44 Thermal Management Jobs

Job Description: As a Mechanical Engineer specializing in Power Electronics Product Design, you will play a crucial role in our team dedicated to innovating and creating cutting-edge power electronics products. Your primary focus will be on designing and developing mechanical components that adhere to industry standards while incorporating key design principles. Your expertise in areas such as thermal management, material knowledge, and FEA will be essential to drive the success of our products. Your responsibilities will involve developing and optimizing mechanical designs for power electronics products, utilizing advanced design tools for 3D concept design, and ensuring compliance with industry standards. You will apply core mechanical design rules to enhance product reliability and performance, implement efficient thermal management solutions, and design for IP ratings to protect against dust and moisture ingress. Collaboration with cross-functional teams to integrate mechanical designs with electrical and thermal requirements will be a key aspect of your role. Your qualifications should include a Bachelor's or Master's degree in mechanical engineering or a related field, along with hands-on experience with CAD tools and thermal analysis software. Proficiency in 3D concept design, component placement strategies, and a keen eye for problem-solving and attention to detail are essential for success in this role. If you are passionate about pushing the boundaries of mechanical design in the realm of power electronics and possess the skills and qualifications mentioned above, we encourage you to submit your updated resume to karthik.s@marutee.com. This position offers opportunities for part-time or contractual/temporary employment, with a requirement for in-person work. We look forward to welcoming a talented Mechanical Engineer like you to our team, where you can contribute to shaping the future of power electronics products through innovative design and engineering solutions.,

You will be part of our engineering team as an experienced 3-Phase AC Induction Motor Designer. Your primary focus will be on designing and developing efficient and reliable induction motors for various applications. Your responsibilities will include designing and developing 3-phase AC induction motors while ensuring compliance with industry standards. You will conduct performance analysis and simulations to optimize motor efficiency, torque, and operational reliability. Collaboration with cross-functional teams such as mechanical, electrical, and manufacturing engineers will be essential to integrate motor designs into larger systems. You will utilize CAD software and specialized motor design tools to create detailed design documents and schematics. Testing and validation of prototypes will be part of your role, and you will analyze results to refine designs as needed. It will be important to stay updated with industry trends, emerging technologies, and regulatory changes that impact motor design and performance. Technical support during the manufacturing process and troubleshooting in the field will be required from you. Additionally, you will prepare and present design reports, technical specifications, and project documentation. The qualifications for this role include a Bachelor's degree in Electrical Engineering or a related field, while a Master's degree is considered a plus. You should have proven experience in designing 3-phase AC induction motors and possess knowledge of electromagnetic design principles. Proficiency in CAD software (e.g., AutoCAD, SolidWorks) and simulation tools (e.g., ANSYS, MATLAB, MOTORSOLVE) is essential. A strong understanding of motor control theory, thermal management, and vibration analysis is required. Experience with international motor standards (e.g., IEC, NEMA) is preferred.,

Transportation lies at the heart of modern society, with an incredible potential to shape sustainable transport and infrastructure solutions for the future. If you are passionate about making a global impact and working with cutting-edge technologies alongside collaborative teams, this opportunity might be the perfect match for you. As a Cab Climate System Engineer in the Thermal Management Vehicle System and Products team, you will play a crucial role in developing, delivering, and maintaining optimized cab climate and vehicle cooling & heating systems for various truck brands within the Volvo Group. Your responsibilities will include identifying customer needs, prioritizing development activities, leading concepts to reality, and driving the technological transformation of the thermal organization. Joining the Thermal Management Sub Stream within the Vehicle Motion and Thermal Management department, you will contribute to the development of future Volvo Group Thermal Management systems and functions. By leveraging your expertise in Thermal/Mechanical/Mechatronics Engineering and more than 10 years of experience, you will develop robust time plans, validate designs, collaborate with cross-functional teams, and stay updated on industry trends and best practices related to cooling/heating systems and thermal management. Your role will involve defining CAB Climate functions, supporting performance targets, analyzing system performance virtually, verifying test outcomes, ensuring legal and certification requirements, leading System FMEA, managing Q-Tools, and guiding junior team members within the Thermal Management groups. You will work on projects within the whole Volvo GTT organization, collaborating closely with global cross-functional teams to drive progress and innovation. Volvo Group values diversity, equity, and inclusion, providing a safe and supportive environment for personal and professional growth. If you are ready to contribute to sustainable transportation solutions, join us in shaping the future of efficient, safe, and sustainable transport solutions at Volvo Group. Let's drive progress together and make a positive impact on modern life.,

Job Description: E Control Devices is a pioneering company in the EV sector in India, providing innovative and sustainable solutions to EV manufacturing companies worldwide. As a trusted authorized channel partner of globally renowned companies, we support clients in R&D, Prototype, and Bulk requirements, specializing in Thermal Solutions, Bonding Solutions, Connecting Solutions, and Protecting Solutions for various industries. Our high-quality thermal interface materials with low thermal impedance, high thermal conductivity, and other beneficial properties play a crucial role in improving the thermal management of EV batteries for enhanced performance and safety. We are looking for a Performance Specialist to join our team at E Control Devices in Faridabad. As a Performance Specialist, you will be responsible for day-to-day tasks related to performance management, data analysis, and performance testing to ensure optimal performance of EV components and systems. Qualifications: - Analytical Skills and Data Analysis skills - Excellent Communication skills - Experience in Performance Management - Experience in Performance Testing - Strong problem-solving abilities - Knowledge of EV sector and thermal management is a plus - Bachelor's degree in Engineering or related field If you are passionate about performance management, data analysis, and improving the performance of EV components, we would love to hear from you. Join our team at E Control Devices and be a part of our mission to provide sustainable solutions to the EV industry worldwide. Contact Number: 9311286928,

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. At Vehicle Technology, we are passionate about shaping tomorrow's technology to create excellent sustainable transport and infrastructure solutions to make the world a better place for future generations. We provide innovative, safe, and driver-friendly solutions, develop top-quality services, and make customer operations more efficient using excellent data insights. We support the Volvo Group engineering community with cutting-edge tools and methods. Thermal Management is a department within Vehicle Technology responsible for developing, delivering, and maintaining optimized cab climate and vehicle cooling & heating systems for all types of propulsion installations to all truck brands within the Volvo Group. The department is responsible for leading the work with strategies and advanced engineering globally. Located at Bangalore, Curitiba & Gothenburg, the team collaborates closely with vehicle engineering sites in the USA, Brazil, France, and Australia. Join the Thermal Management Sub Stream, within the Vehicle Motion and Thermal Management department, and embark on the journey to develop the future Volvo Group Thermal Management systems and functions. As a Senior ECU / Electronics Cooling System engineer in the Thermal Management Vehicle System and Products team, you will be responsible for identifying customer needs, prioritizing development activities, and leading concepts and ideas to reality that will drive the technological transformation of the thermal organization. In this role, you will contribute to an organization dedicated to technology, people, and performance, where customer satisfaction is the ultimate performance measurement. To succeed in this role, we are looking for someone with ME/MTech/BE/BTech in Thermal/Mechanical/Mechatronics Engineering or similar with more than 6 years of relevant experience. You should have in-depth knowledge of the product development life cycle, change management activities for maintenance, and experience in developing robust time plans and roadmaps for systems and components. Solid hands-on experience in developing Electronics cooling and heating systems, estimating heat loads of different electronic components, and working knowledge of Cab Climate systems & components are required. Additionally, experience in leading small teams, knowledge of ECU HW components, and familiarity with Future Technologies, 1D Simulations, and material selection are preferred qualifications. In this role as a Senior Engineer ECU / Electronics Cooling System, you will fulfill responsibilities such as System Engineer / Engineering Task leader for Electronics and ECU cooling, ownership of complete QDCF in deliverables, leading cross-functional teams, securing system and End User Function requirements, and guiding junior staff within the team. You will also be accountable for managing Thermal Components and System development and initiating and leading Advanced Engineering work in your area of responsibility. This role involves working in projects within the whole Volvo GTT organization and collaborating closely with global cross-functional teams. Volvo Group believes in diversity, equity, and inclusion and offers a safe environment to grow. Join us in shaping the future of sustainable transportation solutions and driving progress together.,

At Capgemini Engineering, the global leader in engineering services, we bring together a diverse team of engineers, scientists, and architects to assist the world's most innovative companies in realizing their potential. Our digital and software technology experts, ranging from autonomous cars to life-saving robots, provide unique R&D and engineering services across various industries. A career with us offers countless opportunities to make a difference, where each day presents new challenges and experiences. We are seeking a talented and experienced Electromechanical Engineer to join our Engineering Development (EDEV) team. The ideal candidate should possess 4 to 6 years of experience in mechanical design, with a solid foundation in mechanical engineering principles and a strong enthusiasm for creating innovative electromechanical systems. **Key Responsibilities:** - Design and develop mechanical components and assemblies for electromechanical systems. - Collaborate with electrical and systems engineering teams to ensure seamless integration of mechanical and electrical subsystems. - Create and manage 3D models, 2D drawings, and engineering documentation using CAD tools. - Conduct tolerance analysis, DFMEA, and design validation activities. - Support prototype development, testing, and design iterations based on performance feedback. - Ensure compliance with industry standards, manufacturing feasibility, and cost targets. **Qualifications:** - Bachelor's degree in Mechanical Engineering or a related field. - 4 to 6 years of experience in mechanical design, preferably in electromechanical product development. - Proficiency in CAD tools (e.g., CATIA, SolidWorks, Creo). - Strong understanding of mechanical systems, materials, and manufacturing processes. - Experience working in cross-functional teams and product development environments. **Preferred Skills:** - Exposure to electromechanical integration, thermal management, or vibration analysis. - Familiarity with PLM systems, engineering change management, and design documentation. - Excellent problem-solving, communication, and project coordination skills. Capgemini is a global business and technology transformation partner, dedicated to accelerating organizations" transition to a digital and sustainable world while delivering tangible impact for enterprises and society. With a diverse team of over 340,000 members across 50 countries and a legacy of over 55 years, Capgemini is a trusted partner for clients seeking to leverage technology to meet their business needs comprehensively. The company offers end-to-end services and solutions, combining strategy, design, engineering, and market-leading capabilities in AI, generative AI, cloud, and data, supported by deep industry expertise and a robust partner ecosystem.,

You will be joining our engineering team as an experienced 3-Phase AC Induction Motor Designer. Your role will involve designing and developing efficient and reliable induction motors for various applications while ensuring compliance with industry standards and specifications. Your key responsibilities will include conducting performance analysis and simulations to optimize motor efficiency, torque, and operational reliability. You will collaborate with cross-functional teams to integrate motor designs into larger systems and utilize CAD software and specialized tools to create detailed design documents and schematics. Additionally, you will be responsible for testing and validating prototypes, analyzing results to refine designs, staying updated with industry trends and technologies, and providing technical support during the manufacturing process and troubleshooting in the field. You will also prepare and present design reports, technical specifications, and project documentation. To qualify for this role, you should have a Bachelor's degree in Electrical Engineering or a related field, with a Master's degree being a plus. You should have proven experience in designing 3-phase AC induction motors, proficiency in CAD software and simulation tools, a strong understanding of motor control theory, thermal management, and vibration analysis, as well as experience with international motor standards.,

You are a skilled Battery Management System (BMS) Engineer with a solid understanding of BMS architecture, components, and safety features. You have experience in failure analysis, problem-solving, and Li-Ion battery assembly, including cylindrical, pouch, and prismatic cells. Your expertise extends to LV and HV battery system handling. Your role involves developing and integrating new processes in the New Product Development Stage (NPDS). This includes design for assembly (DFA), design for safety (DFS), design verification analysis (DVA), ergonomics, and cable routing. You will be working on BMS architecture, focusing on SOC, SOH, cell balancing, fault detection, safety controls, and protection algorithms. A deep understanding of thermal management, energy management, and life optimization algorithms is essential for this role. Your experience with communication protocols such as RS485, Modbus, and CAN is crucial. You must be able to implement custom communication protocols provided by BMS manufacturers. Proficiency in preparing SOPs, work instructions, and quality checklists is required. Familiarity with battery chemistries like NMC and LiFePO4 and knowledge of their impact on BMS behavior are necessary. Knowledge of functional safety standards (e.g., ISO 26262) is considered a plus. You should also be capable of integrating BMS data into higher-level systems or dashboards for monitoring and control. Your responsibilities will include designing, developing, and testing embedded software and firmware for BMS applications. You will integrate and configure BMS hardware, including microcontrollers, sensors, and communication interfaces. Implementing state-of-charge (SOC), state-of-health (SOH), and cell balancing algorithms will be part of your tasks. Collaboration with hardware engineers, compliance with requirements, and developing diagnostic tools will also be crucial aspects of your role. Documenting software design, validation protocols, and change logs is also expected. Your qualifications should include a B Tech in ECE/EEE, and you should have at least 2 years of experience in battery management systems. The location for this position is Technopark, Thiruvananthapuram. Your skills should encompass various aspects related to BMS architecture, NPDS, thermal management, state-of-charge algorithms, and more as mentioned in the job description.,

You will be responsible for translating complex schematics into optimized PCB layouts, ensuring high-current traces, controlled impedance, and effective thermal management. Your role will involve integrating key components such as high-power converters, switching regulators, EMI filters, inductors, and capacitor banks into cohesive designs. Additionally, you will be developing detailed schematics for high-power charging systems, which includes AC/DC and DC/DC converters, pre-charge circuits, and protection circuitry. This is a full-time, permanent position that requires your expertise to be applied in person at the work location.,

You will be responsible for defining and owning the technical vision, architecture, and roadmap for power electronics systems. This includes leading the design, simulation, prototyping, and validation of high-efficiency rectifier and DC-DC converter systems ranging from 10 kW to over 5 MW. Innovation in cost-effective, scalable, and high-efficiency power conversion for electrolyzer stacks will be a key focus. Collaboration with mechanical, thermal, and systems engineering teams will be essential to co-optimize packaging, cooling, and integration. You will also be tasked with recruiting, mentoring, and leading a multidisciplinary team of power electronics engineers and technicians. Managing relationships with component vendors, contract manufacturers, and external design partners will be part of your responsibilities. Ensuring compliance with relevant grid codes, EMC/EMI standards, UL, IEC, IEEE, or other regulatory frameworks is crucial. Working closely with Product, Manufacturing, and Operations teams to align technical goals with commercial requirements will be necessary. Supporting the development of internal and external IP strategy in power electronics and system design is also a key aspect of the role. You will guide the firmware architecture, coding standards, testing, and release processes to ensure high reliability and maintainability. Close integration of firmware co-development with hardware design for optimal system-level performance will be required. Collaboration with systems and stack engineering to align control strategies with electrolyzer operational requirements is another important aspect of this position. Desired candidates for this role should have a Masters or Ph.D. in Electrical Engineering or a related field with a focus on power electronics. A minimum of 18 years of industry experience in power electronics, including at least 5 years in leadership roles, is required. Deep understanding of AC-DC and DC-DC conversion topologies, especially in multi-kilowatt to multi-megawatt power classes, is essential. Experience with medium voltage systems and safe, reliable system design in those domains is preferred. Proven success in delivering modular, scalable, and high-efficiency electrical architectures under cost and performance constraints is highly valued. Hands-on experience with digital control systems, gate drivers, magnetics design, and thermal management will be beneficial. Strong familiarity with grid-connected systems, such as solar PV inverters, battery energy storage, or similar technologies, is an advantage. Excellent leadership, communication, and cross-functional collaboration skills are necessary for this role.,

You are Charcoal, a company dedicated to transforming everyday products through innovative design and engineering. Your mission is to elevate mundane items into functional and aesthetically pleasing essentials that enhance our daily lives. By combining creativity and technical expertise, you aim to revolutionize consumer and industrial-grade hardware that has remained unchanged for centuries. As a versatile PCB Design Freelancer at Charcoal, you will be responsible for driving schematic-to-layout workflows independently. Your role will involve creating compact, manufacturable, and robust 4-layer PCB designs, focusing on analog component selection, harness design, and power electronics. Attention to detail, design sensibility, and a profound understanding of electronics are essential for excelling in this technical freelance position, which requires your presence in Bangalore. Key Responsibilities: - Transform schematic diagrams into optimized PCB layouts, including 4-layer boards, with meticulous stack-up planning. - Select analog and power components based on application requirements, availability, cost considerations, and electrical performance. - Develop resilient power supply circuits such as buck/boost converters, LDOs, and protection mechanisms. - Define harness routing and connector positioning to ensure both electrical safety and mechanical compatibility. - Create and manage all necessary deliverables for fabrication and assembly, including Gerber files, BOM, Pick-and-Place files, and 3D views. - Apply Design for Manufacturing (DFM) and Design for Assembly (DFA) principles and engage with vendors during fabrication as needed. Required Skills: - Proficiency in PCB design tools like Altium Designer, KiCAD, Eagle, OrCAD, or EasyEDA. - Sound knowledge of analog circuit behavior, grounding techniques, and noise mitigation strategies. - Experience in harness and connector design, encompassing power, data, and control cabling. - Demonstrated expertise in multi-layer PCB stack-ups, particularly 4-layer designs for power, analog, and digital applications. - Strong understanding of DC-DC converters, battery charging circuits, and load protection mechanisms. - Ability to select components based on thermal, electrical, and mechanical specifications. - Familiarity with IPC standards, EMC/EMI best practices, and thermal management techniques. Nice to Have: - Familiarity with automotive or industrial harness standards (e.g., Molex, JST, TE connectors). - Experience in coordinating with PCB manufacturers and harness vendors, particularly in India or China. - Understanding of mechanical integration constraints within product enclosures. Deliverables: - Native PCB design files - Gerber and drill files - Bill of Materials (BOM) - Pick-and-Place files - Assembly notes - Optional 3D model - Harness diagrams or cable schedules if required Join Charcoal on its journey to redefine everyday products with exceptional design and engineering solutions. Your expertise in PCB design and electronics will play a crucial role in bringing innovation to life.,

As a Senior Engineer for the coolant system, you will be responsible for meeting the coolant requirements for systems within the vehicle. Main systems for cooling include Engine, powertrain components like gearbox, retarder, drive motors, and vehicle components/systems like EATS, Urea tank, Fuel tank and water separator. You will interact closely with Powertrain department & Thermal management engineers and cross-functional teams (XFT) to understand Routing requirements, System Architecture. Define and drive design requirements, virtual verification, and validation of different components in the coolant system in multiple projects at a time, w.r.t QDCF. Coordinate and lead the simulations related to coolant & cooling system in the area of powertrain installations. Lead and perform the FMEAs, DVP, and other quality tools for components and systems to ensure proactive quality. Influence, Drive, and secure design approval from all stakeholders, mainly suppliers, assembly and aftermarket by balancing the needs of XFT, while keeping the customer needs at the forefront. Resolve Build issues in the plant, coordinate with production continuously for smooth introduction of technology. Review the test data & approve /recommend approval of the test reports for conformance to the requirements. You will interface and present the coolant system level development status, risks & mitigation plans to the project team. Evaluate the field complaints / market issues concerning the performance of the coolant system and derive the root cause at system / component levels by analyzing the failures. Develop and execute the technology roadmap for coolant system & components for defined products by collecting the inputs and requirements from the needed stakeholders. Bring value addition to business with innovation, process efficiency, automation and many more initiatives. Contribute to Team and department goals in various activities. In your role you shall also interact and work with global teams for the coolant system & components and represent Bangalore team /site in the defined global forums. Technical mentoring and competency development of the team members, driving high engagement, keeping high standards along with the reporting manager is part of this profile. A degree in Mechanical Engineering or a related field such as BE/BTech/M. Tech/MS is required. While having 8+ years of experience is typical, recruitment will primarily be based on competency. Expertise in thermal management with a high level of proficiency in thermodynamics and fluid mechanics. Experience in the powertrain installation areas and understanding for the vehicle aggregate cooling & heating requirements. Overall vehicle level knowledge, understanding of different markets, awareness of legal requirement at system, vehicle level and exposure to customers in the field. In-depth knowledge of the product development life cycle and change management activities for maintenance. Ability to analyze and solve complex problems with an action-oriented mindset. Experience in developing DFMEA and other quality tools. Ability to assign tasks and demand deliverables from team, peers, and cross-functional stakeholders. Hands-on experience in CREO tool, 1-D simulation tools. Hot spot related simulations and tool knowledge will be an added advantage. Customer-centric mindset and a strong sense of engineering ownership in deliverables. Strong networking and interpersonal skills with good verbal and written communication. Strong technical leadership and decision-making skills. Willingness to continuously develop your skills and abilities. A self-initiator, leading tasks independently with good planning and monitoring skills. Be proactive and able to navigate through challenging issues. Ability to work in a multicultural global environment. Ability to plan and manage the work with other team members. Clearly articulate ideas, and able to influence the team positively towards shared goals.,

ScratchNest is looking for an experienced Lead Embedded Hardware Design Engineer to oversee the development of cutting-edge embedded systems for critical industrial applications. As the Lead Embedded Hardware Design Engineer, you will be responsible for leading the end-to-end hardware design process, from conceptualization to production, specifically focusing on industrial IoT applications. Key Responsibilities: - Manage the complete hardware design lifecycle for industrial IoT applications - Design complex multi-layer PCBs with high-speed digital interfaces, mixed-signal circuits, and efficient power management solutions - Develop thermal management strategies for systems operating within extreme temperature ranges (-40C to +85C) - Ensure compliance with EMI/EMC standards and obtain regulatory certifications such as FCC, CE, and IC - Architect innovative hardware solutions for IoT sensors, gateways, and edge computing devices - Provide mentorship to junior engineers and collaborate effectively with firmware and software teams Required Qualifications: - Minimum of 5 years of experience in embedded hardware design within the industrial sector - Proficiency in various communication protocols including I2C, SPI, UART, CAN, Ethernet, WiFi, LoRaWAN, Modbus, BLE 5.0 & Above - Expertise in power electronics, including switch-mode power supplies and battery management systems - Hands-on experience with environmental testing and ruggedized design for industrial environments - Bachelor's or Master's degree in Electrical Engineering or a related field What We Offer: - Competitive compensation package: 24-26 LPA (In-Hand) - Lead innovative R&D projects with direct impact on product development - Engage in cutting-edge technologies focused on loss prevention - Collaborate with a highly skilled engineering team - Professional development and growth opportunities Position Details: - Location: Noida (In-office) - Experience: 5+ years - Lead a team of 3-5 hardware engineers - Immediate joining available Join ScratchNest as the Lead Embedded Hardware Design Engineer and be part of a dynamic team driving technological advancements in the industrial IoT sector.,

Marut Drones, India's leading Industrial Drone Manufacturer based in Hyderabad, is renowned for its powerful and innovative drones. The company has developed popular models such as Agricopter for precision agriculture, Hepicopter for long-range deliveries, Seed copter for afforestation, and Marut ZAP for mosquito eradication and disease prediction. Marut Drones has received numerous prestigious awards, including the FICCI Award for Sustainable Agriculture, the Telangana State Industries Award 2022 for Best Startup, the NASSCOM Emerging Technology Award for Drones and AI, and the South India Business Award. These accolades emphasize the company's dedication to excellence, sustainability, and transformative impact across various industries. As the VP - R&D at Marut Drones, you will be responsible for leading the end-to-end product R&D and Engineering functions. Your primary focus will be on ensuring reliable, robust, and scalable hardware and integrated systems, driving innovations that result in world-class, field-validated drone systems. Key Responsibilities: **Leadership & Strategy:** - Lead the R&D/Engineering team to innovate and design products aligning with the company's vision for the UAV/UGV industry. - Develop and execute the R&D roadmap, ensuring timely project delivery in line with company objectives. **System Architecture Leadership:** - Make system-level architecture decisions across avionics, propulsion, flight control, power systems, and software stacks. - Architect robust battery systems, including smart BMS integration, power distribution, and thermal management for diverse flight profiles. **Product Reliability & Field Validation:** - Drive design-for-reliability (DFR), environmental testing, and field validation frameworks. - Implement hardware-in-the-loop (HIL) testing and performance monitoring under real-world conditions. - Champion robust component selection, mechanical durability, and compliance with EMI/EMC standards. **Reliability Engineering & Design Validation:** - Establish reliability engineering functions such as HALT, HASS, MTBF analysis, FMEA, and environmental validation. - Define lifetime targets for components and systems, lead accelerated life testing, and ensure a design for serviceability mindset. **Technology & Innovation Pipeline:** - Define and maintain a 2-3 year technology roadmap for sensors, navigation, autonomy, and AI/ML-driven analytics. - Foster an IP and innovation culture through patents, trade secrets, and new technologies like swarming and edge AI. **Manufacturability & Production Handoff:** - Collaborate with Production and QA for DFM (Design for Manufacturability) practices and ensure BOM cost vs. reliability trade-offs. **Team Management & Development:** - Manage, mentor, and grow a high-performing engineering team, emphasizing collaboration and innovation. - Set clear performance goals for team members and provide regular feedback on their progress. **Project Management:** - Ensure timely delivery of R&D projects within scope, budget, and quality standards using agile methodologies and project management tools. - Coordinate resources, prioritize tasks, and manage risks across all ongoing R&D projects. **Regulatory & Safety Ownership:** - Lead interactions with regulatory bodies and ensure compliance with global standards and certifications related to safety and flight operations. This role at Marut Drones will be instrumental in driving technological advancements and maintaining the company's position at the forefront of the industry. The ideal candidate will possess a strong blend of leadership, technical expertise, and strategic thinking to shape the future of agricultural drones. Requirements: - Proven track record in delivering hardware products with >95% field uptime. - Deep understanding of rugged electronics design, thermal & power management, and real-time systems. - Exposure to industry standards for product safety, environmental compliance, and flight certifications. - Experience in battery pack design, BMS integration, and flight endurance optimization. - Familiarity with safety standards for Li-ion systems and UAV or automotive industry exposure is preferred.,

This role involves designing innovative and efficient printed circuit boards that meet high performance, reliability, and manufacturing standards. You will be responsible for the final output review and design documentation preparation, as well as designing and developing printed circuit boards (PCBs) tailored to product performance, quality, and cost targets. Collaboration with cross-functional teams across different locations is essential to ensure timely project execution. Working closely with hardware and firmware engineers, you will create schematic diagrams based on project requirements. Utilizing advanced PCB design software, you will create precise and manufacturable board layouts, focusing on component placement and routing with an emphasis on signal integrity and thermal management. Optimization of board layout for manufacturability, assembly, and cost-efficiency is a key aspect of this role. Symbol creation, schematic drawing, footprint assignment, and board outline creation based on DXF or design drawings are also part of the responsibilities. Identifying and resolving layout-related design issues in collaboration with the engineering team is crucial, as well as supporting the continuous improvement of internal design standards and workflows. Preparing designs for design reviews and manufacturing hand-off and staying updated with the latest in PCB materials, processes, and IPC standards are also important aspects of the role. Desired Candidate Profile: The ideal candidate will have experience in designing high-density boards involving microcontrollers, mixed analog/digital circuits, and interfaces such as Ethernet, USB, I2C, SPI, etc. Proficiency in designing RF, analog, and mixed-signal PCBs is required, along with skills in PCB design tools such as OrCAD, Altium, or DipTrace. Understanding impedance-controlled circuits, stack-up trade-offs, and panel optimization is essential. A strong grasp of PCB layout best practices, signal integrity, and thermal management is necessary, as well as familiarity with IPC standards and design for manufacturability principles. Knowledge in minimizing EMI/RFI and ESD through effective design, identifying and addressing mechanical challenges in PCB design, being detail-oriented, and having excellent verbal and written communication skills are important qualities. A solid foundation in basic electronics and electromagnetics is also essential. Work Location: Ahmedabad, Gujarat Educational Qualification: Bachelor's degree in Electrical Engineering, Electronics, or a related field (preferred). Industry: Electronics,

Production Manager/ Quality Manager/Maintenance Manager//Manager/ PED (IE, ME) Manager for Automotive Components Manufacturing Korean Auto MNC. Production Manager TMS Plant CTC: 1418 LPA (up to 20 LPA for exceptional candidates) Experience: 1520 years | Qualification: DME/BE Mechanical Domain: Thermal Management Systems (EV/HVAC/Battery Cooling) Job descriptions: Production Manager - TMS Lead thermal systems manufacturing, optimize OEE using Lean tools, ensure IATF compliance, manage automated assembly lines. Maintenance Manager - TMS Oversee equipment maintenance, troubleshoot PLC/HVAC systems, implement validation protocols, reduce downtime. PED Manager - TMS Design thermal components, optimize processes via VSM/DFMEA, support NPI and cost reduction initiatives. Key Responsibilities Lead high-volume production of thermal components (heat exchangers, cooling plates, HVAC systems). Optimize OEE and implement Lean practices (5S, VSM, Kaizen) for TMS assembly lines. Validate thermal processes (IQ/OQ/PQ) and ensure compliance with IATF 16949/ISO 9001 . Manage automated systems (PLC-controlled screwing, leak testing, glue dispensing). Drive cost reduction and cycle time improvement projects. Ideal Candidate Profile Must-Have: 15+ years in automotive/industrial thermal systems production Expertise in thermal validation (e.g., battery cooling, heat pump systems) 3. Hands-on experience with OEE, SPC, and Six Sigma (DMAIC) Maintenance Manager – TMS Plant Key Responsibilities Lead predictive and preventive maintenance for thermal equipment (heat exchangers, chillers, coolant pumps) Troubleshoot PLC systems (Siemens/Allen-Bradley) and hydraulic/pneumatic systems in automated TMS assembly lines Validate equipment performance through IQ/OQ/PQ protocols and ensure compliance with IATF 16949/ISO 9001 Optimize OEE by minimizing downtime and implementing Lean practices (5S, Kaizen) 2. Manage spare parts inventory and vendor relationships for critical thermal components 3. Ideal Candidate Profile Must-Have: 15+ years in maintenance leadership within automotive/industrial thermal systems 3. Expertise in thermal equipment (e.g., laser welding machines, aging testers for battery packs) 4 Certifications: Lean Six Sigma, ITIL (for maintenance workflows) PED Manager (IE/ME) – TMS Plant Key Responsibilities Process Engineering: Design and optimize thermal system assembly lines (coolant loops, heat exchangers) using VSM, line balancing, and time-motion studies 6. Implement Lean tools (5S, SMED) to reduce cycle times and improve OEE. Mechanical Design: Lead CAD/CAE for thermal components (e.g., cooling plates, insulation designs) 6. Validate designs through thermal simulation (Ansys/CFD) and prototype testing . Cross-functional Collaboration: Work with R&D to scale new products (e.g., liquid cooling systems for EVs). Coordinate with automation teams for PLC-integrated process controls . Ideal Candidate Profile Must-Have: 15+ years in process/design engineering for thermal systems (automotive/industrial) 6. Expertise in: Industrial Engineering: Capacity planning, layout design, cost optimization. Mechanical Engineering: Thermal material selection, GD&T, DFMEA. Knowledge and Skills Required: Production Manager: Lean Manufacturing (5S, Kaizen) OEE & cycle time optimization PLC automation (Siemens/Allen-Bradley) IATF 16949/ISO 9001 compliance EV battery cooling/HVAC systems Maintenance Manager: Predictive/preventive maintenance PLC/HVAC system troubleshooting IQ/OQ/PQ validation CMMS & spare parts management Thermal runaway prevention PED Manager: Line balancing & VSM Thermal design (CAD/CAE) DFMEA/PFMEA Six Sigma (DMAIC) NPI & cost optimization Other Requirements 1. Communication ability / Articulate 2. Flexible in approach and open to new ideas

As an RF Engineer at Aether Semiconductors, you will play a crucial role in designing, developing, and integrating high-power RF equipment for semiconductor applications. Your responsibilities will include working on RF circuits, filter designs, coaxial cabling, and collaborating with cross-functional engineering teams to ensure the efficiency and reliability of RF power systems. You will lead troubleshooting efforts, optimize system performance, and support continuous improvement initiatives for existing RF equipment. In addition, staying updated with emerging trends and technologies in RF engineering will be essential to drive innovation within the company. To qualify for this role, you should hold a Bachelor's degree (Master's preferred) in Electrical Engineering, Electronics Engineering, or a related field, along with at least 5 years of experience working with high-power RF systems, preferably in semiconductor or high-tech industries. Proficiency in RF simulation and design tools, strong understanding of RF circuit design, and experience with high-power RF equipment integration are key qualifications. Additionally, familiarity with thermal management, EMI/EMC compliance, and RF shielding techniques will be beneficial. Preferred qualifications include experience in the semiconductor or high-tech equipment manufacturing industry, hands-on experience with plasma generation, and knowledge of RF power supply and amplifier design for high-frequency applications. The role offers an opportunity to work with cutting-edge technologies, a dynamic and collaborative work environment, and access to advanced engineering tools and resources. If you are interested in joining our team, please send your resume and cover letter to hr@aethersemiconductors.com with the subject line "RF Engineer High Power Equipment Application." We look forward to receiving your application and potentially welcoming you to our innovative team at Aether Semiconductors.,

As an Electronics Engineer at our company, you will be an integral part of our engineering team, contributing to the development and validation of our PCB design automation platform. This role offers you the exciting opportunity to work on cutting-edge automation technology while applying your hands-on electronics design expertise. Your key responsibilities will include designing and developing embedded hardware circuits such as microcontroller systems, power supplies, and sensor interfaces. You will create comprehensive schematics, component libraries, and PCB layouts using EDA tools like Altium, Cadence, KiCad, and EasyEDA. Additionally, you will be responsible for developing and maintaining component footprint libraries and design rule libraries, performing circuit analysis, component selection, and design optimization. You will also test and validate PCB design automation algorithms with real-world design scenarios and develop Python scripts for design verification, component data processing, and automation workflows. In terms of required qualifications, we are looking for candidates with proficiency in at least two EDA tools for schematic capture and PCB layout. You should have experience in designing embedded hardware systems, knowledge of power supply design, and an understanding of PCB design principles. Fluency in Python programming for automation scripting and data processing is essential, along with familiarity with component selection, datasheet analysis, and BOM management. Ideal candidates for this role are creative, innovative, detail-oriented, collaborative, curious, and practical. We welcome fresh graduates with a Bachelor's degree in Electronics Engineering, Electrical Engineering, or a related field, although 0-3 years of industry experience is preferred. The ideal candidate should have completed at least one full PCB design cycle from concept to manufactured board and possess hands-on experience with various package types and knowledge of manufacturing constraints and design for manufacturability. Additionally, familiarity with common interfaces such as I2C, SPI, UART, USB, and Ethernet is beneficial.,

Dear Candidate, Thank you for your interest in the position at Tata Electronics within the Projects and Facilities Department. As a Team Member or Lead in the role of Assistant Manager/Deputy Manager with 8 to 15 years of experience, you will be based in Hosur and responsible for various key tasks. Your primary duties will involve the conceptualization, engineering design, analysis, specifications, calculations, and documentation of mechanical hardware and systems utilized in semiconductor manufacturing processes. You will collaborate with Design or Project Management teams on extensive designs and projects, oversee construction administration and site observations, and conduct daily systems operation and data analysis. Additionally, you will be tasked with monitoring and managing utilities distribution, including power, steam, natural gas, water, compressed gases, instrumentation, and control systems. Performing routine system preventative maintenance and troubleshooting will also be part of your regular responsibilities. To be eligible for this role, you are required to possess a bachelor's degree in mechanical engineering, HVAC/R Engineering, or a related technical field along with a minimum of 10 years of work experience. Previous experience with mechanical systems operations in the semiconductor manufacturing industry is highly desirable. Proficiency in HVAC, plumbing, and building codes, particularly ASHRAE, IBC, IECC, IMC, and IPC, is essential. Familiarity with AutoCAD, heat transfer, thermal management, fluid dynamics design, and conventional manufacturing techniques related to heat and thermal processes are crucial for this position. Flexibility in working hours, including evenings, weekends, and holidays, is expected, and readiness for shift work and emergency overtime is necessary. Preference will be given to candidates with a background in vibration analysis, air molecules, and chemical analysis, who are adept at working in a fast-paced, dynamic, and multi-disciplinary environment. We look forward to potentially having you join our team at Tata Electronics. Regards, Team HR,

5+ years of experience in PCB design including high-speed & high-density layouts Proficiency in PCB design tool ( Altium Designer, Cadence Allegro, Mentor Graphics) Strong knowledge of DFM, DFT standards & signal integrity principles

As a Lead II - Engineering Design at UST, you will play a vital role in designing data center architecture to ensure optimal performance and efficiency. Your responsibilities will include designing standardized rack configurations, developing deployment plans, collaborating with operations teams, and conducting thermal analysis to enhance cooling strategies. By selecting appropriate hardware components and maintaining documentation on rack standards, you will contribute to reducing mean time to repair and optimizing rack performance. Your expertise in thermal management, power distribution, rack design, DCIM tools, cabling standards, networking fundamentals, and physical security will be essential for success in this role. Additionally, your technical writing, presentation, stakeholder management, and complex issue troubleshooting skills will be valuable assets. The ideal candidate will hold a Bachelor's degree in Electrical Engineering, Mechanical Engineering, Computer Science, or a related field, along with at least 7 years of experience in data center infrastructure design with a focus on rack systems. Proficiency in CFD software for thermal analysis, familiarity with DCIM tools, knowledge of industry standards, and certifications such as RCDD or CDCP will be advantageous. At UST, we believe in humility, humanity, and integrity, and we encourage innovation, diversity, and inclusion. By embracing these values, we aim to build enduring relationships, promote a culture of integrity, and make a positive impact on society. Join us in our mission to place people at the center of everything we do and drive transformation through technology and purpose. Please note that your roles and responsibilities may be periodically redefined based on organizational requirements and performance evaluations. By complying with company policies and procedures, you will contribute to supporting and promoting the values of UST. If you possess expertise in data center design, rack engineering, power, cooling, and network mapping, and are passionate about making a real impact through digital transformation, we invite you to be a part of UST - a global digital solutions provider committed to driving innovation and agility for our clients worldwide.,

1D Simulation Engineer: Bachelors/masters degree in Automobile or Mechanical Engineering 3 to 10 Years of experience in automotive simulation, vehicle performance, Climate Control and thermal management Strong basic knowledge in Fluid Mechanics, Heat Transfer and Multi-phase flows Strong knowledge in CFD fundamentals Cooling and Lubrication (C&L) Systems and 3D Thermal CAE using STAR CCM+, Hyper mesh Perform 1D system simulations using GT Suite to analyze and optimize vehicle performance, Climate control and thermal management systems. Calibrated thermal system that keeps the EDU within safe operating limits with derate functions in place. Thermal model accurately predicts system temperatures in real world driving conditions Develop new methodologies and handover to program tea m for day-to-day simulations. Collaborate with cross-functional teams to understand design requirements and develop simulation models accordingly.

The position at Padmini VNA e-Drive, a subsidiary of PVNA Mechatronics Limited, offers an exciting opportunity for a skilled Traction Motor Design lead to be a part of the dynamic engineering team dedicated to revolutionizing the electric vehicle (EV) industry through cutting-edge technology and sustainable solutions. As the Traction Motor Design lead, you will play a crucial role in designing, developing, and optimizing traction motors for electric vehicles. Your responsibilities will include conducting electromagnetic, thermal, and mechanical analysis to enhance motor performance, collaborating with cross-functional teams for seamless integration, conducting prototype testing and validation, and utilizing advanced simulation tools for design and analysis. Additionally, you will be responsible for maintaining detailed documentation, staying updated with industry trends, and providing technical support to team members. To excel in this role, you must hold a Bachelor's or Master's degree in electrical engineering, Mechanical Engineering, or a related field, along with at least 7 years of experience in motor design, preferably in the automotive or electric vehicle industry. Your technical skills should include knowledge of hybrid and electric vehicle systems, industry standards and regulations, project management, electromagnetic simulation tools like ANSYS or Maxwell, thermal management, motor control systems, power electronics, CAD software for mechanical design, and excellent problem-solving and communication abilities. If you are a motivated individual with a passion for high-performance motor design and a desire to contribute to the advancement of electric vehicles, we invite you to join our team at Padmini VNA e-Drive and be a part of the innovation in sustainable transportation.,

Perform engineering calculations to support design concepts, including steady state and transient CFD simulations, turbulent flow analysis. Build CFD models of Battery Pack Systems/Fuel Cells systems to aid product/process development. Explore and perform Multiphysics and multiphase CFD simulations and improve modeling techniques. Collaborate with engineers from across teams to develop understanding by simulating process conditions like fluid-flow, thermal, chemical reaction etc. Support for the simulation platform CFD application in the application area of thermal management using our CFD Software solution Conduct technical discussions to collect and understand simulation requirements, propose solutions, and explain benefits of our approach.

ME / M.Tech / BE : Thermal /Heat Power/ Mechanical / Automobile / Aeronautical Role Responsibilities: Performing vehicle under hood thermal and aerodynamic simulations for full vehicle analysis using Star CCM+/POWERFLOW and model preparation using ANSA Conducting thermal assessments of under hood components to predict heat dissipation, airflow patterns, and temperature distributions for both Battery Electric Vehicles (BEV) and Internal Combustion (IC) vehicles Developing and validation of Computational Fluid Dynamics (CFD) models for thermal management, powertrain, energy storage, and HVAC system performance. Performing simulation setup, post-processing, and validation against experimental data Collaborating with design engineers to propose and implement design modifications that enhance thermal performance and meet regulatory requirements. Engaging with global teams to align on product development, methodologies and best practices Additional Skills: Experience in scripting and automation for ANSA and StarCCM+ to streamline simulation workflows. Familiarity with experimental validation techniques for CFD simulations. Experience in simulation methodology process development. Automotive industry experience with OEMs or Tier 1 suppliers. Required Skill Set: Expertise in ANSA for preprocessing and STAR-CCM+/Powerflow for CFD simulations related to underhood thermal management and aerodynamics. Strong understanding of vehicle aerodynamics, heat transfer mechanisms, and thermal interactions. Experience in simulating underhood thermal, heat exchangers, cooling ducts, and engine compartment airflow. Proficiency in setting up and solving transient and steady-state thermal and flow simulations. Ability to define boundary conditions, select appropriate turbulence models, and perform mesh optimization for accurate results. Experience in working with CAD data and model building logics for vehicle-level simulation. Strong knowledge of automotive thermal management. Experience in debugging and optimizing simulation models for computational efficiency. Strong understanding of CFD theory and vehicle energy systems. Excellent analytical, communication, and teamwork skills.