think this role suits you, join our team and apply now! In This Role, Your Responsibilities Will Be: Modeling, testing & tuning of assigned systems/sub-systems within agreed Project budget & schedule. Prepare, review & submit the Data Collection List as per Project scope to Project Lead. Prepare, review & submit Functional Design Specification (FDS) to Project Lead Review Marked-up P&IDs as per the project scope & submit to lead Support Pre-Factory Acceptance Test and Factory Acceptance Test in India or at any overseas location and fulfill the customer requirement as per the scope for the projects. Follow the Department Quality procedures during various stages of projects & Fill-up all the quality related checklists for the assigned system/sub-system on regular basis. Prepare & review the systems for Expert Review and Model standalone test. Take the lead in integrating all the systems/sub-systems for testing. Work closely with Global modeling team and extend support if required. Perform work within established budgetary and schedule requirements. Perform other duties as assigned time to time. Work in a simulator project with a team of 4-5 engineers. Understanding Ovation Control system Learn new skills as per the department s requirement. Understanding Ovation Control system, protections, interlocks and permissive. Who You Are: You quickly and significantly take action in fast-changing, unpredictable situations. You show a tremendous amount of initiative in tough situations. You set bold goals and has high standards. You pursue everything with energy, drive and the need to finish. You always keep the end in sight and puts in extra effort to meet deadlines. You deliver messages in a clear, compelling and concise manner. You actively listen and checks for understanding. You focus on the highest priorities and sets aside less critical tasks. Lays out a thorough schedule and steps for achieving objectives. For This Role, You Will Need: Bachelor s / master s degree in mechanical engineering / Power Plant Engineering with 1-3 years of experience in Thermal / Combined Cycle Power Plant operation/modeling Strong computer skills Minimum English language skills - speaking and writing Should have the creativity to apply knowledge in thermodynamics to design systems. Able to work in a team Able to travel and work abroad 30-40% of work time. Preferred Qualifications that Set You Apart: Any previous work experience with Simulation/Modeling tools Good knowledge of Power Plant process and operation. Excellent Communication Skills Our Culture & Commitment to You . .

We are looking for a CFD engineer to support different fluid flow simulation requirements of EMEIA global business lines. It involves different product lines such as Compressors, Blowers, Pumps, Dryers etc. and sub system packages using ANSYS CFX & Fluent to support EMEIA i2V, NPD, VAVE and engineering excellence. The candidate should have 5-10 years of Hands-on experience in CFD simulation with solid knowledge of steady/unsteady fluid flow analysis, Heat transfer, CHT, Spray & particle modelling, Multi Phase Flow, Fluid Acoustic simulation etc. This resulted in timely delivery of CFD analysis results and recommendations in technical reports for industrial projects. Responsibilities Developing Fluid CAD model for CFD analysis (ANSYS Design Modeler, ANSYS Space Claim) Generate Mesh (2D/3D, Hexa/Tetra) for Analysis using ANSYS Meshing, ICEM CFD, Fluent Meshing and dynamic meshing Perform the accurate CFD analysis for various Engineering problems (Steady/Transient, Internal/External flow, Multiphase flow, Heat transfer, CHT, Spray & Particle modelling, fluid acoustics simulation, Reacting flows (Combustion, Gasification) etc. Conduct CFD performance analysis of Dry screw pump, Recipe Compressor, Screw & lobe blower and its subsystems including separation tank, filters, valves, coolers, pipes, fan etc. using ANSYS CFX, Fluent and Forte. Responsible for performing pre-processing, solution and post-processing on local & high-performance cluster system. Study the CFD results and explain the physics behind the specific flow patterns Draft CFD reports summarizing project objectives, approach, findings, conclusions and recommendations for design changes. Resolve technical issues tracked after running the simulation, coordinating with the software technical support team to understand the advancements in new versions of the software. Mandatory Skills 3+ Years of Experience in CFD analysis - Steady & Transient fluid flow, CHT, Multi phase flow 3+ Year of experience in rotating machinery performance simulation (PD Machines) 2+ Year experience with Aero acoustic, Dynamic Mesh modelling and spray modelling. 4+ years of experience with Rotating Machinery equipment s, Thermal Management and silencer and muffler design to control machine noise. 6+ years of experience with strong fundamentals on Thermodynamics, fluid dynamics, Multiphase flow & sound acoustics. 3+ years of hands-on experience with ANSYS software tools; ANSYS CFX, Fluent and Forte. Desired skills: Relevant experience in the turbomachinery or similar industries Ability to work independently and as a team player. Strong written and verbal communication and presentation skills. Strong organizational skills and the ability to handle multiple tasks/multiple projects simultaneously. Project management & Programming skills is an added advantage. Basic Qualifications and Experience: Master s degree in Mechanical Engineering/ Aeronautical/Thermodynamics or similar field 5-10 years of Hand-on experience in CFD simulation using ANSYS CFX & Fluent, ANSYS Mesher & ICEM CFD What we Offer We are all owners of the company! Stock options (Employee Ownership Program) that align your interests with the companys success. Yearly performance-based bonus, rewarding your hard work and dedication. Leave Encashments Maternity/Paternity Leaves Employee Health covered under Medical, Group Term Life & Accident Insurance Employee Assistance Program Employee development with LinkedIn Learning Employee recognition via Awardco Collaborative, multicultural work environment with a team of dedicated professionals, fostering innovation and teamwork.

Job Summary This role is to oversee the purchasing process for goods and services required by the organization. You will be responsible for floating RFQ S for assigned commodities, coordinating with technical team, negotiating, releasing orders and ensuring timely delivery of quality products and services. Responsibilities Identify, evaluate, and select suppliers based on quality, cost, reliability, and delivery . Prepare and issue RFQ s to solicit competitive bids. Evaluate vendor proposals and negotiate terms and conditions to achieve the best value for the organization Generate purchase orders, review purchase requisitions, and ensure compliance with organizational policies and procedures. Manage procurement process from order placement to delivery, ensuring timely and correct supply of orders. Maintain strong relationships with suppliers to ensure favourable terms, negotiate price, long term agreements and resolve issues. Collaborate with internal stakeholders to define procurement requirements, specifications, and budgets Coordinate with stores, quality and accounts departments to resolve any discrepancies or issues related to purchased items. Identify opportunities for cost savings, process improvements, Keep updated on industry trends, collaborate with cross-functional teams to implement process improvements and contribute to overall organizational efficiency.

Mega Walk-in Drive on 5th July 2025 (Saturday) @ Chennai Quest Global Engineering Services Pvt Ltd, 11th floor, IndiQube Alpine, behind Ekkattuthangal Metro Station, Labour Colony, SIDCO Industrial Estate, Guindy, Chennai, Tamil Nadu 600032 Job Description : Roles & Responsibilities: Should have 5+ experience in Basic and Detail Engineering experience from Thermal Power Plant, Combined Cycle and Supercritical Power plants with extensive experience in Main Plant accessories Should able to understand the ITO inputs (Inquiry to Order) Technical Proposal Should have extensive experience in P&ID preparation and review with associated Device summary settings for Turbine and Generator Accessories Systems. (e.g. Water, Fuel, Oil , Air, Cooling Systems). Should able to handle the Product Cost out activities per project requirement P&ID and Device Summary (Instrumentation) Creation and Modification in AVEVA DIAGRAM and AVEVA Engineering Tool, AutoCADD toll added advantage Should have experience in Plant layout drawings such as General Arrangement Drawing, Technical Specification, Data Sheet & Technical Bid Evaluation and Commissioning spare parts list Should have very good experience in Piping, Tubing and all associated fittings, Valves and also Plant layout drawings (GA, Plot Plan) Should have experience in developing new Arrangement drawings & BOM in line with P&ID Schematics Should have experience in preparation of Ordering Specification/Functional Specifications Modification Kit Should have very good experience in Preparing FMI (Field Modification Instruction manual). Should have demonstrated ownership & decision-making of the design, considering cost, feasibility in manufacturing and fabrication. Should have served as primary interface with customers and have demonstrated the implementation of design requirements, design changes, analysis, and verification of the each task. Planning the tasks, executing and delivering on time, with cost effective and quality. Should have excellent Coordination skills with all Cross-Functional Teams such as Customers (Tech Leads, Chief Engineers), Suppliers, Configuration Team, Electrical Team etc. Engineers should have confidence with autonomy to deliver as work package is critical Qualification: BE/B.Tech/ME/M.Tech in Mechanical Engineering, Energy Engineering experience from Thermal/Aero/Simple/Combined Cycle Power Plant Experience Interested Candidates can send the resume to fakkrudeen.aliahamed@quest-global.com

Mega Walk-in Drive on 5th July 2025 (Saturday) @ Bangalore Job Description : Roles & Responsibilities: Should have 5+ experience in Basic and Detail Engineering experience from Thermal Power Plant, Combined Cycle and Supercritical Power plants with extensive experience in Main Plant accessories Should able to understand the ITO inputs (Inquiry to Order) Technical Proposal Should have extensive experience in P&ID preparation and review with associated Device summary settings for Turbine and Generator Accessories Systems. (e.g. Water, Fuel, Oil , Air, Cooling Systems). Should able to handle the Product Cost out activities per project requirement P&ID and Device Summary (Instrumentation) Creation and Modification in AVEVA DIAGRAM and AVEVA Engineering Tool, AutoCADD toll added advantage Should have experience in Plant layout drawings such as General Arrangement Drawing, Technical Specification, Data Sheet & Technical Bid Evaluation and Commissioning spare parts list Should have very good experience in Piping, Tubing and all associated fittings, Valves and also Plant layout drawings (GA, Plot Plan) Should have experience in developing new Arrangement drawings & BOM in line with P&ID Schematics Should have experience in preparation of Ordering Specification/Functional Specifications Modification Kit Should have very good experience in Preparing FMI (Field Modification Instruction manual). Should have demonstrated ownership & decision-making of the design, considering cost, feasibility in manufacturing and fabrication. Should have served as primary interface with customers and have demonstrated the implementation of design requirements, design changes, analysis, and verification of the each task. Planning the tasks, executing and delivering on time, with cost effective and quality. Should have excellent Coordination skills with all Cross-Functional Teams such as Customers (Tech Leads, Chief Engineers), Suppliers, Configuration Team, Electrical Team etc. Engineers should have confidence with autonomy to deliver as work package is critical Qualification: BE/B.Tech/ME/M.Tech in Mechanical Engineering, Energy Engineering experience from Thermal/Aero/Simple/Combined Cycle Power Plant Experience Interested Candidates can send the resume to fakkrudeen.aliahamed@quest-global.com

This role is responsible for designing and developing Propulsion systems and capabilities in the system engineering function layer at the logical and physical solution domain. You will be responsible for building and owning the generic system artifacts for new and existing Powertrain propulsion concepts, capabilities and features in the (xHEV Diesel/Gasoline) space ensuring they are legally compliant, meets customer attributes expectations and are competitive in the market. Some of these artifacts are (but not limited to) customer requirements mapping, feature/capability definition, Use case analysis, Logical architecture diagram, Functional Failure Analysis, generic functional requirements cascade, test case mapping, target generation and issue resolution for Powerpacks. You will lead the design a Propulsion system concept physical base solution with balanced integration of its Core system - Propulsive Torque / Aftertreatment and GasPath / Thermal systems / 48V Electrical Power supply - Battery, Inverter-Converters / Fuels storage systems. Special requirements for this role are a good knowledge and experience in ICE PTs and transmissions with couple mid/high voltage electrification systems (MHEV/PHEV), torque, electrical and thermal energy management, AND aftertreatment system and Gas-path, pollutant emissions and requirements in different markets, with understanding on strategy development, calibration and controls. Key Performance Indicators Desing and size integrated PT propulsion systems, control Strategy/SFW concepts. Support the development of the businesses physical base solution system engineering and knowledge understanding the integration of the different Core system - Aftertreatment and GasPath / Propulsive Torque Diesel/Gasoline ICE / Thermal / 48V Electrical Power supply - Battery, Inverter-Converters / Fuels storage. Key Accountabilities and Responsibilities Robust requirements and targets delivered on-cycle to programmes. System artifacts (MBSE models, use case analysis, LAD, FFA/DFMEA/DRBFM, DVP, requirements, standards) developed off-cycle and updated on-cycle as required. New functions delivered by statement of capability (SOC) and Feature statement of intent (FSOI) process. System compatibility Issues identified, reported and efficiently resolved Ensure functions adherence to the use of specified engineering methods, computer tools and aids applied Support Vehicle, domain and any other indirect team members understanding of the integrated propulsion functions. Chair technical reviews/forums and resolve complex cross functional issues. Develop methods & run technical studies into future technologies. Key Interactions xHEV Function Layer Chapter Lead and Chapter Head Prop System HW Integration. Function layer other Integration leads and Functional layer engineers. Function layer Subject matters and Functional layer engineers. Domain technical delivery Engineers, Managers. HWSI/Powerpack Engineers, Group Product Owners & Product Owners Core, sub-systems, VSC SFW, commodity, calibration and controls Engineers, SMEs Managers. CAE and Test and Development Engineers & Managers. PT core attributes as PED/NVH/emissions and certification Engineers & Manager Knowledge, Skills and Experience Essential: Relevant experience of working in a Systems Engineering environment - ideally within the Automotive Sector Relevant experience of working in Propulsion/Powertrain Engineering in one or more area of: Emissions-After-treatment / Gas-path , Base engines, 48v and HV Systems/Batteries-Charging, Torque and Energy Arbitration. xHEV propulsion system integration. Relevant experience of system definition, system architecture development, requirements specification, design/performance modelling, systems integration, system assessment and acceptance Experience in applying Systems Engineering and in solving complex technical issues using a structured approach Relevant experience in development of electrified propulsion system as MHEV, PHEV and/or BEV. Relevant calibration and control exposure in propulsion system Experience in model base system engineering and/or any tool for Systems Architecting. Experience and exposure to CAE on vehicle, propulsion and sub-systems. Experience in defining Test cases and DoE for HIL, PIL, VIL and vehicle environment. Good understanding of 8D issue resolution and data statistics 6 sigma methods. Familiarity with Product Creation Development System [PCDS] which could be delivered via Agile Groups / Squads. Significant knowledge of engineering planning and delivery processes Full UK or equivalent driving licence Relevant degree or equivalent experience preferred Desirable: Expert experience in the specific area of: Emissions, After-treatment, Gas-path, Base engines, HV Systems, Torque and Energy Arbitration. Relevant calibration and control exposure in propulsion system Experience of Magic System/TRM of Systems Architect CAE experience on vehicle and propulsion sub-systems with exposure to Simulink modelling Personal Profile Essential: A good communicator who can convey and translate complex ideas in working level and senior forums. An effective team player, actively leads, develops and supports team members An individual who enables speed in decision making through establishing alignment, clarity, appropriate resources and sense of urgency whilst bringing others along Demonstrates our Creators Code behaviours of Customer Love, Unity, Integrity, Growth and Impact. Embracing differences, being empathetic, welcoming challenges together empowering each other to deliver. Building trust by speaking openly and honestly, listening attentively, and treating others respectfully. Taking initiative and using failure as an opportunity to learn. we'develop by giving + seeking honest feedback. An individual who is results driven, demonstrates, tenacity, drive and perseverance, with the ability to deliver in a complex, highly demanding environment. An individual with the ability to combine a short term, pragmatic focus with longer term planning An individual who is resilient, energetic and enthusiastic, able to deliver results under pressure, whilst responding constructively to challenging new ideas and inputs Desirable: An individual who is able to challenge existing thinking in a positive way whilst building credibility and trust through experience and personal style It has led a team who completed a successful project beginning to end.

This role is responsible for designing and developing Propulsion systems and capabilities in the system engineering function layer at the logical and physical solution domain. You will be responsible for building and owning the generic system artifacts for new and existing Powertrain propulsion concepts, capabilities and features in the (xHEV Diesel/Gasoline) space ensuring they are legally compliant, meets customer attributes expectations and are competitive in the market. Some of these artifacts are (but not limited to) customer requirements mapping, feature/capability definition, Use case analysis, Logical architecture diagram, Functional Failure Analysis, generic functional requirements cascade, test case mapping, target generation and issue resolution for Powerpacks. You will be subject matter expert for the physical base solution within the Core system - Aftertreatment and GasPath in Diesel and Gasoline applications. Special requirements for this role are a good knowledge and experience in ICE PTs and transmissions with couple mid/high voltage electrification systems (MHEV/PHEV), torque, electrical and thermal energy management, AND aftertreatment system and Gas-path, pollutant emissions and requirements in different markets, with understanding on strategy development, calibration and controls. Key Performance Indicators Support the Desing of integrated PT propulsion systems, control Strategy/SFW concepts. Develop the businesses physical base solution system engineering and knowledge in - Aftertreatment and GasPath in Diesel and Gasoline applications. Key Accountabilities and Responsibilities Robust requirements and targets delivered on-cycle to programmes. System artifacts (MBSE models, use case analysis, LAD, FFA/DFMEA/DRBFM, DVP, requirements, standards) developed off-cycle and updated on-cycle as required. New functions delivered by statement of capability (SOC) and Feature statement of intent (FSOI) process. System compatibility Issues identified, reported and efficiently resolved Ensure functions adherence to the use of specified engineering methods, computer tools and aids applied Support indirect team members understanding of the function with your expert knowledge. Lead the analysis of complex data from CAE and physical test properties. Chair technical reviews/forums and resolve complex cross functional issues. Develop methods & run technical studies into future technologies. Key Interactions xHEV Function Layer Chapter Lead and Chapter Head Prop System HW Integration. Function layer Integration leads and Functional layer engineers. Function layer other Subject matters and Functional layer engineers. Domain technical delivery Engineers, Managers. HWSI/Powerpack Engineers, Group Product Owners & Product Owners Core, sub-systems, VSC SFW, commodity, calibration and controls Engineers, SMEs Managers. CAE and Test and Development Engineers & Managers. PT core attributes as PED/NVH/emissions and certification Engineers & Manager Knowledge, Skills and Experience Essential: Relevant experience of working in a Systems Engineering environment - ideally within the Automotive Sector Expertise in Propulsion/Powertrain Engineering in: Emissions-After-treatment / Gas-path and knowledge on in Base engines, 48V Systems/Batteries, Torque and Energy Arbitration. xHEV propulsion system integration. Relevant experience of system definition, system architecture development, requirements specification, design/performance modelling, systems integration, system assessment and acceptance Experience in applying Systems Engineering and in solving complex technical issues using a structured approach Relevant experience in development of electrified propulsion system as MHEV, PHEV and/or BEV. Relevant calibration and control exposure in propulsion system Experience in model base system engineering and/or any tool for Systems Architecting. Experience and exposure to CAE on vehicle, propulsion and sub-systems. Experience in defining Test cases and DoE for HIL, PIL, VIL and vehicle environment. Capable of complex data analytics from CAE and physical testing, mathematical projection, estimation, walk generation. (complexes excel macro/database, Matlab, MDA, Concerto). Good understanding of 8D issue resolution and data statistics 6 sigma methods. Familiarity with Product Creation Development System [PCDS] which could be delivered via Agile Groups / Squads. Significant knowledge of engineering planning and delivery processes Full UK or equivalent driving licence Relevant degree or equivalent experience preferred Desirable: Expert experience beyond Emissions, After-treatment, Gas-path in the specific area of: Base engines, HV Systems, Torque and Energy Arbitration. Relevant calibration and control exposure in propulsion system Experience of Magic System/TRM of Systems Architect CAE experience on vehicle and propulsion sub-systems with exposure to Simulink modelling Personal Profile Essential: A good communicator who can convey and translate complex ideas in working level and senior forums. An effective team player, develops and supports team members An individual who enables speed in decision making through establishing alignment, clarity, appropriate resources and sense of urgency whilst bringing others along Demonstrates our Creators Code behaviours of Customer Love, Unity, Integrity, Growth and Impact. Embracing differences, being empathetic, welcoming challenges together empowering each other to deliver. Building trust by speaking openly and honestly, listening attentively, and treating others respectfully. Taking initiative and using failure as an opportunity to learn. we'develop by giving + seeking honest feedback. Making a difference through our results. We innovate and never lose sight of what we want to achieve. An individual who is results driven, demonstrates, tenacity, drive and perseverance, with the ability to deliver in a complex, highly demanding environment. An individual with the ability to combine a short term, pragmatic focus with longer term planning An individual who is resilient, energetic and enthusiastic, able to deliver results under pressure, whilst responding constructively to challenging new ideas and inputs Desirable: An individual who is able to challenge existing thinking in a positive way whilst building credibility and trust through experience and personal style

Vin Design Solutions is looking for CFD Analyst to join our dynamic team and embark on a rewarding career journey Use CFD software to simulate fluid and thermal flows Model air, gas, or liquid interactions in systems Interpret results to optimize design and efficiency Work closely with R&D and product engineers

Transport is at the core of modern society. Imagine using your expertise to shape sustainable transport and infrastructure solutions for the future? If you seek to make a difference on a global scale, working with next-gen technologies and the sharpest collaborative teams, then we could be a perfect match. About the Role: We are seeking a passionate and technically curious ExcelHer to join our Advanced Powertrain and Electrification Division. The focus of this internship is to assist in the development, testing, and optimization of battery energy transfer systems between electric trucks and electric construction equipment (such as loaders, diggers, and cranes). This includes both static and dynamic charging concepts, bi-directional energy flow, and smart load balancing strategies. Key Responsibilities: Support the design and modeling of battery-to-battery (B2B) energy transfer systems across heavy-duty electric platforms. Assist in the integration of vehicle-to-vehicle (V2V) and vehicle-to-equipment (V2E) energy systems using DC fast-charging standards and high-voltage safety protocols. Participate in simulation and prototyping of energy management systems (EMS) for intelligent energy routing and load sharing. Contribute to the development of real-time monitoring and control systems , including CAN communication and BMS interoperability. Assist with lab and field testing , collecting and analyzing performance data from trucks and equipment under real-world duty cycles. Research global standards (e.g., ISO 15118, CHAdeMO, CCS, SAE J1772) applicable to construction and transport electrification. Collaborate with electrical engineers, firmware developers, and systems architects to iterate and improve system reliability and efficiency. Document progress, test results, and technical learnings in structured formats for internal knowledge and IP development. Preferred Qualifications: Pursuing or recently completed a Bachelor s/Master s in Electrical Engineering, Power Electronics, electronics , or a related field. Basic understanding of Li-ion battery systems, BMS, DC charging protocols, and power electronics . Hands-on experience with MATLAB/Simulink, LTspice, Python, or similar simulation and prototyping tools. Familiarity with CAN bus , data logging, and diagnostic tools for electric vehicle platforms. Passionate about sustainability, renewable energy, and electric mobility solutions. Excellent communication, problem-solving, and collaboration skills. Bonus Skills (Nice to Have): Exposure to construction machinery electrification trends . Knowledge of thermal management and SOH/SOC estimation algorithms . Experience working with prototype builds , hardware integration, or test benches. What You ll Gain: First-hand experience working on cutting-edge energy transfer technologies for next-generation electric fleets. Cross-domain exposure: mobility, construction, energy storage, and power electronics. Opportunity to work in a fast-paced R&D environment with mentorship from experienced engineers. Potential pathway to full-time employment based on performance and project success.

Power electronics engineer shall provide technical support and subject matter expertise on power electronics, circuit design and analysis, electrification architecture & Motor controls. Develop power systems designs for spacecraft applications using modelling, simulation, and statistical design methods. Perform detailed component-level analysis to identify locations and operating conditions of high electromagnetic / thermal / mechanical stresses. Survey and investigate advanced circuit topologies component / board / packaging / manufacturing technologies to further improve circuit performance, fault-tolerance, and to reduce overall cost, weight, sizes. Collaborate with manufacturing engineers and suppliers to convert designs to production. Design, implement, and test new power electronic control software to meet documented requirements for power conversion products (drives, transformers, DC-DC converter) and programmable electronic fuses. Be responsible for technical direction and decisions for assigned product development projects. Work with a multi-disciplinary engineering development team that includes controls engineering, power conversion design, mechanical design, control hardware design, and Integration / Test. Test and debug of prototype and production power supply assemblies. Design verification testing of completed products. Develop mixed-mode circuits for power electronics applications, to achieve high accuracy, robustness, and low power consumption. Relevant degree such as Bachelors and Masters Degree in Electrical Engineering, Electronics, Power electronics Engineering, Electrical & Power Engineering. Power electronics circuit control and motor drive. Strong understanding of power electronics fundamentals is a must. Familiar with electromagnetic field measurement chambers and equipment. Hands-on experience designing, manufacturing, developing, or testing power electronic systems. Calculation and design of power chokes, inductors, and transformers. Calculation of power losses and efficiency optimization. Knowledge about different circuit test methods. It is preferrable to have experience with power conversion technologies (e.g., DC-DC converters, solar arrays, batteries) used in spacecraft power systems. Experience in designing power distribution and management systems for small satellites or CubeSats will be an added advantage. Familiarity with radiation-hardened electronics and mitigation strategies is desirable. Previous work experience involving spacecraft power systems is highly desirable. Proficiency in using simulation tools (e.g., SPICE, MATLAB/Simulink) for power electronics analysis and simulation Experience in designing and optimizing power distribution and management systems within spacecraft, including load sharing, fault tolerance, and redundancy strategies, is beneficial. Strong problem-solving skills and a proactive approach to innovation and optimization are highly valued. Experience in collaborating with cross-functional teams and interfacing with professionals from various disciplines (e.g., electrical, systems, mechanical engineering) is beneficial. Excellent working experience with Scopes, DVMs, Network Analyzers Strong understanding of conducted and radiated noise sources and their mitigation techniques in power electronic and analog systems. Experience in supervision of PCB layout for minimal stray parameters, power/signal plane definition for EMC optimization. Knowledge of Power Electronic Control algorithms including Matlab/Simulink Application.

Work as an integral part of a multi-disciplinary team to support the design and development (integration, alignment and test) of optical and opto-mechanical components, subsystems and electro-optical payloads to be flown on satellites. Perform design and analysis of opto-mechanical designs while taking care of required performance over environmental ranges and reliability requirements. Devise full system that integrate mechanical, optical, electrical and electronics components by translating optical requirements and sensitivities into mechanical requirements. Perform system alignment and mechanical calibration during assembly and testing. Write and review procedures and other documentation under the direction of project leader. Participate in the procurement process for engineering services and fabrication of required systems, including identification of potential vendors, preparation of technical specifications and participation in the selection process. Exercise best practices during assembly, integration, and test of space hardware. Perform other duties as assigned. Azista s Aerospace & Satellite division specializes in designing, developing, manufacturing, and testing of satellites, sub- systems, payloads and sat-com products. Azista in partnership with Berlin Space Technologies GmbH (BST) has built the India s largest private satellite mass manufacturing plant. Azista is looking is looking for an energetic and enthusiastic immediate hire for the role of opto-mechanical engineer to be part of our payloads team. The engineer would be part of the team, that would realize variety of optical telescopes. Bachelor s/Master s degree in Mechanical Engineering. 3 -4 years of work experience. Experience with CAD such as INVENTOR or SOLIDWORKS. Experience with FEA modeling tools such as ANSYS/NASTRAN. Fundamental knowledge of designing optical subassemblies, including design of optical mounts and structure. Fundamental knowledge of tolerance analysis of opto-mechanical design, including the use of Geometric Dimensioning and Tolerancing. Fundamental knowledge of mechanical fabrication and testing process. Ability to collaborate successfully within a multidisciplinary team. Sufficient verbal and written communication skills. Comprehensive knowledge of moderately complex to complex opto-mechanical design and one or more mechanical design/analysis code (eg. INVENTOR/SOLIDWORKS). Comprehensive knowledge of FEA modeling tools to compute optical surface deformation due to the effects of mounts, gravity and thermal variation. Comprehensive knowledge of computing optical surface deformation using Zernike coefficients. Working knowledge of space hardware design, test and operation. Experience in using metrology tools for integration, alignment and verification of optical payloads. Experience in the field of mechanical fabrication and testing process. Inclusion and diversity are critical to the success of Azista, and we actively encourage applications from people of all backgrounds. We are committed to providing equal employment opportunity without regard to race, colour, caste, religion, sex, sexual orientation, gender identity, age, national origin, disability, status as a protected veteran, or any other protected category. Opto-Mechanical Engineer Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

Spacecraft electrical systems engineer (L1 / L2) Employment Type: Full Time Extreme ownership of all aspects of electrical hardware development, from requirements definition through design, prototyping, fabrication, testing, and integration Responsible for the core avionics of spacecrafts, including digital and analog systems. Develop system and component requirements, interfaces, and ensure subsystem harness compliance to spacecraft requirements. Build and maintain spacecraft budgets including power, communication, instrumentation channel allocations, etc. Work with inter-disciplinary and cross functional teams to determine solutions for thermal and environmental management, electrical interfaces, system integration and environmental tests at both subsystem and spacecraft level Support system-level hardware-in-the-loop development and test Support component level and integrated test and operations to verify performance w.r.t specifications Close collaboration with spacecraft thermal engineering to dissipate generated heat Verification and qualification of designs to spacecraft environment Validate integration through development of hardware in the loop simulator. Participate and get approvals for electrical configurations in internal design reviews Minimum of a Bachelor s degree in electrical, electronics, aerospace engineering or equivalent 6+ years of working experience with avionics system design and model-based systems engineering Excellent understanding of principals of electronics and electrical engineering across various disciplines Experience performing trade-off studies and sensitivity studies to determine preferred electrical design features and functionality Experience with high-level design and operational understanding of electronic components (power supplies, embedded systems, RF and digital systems) Conceptual understanding of key spacecraft subsystems and their associated components, including attitude determination and control, spacecraft electrical power systems, space-ground communications, on-orbit command and data handling, and thermal control Experience in the QA processes including hardware and software verification and validation process for avionics systems Experience in industry standard root cause corrective analysis techniques, such as fault tree and fishbone analysis Experience developing and maintaining detailed multi-tier schedules and program-level budgets is desirable Experience with environmental testing, radiation, thermal cycling, TVAC, vibration, shock, etc. Experience with circuit design and simulation, schematic capture, and PCB layout Experience in industry standard root cause corrective analysis techniques, such as fault tree and fishbone analysis Experience developing and maintaining detailed multi-tier schedules and program-level budgets. Apply for a Spacecraft electrical systems engineer (L1 / L2) Position Azista BST Aerospace Plot No. 16, Sanand Land Industrial Estate Corporation, Sarkhej-Sanand Road, Ularia, Sanand, Ahmedabad, Gujarat, India - 382 210. Registered Office Sy.No 80-84, Melange Towers, 4th Floor, C Wing, Patrika Nagar, Madhapur, Hyderabad, Telangana, India - 500 081.

Job description Electronics Circuit design engineer shall provide high-level analysis for on-chip circuit architectures and assessing trade-offs to ensure specification compliance constrained power and area. Abilities Required: Design and develop circuits for embedded electronics applications. Verify functionality and robustness of electrical design. Develop and maintain design, analysis, test plan and test result documentation. Take designs through productization and be involved in all stages of development. Work with cross functional teams to optimize the designs. Be the interface to the customer in technical interactions, feasibility analysis, design reviews, parameter estimations (like Power/Area). Apply knowledge of broad engineering principles and collaborate with other engineering disciplines to meet all product requirements. Organize design effort on technically challenging designs to meet cost and schedule requirements. Proficient in all aspects of circuit design for custom digital blocks including schematic entry, functional verification, static timing analysis, Noise analysis, Reliability Verification Qualification: Experience with circuit design and worst-case circuit analysis / simulation Experience using schematic-capture tools and circuit simulation tools. Familiarity with Electromagnetic Compatibility issues associated with board layout and circuit design. Experience with thermal constraints of circuit design and fundamentals of heat transfer Proficient in both analytical skills and hands-on work Familiarity with electronics manufacturing technologies (at the board level) Knowledge of electronic circuits and components Knowledge of microcontrollers, power supply circuits, and inverter circuits Minimum of 2 years experience work on digital and analog circuit design, computer architecture, data structures in any programming language. Education Relevant Masters and bachelor s degree in Electronics Design Engineering, Electrical Engineering, Electronics Engineering. Desired experience for circuit design engineer includes: Broad circuit design and implementation knowledge with significant depth. Knowledge of package substrate, board design and power delivery. Working knowledge of Cadence custom design tools, various circuit simulators like Hspice, XA, FineSim, Spectre Working knowledge of Verilog, Nanotime, Matlab Hands on with Lab test and measurement equipment Requires strong fundamental understanding of transistor level analog design designs in deep submicron process. Apply for a Electronics Circuit Design Engineer Position Full name Contact number Email address Qualification Working experience

for all electrical design of semiconductor-based solutions for AC and DC used in our HVDC transmissions. As part of your daily tasks, you will coordinate the work within calculations of HVDC and SVC valves, including voltage design, as well as loss and thermal calculations.Co-ordinating with cross functional teams globally to ensure the delivery of the project. Provide technical trainings to the customer while delivering the projects. How you ll make an impact: You will be responsible for electrical design of semiconductor-based solutions for AC and DC used in HVDC transmissions and responsible for the design of the optical current transducers. You will be coordinating the work within calculations of HVDC and smart valves including voltage design as well as loss and thermal calculations. Understanding and design of electrical power systems Specifying, testing and ensuring execution is according to current standards and customer specifications. Design of power converters used in applications like HVDC/Flexible AC transmission system/Power Quality etc. Responsible to create the specification, technical reports and related documents in accordance with the requirements, established formats and the general instructions. Responsible to create the cost calculation and design for the products based on the request from the customers. Review and analyze a variety of engineering data, Customer Specifications, documents & reports. Responsible to ensure compliance with applicable external and internal regulations, procedures, and guidelines. Living Hitachi Energy core values of safety and integrity, which means taking responsibility for your own actions while caring for your colleagues and the business. Your background: A bachelor s degree in electrical engineering and Master of Engineering with specialization in Power Electronics. You should have minimum 1 to 3 years of experience in Power Electronics, Optical measurement devices and Power equipment s. You must have knowledge in HVDC system design, Converter design, IEC/IEEE standard, semiconductor and its functional features and design and FACTS. You must have e xperience of tools such as MATLAB, PSCAD, Mathcad and LTspice. Preferred with script language like Python Extensive knowledge of Power Electronics & Power system equipment and firmware knowledge is plus. Strong communication and interpersonal skills, with the ability to collaborate effectively with cross-functional teams. Attention to detail and a commitment to delivering high-quality digital solutions. .

Job Area: Engineering Group, Engineering Group > Systems Engineering General Summary: We are looking for a highly skilled and experienced Thermal and Peak Current Limits Performance Engineer to join our engineering team. In this role, you will be responsible for ensuring the thermal performance and peak current limits of our products. You will collaborate with cross-functional teams like architecture, power and design to analyze, and optimize thermal systems, peak current contraints and components, ensuring they meet performance and reliability standards. Key Responsibilities: Thermal Analysis and Design: Conduct detailed thermal analysis and design for various components and systems to ensure optimal performance and reliability. Must requirement: Understanding of general Power HW/SW and Limits Management HW/SW architecture and framework Desirable to understand CPU, graphics and AI HW engine and architecture Understanding of Powe grid and chipset architecture Ability to analyze and deep dive into Limits throttling mechanisms effectives, efficiencies, latencies and Performance Ability to debug and analyze Power Thermal Performance issues Hands ON for characterization and profiling of Power, thermal and electrical spec Handling measuring equipment for Power and thermal Peak Current Limits Analysis: Evaluate and optimize peak current limits to ensure safe and efficient operation of electrical systems. Simulation and Modeling: Knowledge on Utilize advanced simulation and modeling tools to predict thermal behavior and peak current limits, identifying potential issues is desirable Testing and Validation: Develop and execute test plans to validate thermal performance and peak current limits, ensuring compliance with design specifications. Performance Optimization: Identify and implement strategies to optimize thermal performance and peak current limits. Collaboration: Work closely with design, chipset/platform architecture, and product test teams to integrate thermal and peak current solutions into product development. Documentation: Prepare comprehensive technical reports and documentation to support design decisions and project milestones. Problem Solving: Troubleshoot and resolve thermal and electrical-related issues in existing products and during the development phase. Providing HW and SW Limits Mechanism solutions to manage thermal and electrical risks Proficiency in system level debug analysis, efficient usage of Power performance tools for debug and providing detailed analysis Innovation: Stay updated with the latest advancements in thermal engineering and peak current limits, applying innovative solutions to improve product performance. Qualifications: Education: Bachelor's or Master's degree in Electrical/Electronics & communications Engineering, Mechanical Engineering, Thermal Engineering, or a related field. Experience: Minimum of 7+ years of relevant experience in area of Power, Thermal and limits management analysis, design, and optimization Technical Skills: Knowledge and good understanding of thermal simulation software (e.g., ANSYS, COMSOL), CAD tools, and data analysis, is added advantage. Analytical Skills: Strong analytical and problem-solving skills with the ability to interpret complex data. Communication: Excellent verbal and written communication skills to effectively collaborate with cross-functional teams. Attention to Detail: High level of attention to detail and accuracy in work. Team Player: Ability to work effectively in a team environment and contribute to team success. Preferred Qualifications: Experience with thermal management and peak current limits in electronics or semiconductor industries. Knowledge of industry standards and regulations related to thermal performance and peak current limits. Familiarity with thermal testing equipment and methodologies. Minimum Qualifications: Bachelor's degree in Engineering, Information Systems, Computer Science, or related field and 4+ years of Systems Engineering or related work experience. OR Master's degree in Engineering, Information Systems, Computer Science, or related field and 3+ years of Systems Engineering or related work experience. OR PhD in Engineering, Information Systems, Computer Science, or related field and 2+ years of Systems Engineering or related work experience.

Job Area: Engineering Group, Engineering Group > Software Engineering General Summary: 10+ years of experience in the embedded domain to design, develop and support software solutions on multi-core ARM (V7A or V8A)/CPUs, Strong C/C++ programming skills. Embedded Platforms experience including low-level firmware, kernel (Linux or QNX), Hypervisor/Virtualization and user-space components. Design and development of software for heterogeneous compute platforms consisting of ARMs, GPUs, DSPs, and specialized hardware accelerators in an embedded SoC systems with J-TAG or ICE debuggers. Experience in real-time SW development for embedded products. Hands-on experience using JTAG to debug real-time problems Hands-on experience using different version control systems like perforce, GIT Expertise in Development of PCI RC/EP Device Driver. Expertise in writing kernel space device drivers in areas of MMU, Power(clocks/thermal). Solid understanding of Linux/QNX boot flow on embedded systems. Solid understanding of computer system architecture (core, cache, memory models, bus architecture, etc.). Experience in Board Bring-up, Device drivers, peripheral buses (SPI, I2C, USB), Memory controller DDR, eMMC, UFS and Performance. Solid understanding of different debug methods offered by Linux Kernel/QNX. Motivated self-starter with excellent verbal and written communication skills, demonstrated ability to work with engineers/partners/customers across different geographies. Hands-on technical lead who is not hesitant to dig into the details where needed to get first-hand knowledge of the issues and play an active and personal role in steering team success Collaborate with internal teams and external partners on analysis and debugging. Minimum Qualifications: Bachelor's degree in Engineering, Information Systems, Computer Science, or related field.

Job Area: Engineering Group, Engineering Group > Mechanical Engineering General Summary: As a leading technology innovator, Qualcomm pushes the boundaries of what's possible to enable next-generation experiences and drives digital transformation to help create a smarter, connected future for all. As a Qualcomm Mechanical Engineer, you will design, analyze, troubleshoot, and test electro-mechanical systems and packaging. Qualcomm Engineers collaborate across functions to provide design information and complete project deliverables. Minimum Qualifications: Bachelor's degree in Mechanical Engineering or related field and 2+ years of Mechanical Engineering or related work experience. OR Master's degree in Mechanical Engineering or related field and 1+ year of Mechanical Engineering or related work experience. OR PhD in Mechanical Engineering or related field. Job Overview The successful candidate will operate as a member of Corporate Engineering department. Responsibilities include working with US and India teams to conceptualize and design high performance electronic assemblies for Mobile, Modem, Compute, Auto, IOT etc. Specific tasks include daily use of Creo solid modeling software, concept layouts, defining rigid and flexible circuit board outline and mounting constraints, electronic file transfers to/from circuit board CAD designers, shielding/gasket design, design of mechanical parts and system assemblies, creating detailed mechanical drawings, specifying dimensional tolerances and tolerance stackups, creating BOMs for assemblies, working with internal teams for optimal selection of batteries, displays, and audio components, working with internal machine shop for prototypes, and working with external suppliers for design collaboration and fabrication, including injection molded tooling. Candidate will perform thermal analysis and simulations needed for the system design and enable heatsink designs and cooling requirements, work with Flotherm, Ansys ICEPAK, and other simulation tools as needed. The candidate will interface with internal staff and outside partners in the fast-paced execution of a variety of multi-disciplined projects. Leadership skills are expected on all projects to help direct, capture and interface with outside consultants. Minimum Qualifications 2+ years actively involved in the mechanical engineering, Thermal Engineering and design of high-density electronics packaging. 2+ years’ experience in a mechanical / Thermal engineering role designing electronics products / systems. Solid modeling experience utilizing Creo, Simulation experience in Flotherm or ANSYS icepak. Preferred Qualifications Expected to possess a strong understanding of mechanical engineering, thermal engineering and design fundamentals. Experience with defining outline, mounting, and I/O constraints of electronic circuit boards. Demonstrated ability for tolerance analysis and specification, including GD&T fundamentals. Demonstrated success in working with HW, component engineering, and other cross functional teams. Demonstrated success in working with HW and thermal analysis teams for appropriate thermal mitigation techniques. Solid understanding of design fundamentals for CNC, injection molded and stamped metal parts. Demonstrated ability working with supplier base for successful design collaboration and volume production. Strong experience with Creo solid model assembly, part, and drawing creation and Data storage. Experience with top-down skeleton model structuring and master model design techniques within Creo. Experience with IDF/EMN file exchange between mechanical and HW teams. Understands project goals and individual contribution toward those goals. Effectively communicates with project peers and engineering personnel via e-mail, web meetings, and instant messaging including status reports and illustrative presentation slides. Interact and collaborate with other internal mechanical engineers for optimal product development processes and schedule execution. Possess excellent verbal and written communication skills Leadership skills to help direct, prioritize, and clearly set project tasks per schedule. Communicate milestones and directions to outside team members.

Principal Systems Development Engineer Our customers system requirements are usually highly complex. Bringing together hardware and software systems design, Systems Development Engineering operates at the very cutting edge of technology to meet them. We design and develop electronic and electro-mechanical or systems-orientated products, conduct feasibility studies on engineering proposals and prepare installation, operation and maintenance specifications and instructions. We re proud to deliver programs and products to the highest quality standards, on time and within budget. Join us to do the best work of your career and make a profound social impact as a Principal Systems Development Engineer on our Systems Development Engineering Team in Bangalore. What you ll achieve As a Principal Systems Development Engineer, you will design, define and implement complex system requirements for customers and prepare studies and analyses of existing systems. You will: Collaborate across global stakeholders for successful time critical releases & deliver projects by performing effective and efficient test planning and execution. Review and evaluate software/storage specifications for products and systems and define test strategies based on those to implement new test methodologies best practices and efficiency factors. Contribute to the development and implementation of test strategies for complex system management software products and for Dell servers and systems Take the first step towards your dream career Every Dell Technologies team member brings something unique to the table. Here s what we are looking for with this role: Essential Requirements 8 to 13 Years of industry testing experience in System Mgmt, Server, Storage domain. Proven expertise in System Management Domain especially in the area of Thermal/Power or GPU Validation with respect to system management and demonstrated with designing and implementing test strategy, HLD/B-spec assessments etc. Good knowledge of embedded software/firmware architecture; platform/server hardware architecture, operating systems; firmware; BIOS; network; GPU, device drivers; system and associated tools and utilities. Proven competency on handling complex system management releases by collaborating across multiple stake holders & working with architecture/design teams to provide inputs/influence design & define validation strategy based on the same & supporting validation leads. Strong verbal/written communication skills to collaborate and influence stakeholders & internal teams Desirable Requirements Bachelor s degree in computer science or equivalent field. Good analytical skills, attention to detail with excellent written and verbal communication, interpersonal skills & work both independently and as part of a team. Application closing date: 07th July 2025

Job Description Responsibilities: Build, train, and benchmark ML models (e.g. LSTM, XGBoost) for battery State-of-Health (SOH), Remaining Useful Life (RUL), and degradation prediction. Analyze large-scale battery performance data to extract actionable insights. Develop anomaly and event detection algorithms for safety-critical battery threats. Create predictive maintenance models to forecast battery failures and degradation. Validate and benchmark model performance using real-world and simulated datasets. Work with the product team to ensure integration of developed models. Stay updated with the latest research in battery modeling and machine learning techniques. Research and collaborate with the team to incorporate electrochemical knowledge into ML models. Qualifications Preferred Skills & Tools: Python (Pandas, NumPy, Scikit-learn, PyTorch or TensorFlow) Strong grasp of time-series modeling, signal processing,

Position for stator coil / bar production supervisor. Have a working experience in insulation manufacturing industry like transformer manufacturing, motor manufacturing, cable manufacturing industry. Knowledge of thermal power plant components like generators armature winding & field winding. Working experience of production in supercritical range generator manufacturing plant is added advantage. Production experience of manufacturing of stator coils / stator bars for thermal generator. Knowledge of SAP & reduction in loss hours from production process. Have a stator bar manufacturing process knowledge like. Roebeling process & its requirement in thermal coil designs Forming process Interstrand testing & repairing Header assembly & header brazing process using induction method. Taping machine usage specially from Micamation. Vacuum oven process for stator bars. Vacuum pre impregnation process for stator bars. Polymerization of stator bars. Geometry checking of stator bars. Have a good experience in working with insulation like mica tape, epoxy resin semi conductive tapes & insulation materials. Understand the purpose of insulation system Have an experience of electrical testing like tan delta measurement, high voltage testing of insulation system. Handle shift activities including planning & execution of work. Report shift efficiency in SAP. Have working experience with unionist workmen & taking output from them. Knowledge of ISO9001, 50001, 45000, 14001 standards. Able to study drawings & guide workmen to execute jobs based on drawing inputs. Electrical machines knowledge for minor troubleshooting & maintenance work. Understand importance of 5S, Safety at workplace & Kaizen for continuous improvements. Responsible for day-to-day assembly and production operations on the shop floor. To Ensure that production targets are met efficiently, safely, and in compliance with quality standards. Supervise and coordinate assembly/production line activities and personnel. Assign tasks and monitor performance to ensure production goals are achieved. Ensure adherence to safety regulations and company policies. Monitor quality of assembled components/products and take corrective actions as needed. Maintain production schedules and ensure timely completion of work orders. Track and report daily production metrics and downtime. Implement and support 5S or other process improvement initiatives Knowledge of electrical insulation materials and electrical winding techniques (transformers, motors, coils) is an advantage. Ability to read and interpret electrical schematics, wiring diagrams, and technical drawings. Proficiency with MS Office and ERP/MRP systems.

Position for stator coil / bar production supervisor. Have a working experience in insulation manufacturing industry like transformer manufacturing, motor manufacturing, cable manufacturing industry. Knowledge of thermal power plant components like generators armature winding & field winding. Working experience of production in supercritical range generator manufacturing plant is added advantage. Production experience of manufacturing of stator coils / stator bars for thermal generator. Knowledge of SAP & reduction in loss hours from production process. Have a stator bar manufacturing process knowledge like. Roebeling process & its requirement in thermal coil designs Forming process Interstrand testing & repairing Header assembly & header brazing process using induction method. Taping machine usage specially from Micamation. Vacuum oven process for stator bars. Vacuum pre impregnation process for stator bars. Polymerization of stator bars. Geometry checking of stator bars. Have a good experience in working with insulation like mica tape, epoxy resin semi conductive tapes & insulation materials. Understand the purpose of insulation system Have an experience of electrical testing like tan delta measurement, high voltage testing of insulation system. Handle shift activities including planning & execution of work. Report shift efficiency in SAP. Have working experience with unionist workmen & taking output from them. Knowledge of ISO9001, 50001, 45000, 14001 standards. Able to study drawings & guide workmen to execute jobs based on drawing inputs. Electrical machines knowledge for minor troubleshooting & maintenance work. Understand importance of 5S, Safety at workplace & Kaizen for continuous improvements. Responsible for day-to-day assembly and production operations on the shop floor. To Ensure that production targets are met efficiently, safely, and in compliance with quality standards. Supervise and coordinate assembly/production line activities and personnel. Assign tasks and monitor performance to ensure production goals are achieved. Ensure adherence to safety regulations and company policies. Monitor quality of assembled components/products and take corrective actions as needed. Maintain production schedules and ensure timely completion of work orders. Track and report daily production metrics and downtime. Implement and support 5S or other process improvement initiatives Knowledge of electrical insulation materials and electrical winding techniques (transformers, motors, coils) is an advantage. Ability to read and interpret electrical schematics, wiring diagrams, and technical drawings. Proficiency with MS Office and ERP/MRP systems.