29 Thermal Design Jobs

The opportunity As a Senior Professional (P3) in this role, you will be responsible for identifying, exploring, and implementing technology and product development strategies to enhance and secure the global positioning of the business. Your key tasks will include ensuring project execution, fostering innovation, and developing R&D capabilities to drive profitability. You will devise research methods, focus on future technical direction, and prepare technical specifications for laboratory test equipment and processes. Additionally, you may participate in intellectual property evaluations, coordinate production runs, and provide recommendations on the acquisition of new technological equipment and materials within set budgets and targets. Problems faced in this role are often difficult and sometimes complex, requiring advanced knowledge typically obtained through advanced education and work experience. How you'll make an impact Your main responsibilities will involve providing advanced technical leadership in transformer thermal design for R&D initiatives, addressing industrial challenges, and staying informed about developments through technology reviews. You will leverage your expertise in relevant technologies, tools, and methodologies to support all phases of R&D projects, including design clarification, simulation, and troubleshooting. Conducting thermal analyses using CFD and FEA to model heat transfer, airflow, and temperature profiles in power transformers will be a key aspect of your role. You will also collaborate with other simulation teams to deliver multi-physics finite element approaches, participate in feasibility studies, propose technical solutions, and design products. Communication of results through reports, specifications, and educational materials will be crucial for knowledge dissemination. Furthermore, you will evaluate and enhance production processes, provide expert advice to manufacturing facilities, and collaborate with global research scientists, technology centers, managers, customers, and academic partners. Your background To excel in this role, you must hold an M.Tech or Ph.D. background, with a Ph.D. in thermal or fluid dynamics being mandatory. A minimum of 10 years of hands-on experience in thermal and fluid simulation, particularly using 2D and 3D CFD tools such as Fluent, is required. Proficiency in object-oriented programming, preferably VB.NET, and a strong understanding of thermodynamics, heat transfer, and fluid mechanics are essential. Experience with power transformer thermal design, R&D projects involving transformers, and empirical validation is desirable. Familiarity with CAD modeling software like CREO is considered an asset. Successful candidates will excel at collaborating within international and remote teams and possess excellent interpersonal skills. Experience with ACT and APDL programming in Ansys is a plus, along with a comprehensive understanding of the technical field and robust technical expertise. Willingness to travel to manufacturing sites as needed and strong English communication skills, both written and verbal, are required.,

As a Hardware Engineer at Common Hardware Group (CHG) Power, you will be a part of a central team dedicated to supporting power design across a variety of products, such as Cisco 8000 Series Routers, Catalyst 9000 switches, IoT devices, and more. In this role, you will collaborate with different functions including Hardware Design and Test, ASIC Design and Test, Power Engineering, Signal Integrity, EMC / EMI, and Mechanical Design. By working closely with these teams, you will expand your knowledge base, contribute to designing power solutions, and deliver exceptional products to the market. Your primary responsibilities will include developing highly reliable power solutions for Cisco's networking products, which range from 10W IP phones to 3000W+ Data Center and Service Provider switches and routers. You will play a key role in the power development team, overseeing all design aspects of system power. Additionally, you will be involved in developing and qualifying system power to meet the requirements of new products, executing test plans for upcoming power designs, documenting procedures and specifications, and assisting in resolving power-related field/product issues for assigned projects. Engaging with power supply vendors to ensure the development of power supplies that meet Cisco's quality standards and timelines will also be a part of your responsibilities. Furthermore, you will conduct design reviews of schematics, BOMs, layout, routing, failure analysis, root cause analysis, corrective action reports, and 8D reports. Minimum Qualifications: - Bachelor's degree in Electrical Engineering, Computer Engineering, Power Electronics, or a related field with 7+ years of experience, a Master's degree with 4+ years of experience, or a PhD with 1+ year of relevant experience. - Experience in power design, power electronics, or analog design. - Proficiency in design topologies such as buck, buck-boost, and design for highest efficiency. - Familiarity with tools such as Concept, Allegro, LTspice, PSpice, Simplis, Mathcad, PowerDC, SIWave, or Ansys/Hyperlinx. Preferred Qualifications: - Knowledge and interest in Board Mounted and Front-End Power hardware design, and solving complex analog or power design problems. - Hands-on experience with Stability analyzers, oscilloscopes, function-generators, electronic loads, bench programmable AC or DC power sources, etc. - Understanding of Firmware, Mechanical, and thermal design in Power Supply. - Strong knowledge of components, materials, manufacturing processes, quality assurance (QA), and design for manufacturing (DFM). - Experience in designing power supplies to meet international regulatory requirements, EMC requirements, reliability requirements, environmental requirements, and leading telecom industry requirements including NEBS. - Familiarity with software like Python, Labview, C++, and system design. #WeAreCisco #WeAreCisco is a global community where every individual contributes their unique skills and perspectives towards our collective goal of creating an inclusive future for all. At Cisco, we value connection and diversity, fostering an environment where employees can unlock their potential and pursue multiple career paths within the organization. Our commitment to learning and development is evident at every stage of your career, supported by our pioneering technology, tools, and culture that embrace hybrid work trends. We recognize the importance of bringing communities together, and at the core of this effort are our people. Thirty percent of Cisconians actively participate in our 30 employee resource organizations known as Inclusive Communities, promoting connection, belonging, allyship, and positive impact. With dedicated paid time off for volunteering (80 hours per year), our employees actively engage with causes they are passionate about, with nearly 86% taking part. Driven by our people, our purpose as the global technology leader is to power the internet, helping customers innovate their applications, secure their enterprise, transform their infrastructure, and achieve sustainability goals. Every action we take is geared towards creating a more inclusive future for all. Join us at Cisco and take the next step towards shaping a better tomorrow, where you can be yourself and thrive!,

Digantara is a leading Space Surveillance and Intelligence company focused on ensuring orbital safety and sustainability. With expertise in space-based detection, tracking, identification, and monitoring, Digantara provides comprehensive domain awareness across all regimes, enabling end-users to access actionable intelligence on a single platform. At the core of its infrastructure lies a sophisticated integration of hardware and software capabilities aligned with the key principles of situational awareness: perception (data collection), comprehension (data processing), and prediction (analytics). This holistic approach empowers Digantara to monitor all Resident Space Objects (RSOs) in orbit, fostering comprehensive domain awareness. Why Us Competitive incentives, galvanizing workspace, blazing team, frequent outings pretty much everything you have heard about a startup + plus you get to work on space technology. Hustle in a well-funded startup, allowing you to take charge of your responsibilities and create your moonshot. Ideal Candidate: Someone with professional experience in the design, analysis, and implementation of thermal control systems for satellites operating in Low Earth Orbit (LEO). Responsibilities: - Select and implement active/passive thermal components to achieve optimal thermal performance in LEO. - Analyze thermal interfaces, heat sinks for electronic packages/avionics, and develop appropriate thermal control schemes. - Generate thermal control system requirements in collaboration with system, mission, structures, and avionics engineers, and perform design trade-off studies. - Generate test plans and execute tests to validate the thermal performance of subsystems. Required Qualifications: - B.Tech/B.E, M.Tech/M.E, or PhD in Mechanical/Thermal/Aerospace Engineering degrees in physics, materials science, or electrical engineering, or any branches (with a focus on thermal management), can also be relevant if the incumbent has experience in thermal analysis and modeling. - 3+ years of professional experience in thermal design and analysis of complex engineering systems. - Strong understanding of different heat transfer modes, i.e., conduction, convection, radiation. - Understanding of thermal management and implementation techniques. - Proficiency in working with thermal analysis software packages, i.e., NASTRAN, ESTRAN, IDEAS, Thermal Desktop, Ansys, NX Space Systems Thermal, or any equivalent. Preferred Skills: - Experience with thermal modeling, simulation, and validation through qualification tests, i.e., thermal vacuum, thermal cycling, etc. - Understanding of thermal design for electronic packages and avionics, including thermal properties of materials and space environment considerations. - Strong first principles thinking with a deep understanding of thermal design, analysis, implementation, and testing. - Familiarity with the unique challenges of the space environment and a basic understanding of orbital mechanics. - Experience in testing your own thermal designs. General Requirements: - Ability to work in a mission-focused, operational environment. - Ability to think critically and make independent decisions. - Interpersonal skills to enable working in a diverse and dynamic team. - Maintain a regular and predictable work schedule. - Writing and delivering technical documents and briefings. - Verbal and written communication skills, as well as organizational skills. - Travel occasionally as necessary. Location: Hebbal, Bengaluru.,

Roles and Responsibilities Conduct thermal calculations using tools like Aspen, HTRI, Perform heat exchanger sizing and selection for various applications. Design air cooled heat exchangers (ACHE) and Shell & Tube heat exchangers (STHE). Collaborate with cross-functional teams to ensure successful project execution. Work with consider standards TEMA ,ASME,API,IBR

The opportunity: As a Mechanical Engineering professional, you will research, plan, design, and develop mechanical products and systems such as instruments, controls, robots, engines, machines, and mechanical, thermal hydraulic or heat transfer systems for the production, transmission, measurement, and use of energy. You will apply your research to the planning, design, development, and testing of mechanical and/or electromechanical systems, instruments, controls, engines, and/or machines. As a Senior Professional (P3), you will bring advanced knowledge of the job area typically obtained through advanced education and work experience. Your responsibilities may include managing projects/processes and working independently with limited supervision. How You'll Make An Impact: You will be part of an International Design and Engineering Team that specializes in Power Transformers design across different countries. Your responsibilities will include: - Designing power transformers. - Contributing to the global design work in a positive team atmosphere and networking. - Developing transformer designs in coordination with the global Hitachi Energy factory based on purchase order requirements and ordering specifications. - Coordinating design activities within a worldwide factories network. - Participating in internal design concept reviews. - Upholding Hitachi Energy's core values of safety and integrity. Your Background: To be successful in this role, you should have: - A Bachelor's degree in Mechanical Engineering. - 2-7 years of experience working in mechanical design for Power Transformers. Candidates with higher experience will also be considered. - Experience in order designs, simulation, or software development is advantageous. - Proficiency in Microsoft Office and tools. - Ability to communicate and collaborate with technical teams worldwide. - Additional language skills are considered an advantage. - A quick learner with the ability to master new areas. - Proficiency in both spoken and written English language is required. Hitachi Energy is a global technology leader committed to advancing a sustainable energy future for all. With a focus on serving customers in the utility, industry, and infrastructure sectors, we offer innovative solutions and services across the value chain. Join our global team that values diversity and collaboration, driving great innovation towards a carbon-neutral future. Apply today to be part of this purpose-driven mission.,

Vecmocon, established in 2016 at IIT Delhi by Peeyush Asati (CEO), Adarshkumar Balaraman (COO), and Shivam Wankhede (CTO), has expanded its operations to major cities like Delhi, Bangalore, Chennai & Lucknow, boasting a dedicated team of over 180 associates. Specializing in advanced computing solutions for electric mobility, Vecmocon focuses on safety-critical components such as Battery Management Systems (BMS), EV chargers, Vehicle Intelligence Modules (VIM), secure Firmware Over the Air (FOTA), etc., catering to the electric vehicle industry. Collaborating with leading EV players and battery manufacturers in India, Vecmocon ensures reliability, safety, and high performance for the next generation of intelligent EVs, aiming to propel the global adoption of electric vehicles. As a Senior PCB Design Engineer at Vecmocon, you will spearhead the design and development of PCBs for chargers utilized in electric two and three-wheelers. Your role demands a profound understanding of PCB design, robust hardware fundamentals, adept component selection skills, and a comprehensive knowledge of power electronics and PCB manufacturing. Your responsibilities will include: - Leading the design of high-reliability power electronics PCBs for automotive-grade products - Overseeing schematic creation, stack-up definition, and material selection for high-current, high-voltage designs - Ensuring compliance with EMI/EMC, thermal, and mechanical constraints during layout - Conducting architecture reviews and design validation with the hardware team - Selecting components based on electrical, thermal, cost, and reliability trade-offs - Reviewing and maintaining schematic symbols, footprints, and library standards - Leading root cause analysis for validation and production-level PCB issues - Releasing complete production documentation (Gerbers, BoM, pick-and-place, assembly drawings) - Guiding junior engineers and promoting best practices in layout and design - Coordinating with suppliers and manufacturers for DFM/DFA compliance - Implementing cost reduction and continuous improvement based on field feedback - Supporting ICT and FCT processes Key Skills: - 3+ years of PCB design experience; proficiency in Altium Designer preferred - Strong foundation in electrical engineering and power electronics - Expertise in analog, digital, and power layout with good thermal design practices - Experience in debugging and testing power electronics systems - Familiarity with IPC standards (IPC-2221, IPC-2152, IPC-4761) and DFM/DFT guidelines - Knowledge of signal/power integrity, impedance control, and EMI/EMC compliance - Understanding of mechanical constraints; experience with 3D CAD models (DXF/STEP) - Strong documentation and communication skills - Leadership abilities to mentor and manage junior team members,

Job Description: Senior Lead / Principal Engineer Position: Senior Lead / Principal Engineer Reporting to: Senior Team Lead - Thermal Management Key Purpose of the Job : Develop compressor cooling systems, heat recovery systems, selection of heat exchangers, fans, thermal management through modulation and identification and implement innovations towards performance and quality improvement and cost reduction. Managing resources and processes to meet short term and long-term objectives Educational Qualification / Experience required : BE/B Tech Mechanical Engineering , M Tech in Thermal engg/Heat transfer is an added advantage Experience of 7 to 12 years of experience in design and development of cooling system related parts - Creating 3D models using CAD Solidworks and detailing of concepts & development involving GD&T requirements -Creating 2D releases and PLM -Core experience in the design of heat exchangers -Knowledge and experience in selection of cooling fans and their dynamics. -Knowledge and experience in selection of coolants, testing of coolants etc. -Knowledge in Heat Recovery Systems. -Knowledge in supplier network of cooling system related parts. -Knowledge in statuary, standard and certification requirements. Key Responsibilities : 1. Responsible for Heat Exchanger, Evaporator and Condenser Design, Fan Design/ Selection and Thermal Valve Design/ Selection 2. Analyze Thermal Management System Performance and provide feedback to PDO team. 3. Provide Thermal Management Support to existing products and improvement activities as appropriate 4. Prepare and maintain documentation related to Heat Exchanger, Evaporator, Condenser, Fans and Thermal Valve testing and results in a systematic manner

The High Voltage Products Business Line is focused on partnering with OEM and Tier1 customers to create and deliver cutting-edge power converter solutions for USB-PD power delivery. Opportunities in USB-PD power conversion product development are rapidly expanding as the demand for compact, high-efficiency, and high-power solutions grows across consumer, industrial, and automotive segments. The evolution of the USB-PD specification to support up to 240W is driving the need for advanced power conversion topologies such as QR and ACF flyback and the adoption of wide bandgap technologies like GaN to achieve higher power density and better thermal performance. There is also increasing demand for integrated solutions that combine USB-PD controllers, protection circuitry, and power stages into single, space-efficient packages. These trends create significant opportunities for innovation in control algorithms, system protection, EMI mitigation, and digital configurability, enabling differentiation in performance, size, and cost for fast chargers, multi-port adapters, docking stations, and embedded USB-C power sources in devices such as monitors and networking gear. Position Overview As a System Engineer, you will play a critical role in defining, developing, and supporting high-performance Flyback controller and Converters (GaN integrated) platforms for AC-DC power conversion applications. This role demands a hands-on product definer capable of driving system-level innovation from concept to production. You will own the new product definition, collaborate closely with IC design, test, and applications teams, and interact directly with customers to ensure successful adoption and design-in of flyback controllers in their power systems. Your focus will be on digitally assisted analog flyback control architectures for isolated and non-isolated AC-DC applications across segments like industrial, home appliances, building automation, metering, and auxiliary power in servers and telecom systems. You will also drive efficiency, robustness, and performance improvements leveraging new topologies and wide bandgap technologies (e.g. GaN/SiC) to deliver high power density and compact designs. Performance Objectives and Description of Duties - Define advanced flyback controller IC architectures for AC-DC applications with input from Marketing, Design, Applications, and key customers. - Translate market trends and customer pain points into differentiated product concepts and system-level requirements. - Work on system-level simulations (e.g., Simplis, PSIM, SPICE) to validate control loop stability, EMI performance, dynamic response, and fault behavior. - Build and test proof-of-concept hardware for validation of advanced topologies (QR, DCM, CCM) including active clamp flyback and synchronous rectification schemes. - Provide hands-on support for internal silicon validation and customer system bring-up including hardware debug and failure analysis. - Collaborate with validation and applications engineers to fine-tune features such as soft start, fault handling, and adaptive control. - Own creation of key collateral including datasheets, application notes, design guides, and customer-facing training content. - Support the IC development flow by working with design, layout, verification, and test teams to ensure specification compliance and system robustness. - Guide platform-level decisions including protection strategy, power stage design, and auxiliary circuitry (start-up bias, driver strength, etc.). Skills and Experience Required - 5-10 years of experience in power electronics systems and AC-DC converter design, with specific expertise in flyback topologies. - Proven ability to define and develop flyback controllers (fixed frequency, QR, DCM, CCM, ACF) from concept to release. - Deep understanding of analog control loops, power stage design, current and voltage mode control, and loop compensation. - Familiarity with system-level performance criteria including thermal design, EMI/EMC compliance, and surge/transient robustness. - Excellent problem-solving skills in both hardware and firmware environments. - Solid understanding of offline protection mechanisms such as OVP, OCP, OTP, and brown-in/brown-out handling. - Experience leading or mentoring junior engineers and driving cross-functional collaboration. - Strong communication and documentation skills for interaction across global teams and customers. Preferred Qualifications - Experience with UCC288xx, UCC287xx, or similar AC-DC flyback controllers. - Prior work on 85265V universal input systems with high efficiency and compact footprint goals. - Background in system-level modeling, including behavioral modeling and mixed-signal simulation. - Familiarity with standards and regulations: IEC61000, EN55022, Energy Star, DOE Level VI, etc. - Understanding of PCB layout best practices for offline converters (e.g., creepage/clearance, thermal paths, EMI mitigation). - Knowledge of digital control loop enhancements and programmable controller features (OTP/memory-based configuration). - Exposure to interfacing flyback controllers with microcontrollers or PMICs for system-level power management.,

As a Management Trainee Entry Professional for the Transformers Business at Hitachi Energy in Vadodara, India, you will be part of a team that leverages innovative technology to transform energy, delivering social, environmental, and economic value. The Transformers BU team is dedicated to enabling a sustainable energy future for current and future generations. You will work in a dynamic and fast-paced environment, collaborating with diverse groups and cultures while demonstrating flexibility and the ability to multitask effectively. Your primary responsibilities will include focusing on transformer designs in coordination with the global Hitachi Energy factory based on marketing and purchase order requirements. This will involve electrical design of transformers, costing, estimation, clarification at tender stages, and preparation of manufacturing information. Additionally, you will be responsible for designing mechanical components of Distribution Transformers, preparing customer and production drawings. As a key member of the International Design and Engineering Team specialized in Distribution Transformers design, you will contribute to global design work and collaborate with a positive team atmosphere. Your tasks will include coordination of order design activities within a worldwide factories network, ensuring transformer designs meet purchase order requirements in different areas of electrical design, and participating in internal design concept reviews. To excel in this role, you should have a Bachelor's/Master's degree in Electrical Engineering or Mechanical Engineering, experience with Microsoft Office tools, and proficiency in spoken and written English. You must possess the ability to work with technical teams across different parts of the world, be a quick learner, and exhibit strong team-building and networking skills. Living Hitachi Energy's core values of safety and integrity is essential, along with the willingness to contribute to team discussions and work independently when required. Hitachi Energy offers relocation for this position based on candidates" eligibility. With a global presence and commitment to sustainable energy solutions, Hitachi Energy provides a platform for employees to bring their passion and energy to drive innovation and collaboration. If you require accessibility assistance during the job application process due to a disability, you may request reasonable accommodations through the Hitachi Energy career site. Join Hitachi Energy in powering a sustainable energy future and be part of a diverse team where collaboration leads to innovation. Visit www.hitachienergy.com to learn more about our commitment to enabling a stronger, smarter, and greener grid through pioneering and digital technologies.,

Experience in thermal design of Inverters and Battery Energy storage systems development is preferred. Good expertise in one or more Analysis Tools Simcenter Flotherm, Icepack, Solidworks Flow simulation, ANSYS Fluent, COMSOL Multiphysics MSC Nastran

The High Voltage Products Business Line is dedicated to collaborating with OEM and Tier1 customers to develop and deliver state-of-the-art power converter solutions for USB-PD power delivery. The demand for compact, high-efficiency, and high-power solutions in consumer, industrial, and automotive sectors is on the rise, leading to expanding opportunities in USB-PD power conversion product development. The advancement of the USB-PD specification to support up to 240W is fueling the necessity for advanced power conversion topologies like QR and ACF flyback, as well as the integration of wide bandgap technologies such as GaN to achieve enhanced power density and thermal performance. Integrated solutions that combine USB-PD controllers, protection circuitry, and power stages into compact packages are in growing demand. As a System Engineer, you will have a crucial role in defining, developing, and supporting high-performance Flyback controller and Converters (GaN integrated) platforms for AC-DC power conversion applications. This position requires a hands-on product definer capable of spearheading system-level innovation from inception to production. You will be responsible for defining new product specifications, collaborating closely with IC design, test, and applications teams, and engaging directly with customers to ensure the successful integration of flyback controllers in their power systems. Your focus will be on digitally assisted analog flyback control architectures for isolated and non-isolated AC-DC applications across various segments like industrial, home appliances, building automation, metering, and auxiliary power in servers and telecom systems. You will drive efficiency, robustness, and performance enhancements by leveraging new topologies and wide bandgap technologies like GaN/SiC to deliver high power density and compact designs. Some of your responsibilities will include defining advanced flyback controller IC architectures, translating market trends and customer needs into product concepts, conducting system-level simulations, building and testing proof-of-concept hardware, providing hands-on support for silicon validation and customer system integration, collaborating with validation and applications engineers, creating key collateral, and guiding platform-level decisions. To excel in this role, you should possess 5-10 years of experience in power electronics systems and AC-DC converter design, with a strong expertise in flyback topologies. You must have a proven track record of defining and developing flyback controllers, a deep understanding of analog control loops, power stage design, current and voltage mode control, and loop compensation. Excellent problem-solving skills, familiarity with system-level performance criteria, offline protection mechanisms, experience in mentoring junior engineers, and strong communication and documentation skills are essential. Preferred qualifications include experience with specific AC-DC flyback controllers, work on universal input systems with high efficiency goals, system-level modeling background, familiarity with standards and regulations, knowledge of PCB layout best practices, understanding of digital control loop enhancements, and exposure to interfacing flyback controllers with microcontrollers or PMICs for power management at the system level.,

Join the Charge. Create the Future. At Ultraviolette, you are part of more than just a company; you are part of a movement that is pushing the boundaries of what is possible in electric mobility. From engineering India's Fastest Motorcycle to designing The World's Most Advanced Electric Scooter, we thrive on innovation, audacity, and the relentless pursuit of performance. You will be part of a diverse team of trailblazers, engineers, designers, creatives, and visionaries united by a shared obsession: to craft machines that are not only sustainable but exhilarating. Here, radical design meets intelligent technology, and every line of code or bolt of hardware brings us closer to reshaping the future of mobility. The mission at Ultraviolette is to accelerate the evolution of mobility across the globe - and this is just the beginning. If you are driven by purpose, inspired by possibility, and ready to build something that truly matters, Ultraviolette is the place where your ambition becomes impact. Let's create the future together. Role Summary: We are looking for a hands-on and technically sound Electronics Industrialization Engineer to drive the transition of products from design to scalable, high-quality manufacturing. This role is a critical interface between R&D, sourcing, and EMS partners, ensuring design intent is preserved while enabling cost-effective, reliable mass production. The ideal candidate should have a strong foundation in power electronics, a working understanding of embedded software, and practical experience in EMS collaboration and DFM. As an Industrialization Engineer at Ultraviolette Automotive, your roles and responsibilities will be to: Technical Ownership & Industrialization: - Lead the industrialization lifecycle from prototype (EVT) through validation (DVT/PVT) to mass production. - Translate engineering design into production-ready documentation (BOMs, gerbers, PCBA specs, test jigs). - Perform design for manufacturability (DFM) and design for testability (DFT) reviews. - Own ramp-up quality metrics such as yield, test coverage, and field return trends. - Work with R&D on thermal design reviews, layout strategies, and power component derating. - Ensure compliance with voltage isolation, creepage/clearance, and safety standards. - Act as the technical bridge between internal R&D, sourcing/procurement, and EMS partners. - Evaluate and qualify suppliers and alternate components, driving cost engineering without compromising quality. - Coordinate with EMS on NPI builds, line setup, process validation, and first article inspection (FAI). - Assist in issue resolution across mechanical fit, electrical issues, firmware compatibility, and yield drops. - Support flashing, validation, and version control of firmware at the EMS line. - Work closely with software teams to validate hardware-software integration under production conditions. Requirements Qualifications & Skills: - B.E./B.Tech in Electronics, Electrical, or related discipline. - 5-10 years of experience in hardware industrialization. - Solid knowledge of PCB design reviews, SMT/PCBA manufacturing, and box build. - Working knowledge of Altium, OrCAD, or similar for PCB-level discussions. - Experience with test development, ICT/FCT setups, fixture design, and test station qualification. - Comfortable reviewing or discussing schematics, layouts, and thermal design. - Familiar with component lifecycle management, cost down strategies, and BOM optimization. - Familiarity with firmware flashing tools, basic embedded debug (e.g., serial logs, GPIO), and validation steps. - Hands-on experience interacting with EMS vendors and component suppliers. - Strong communication skills to manage cross-functional coordination. - Willingness to travel to EMS and supplier sites as needed. - Experience in cost down and value engineering. Preferred (Nice to Have): - Working knowledge of FMEA, APQP, PPAP, or ISO/IATF processes. - Familiarity with compliance and safety standards (e.g., IEC, ISO26262 for functional safety).,

Enphase Energy is a global energy technology company and a leading provider of solar, battery, and electric vehicle charging products. Founded in 2006, Enphase has revolutionized the solar industry with its innovative microinverter technology, turning sunlight into a safe, reliable, resilient, and scalable energy source. The Enphase Energy System enables individuals to generate, utilize, save, and sell their own power. With approximately 80 million products installed in over 160 countries, Enphase is recognized as one of the fastest-growing and most innovative clean energy companies worldwide. At Enphase, we are dedicated to designing, developing, and manufacturing next-generation energy technologies in a dynamic, engaging, and project-rich work environment. If you are enthusiastic about driving a more sustainable future, now is the ideal time to become a part of the Enphase team! As a key member of our India-based team, you will take on the responsibility of leading Mechanical Engineering testing. This role involves planning, executing, analyzing, and documenting design verification testing activities. You will conduct tests using both in-house equipment and external test labs, ensuring compliance with specified standards and project timelines. Additionally, you will collaborate closely with teams in China, New Zealand, and the USA to conduct tests outside of India. Your primary responsibilities will include designing and testing new Electromechanical products, either independently or as part of a team. You will oversee mechanical design projects, ensuring adherence to timelines, budget constraints, and quality standards. Daily tasks will involve CAD activities, design documentation, product testing, and prototyping. You will develop and implement comprehensive test plans to validate mechanical performance against design specifications, including various testing types such as static and dynamic loading, fatigue testing, environmental testing, and reliability testing. Moreover, you will be responsible for creating detailed reports, maintaining clear communication with the global team regarding testing status and any issues encountered during the testing process. Your role will also involve failure analysis, root cause identification, and ensuring compliance with safety, regulatory, and security processes within the lab environment. To excel in this role, you should possess a Bachelor's Degree or higher qualification in Mechanical Engineering, along with 8+ years of industry experience with a Bachelor's degree or 6+ years with a Master's degree. Proficiency in computer-aided development tools, particularly SolidWorks, is required. Experience with UL/IEC standards, product testing, and familiarity with international standards related to inverters, electrical connectors, polymers, and ingress protection is highly advantageous. Additionally, hands-on experience in preparing prototypes, managing mechanical labs and equipment, designing fixtures, and conducting electromechanical product testing is essential. You should have a solid understanding of DVT tasks, DFMEA, DFR, MS Office tools, plastics, sheet metal, casting part design, cable assemblies, and manufacturing processes. Proficiency in SolidWorks, EPDM, and exposure to CAE tools are valuable assets for this role. Effective communication skills, both verbal and written, are crucial for successful collaboration within the global team. Experience in high-volume product design and sustaining activities, as well as previous employment in high-power and consumer products industries, are considered advantageous for this position. If you are looking to contribute to cutting-edge energy technologies and drive positive change towards a sustainable future, we invite you to join Enphase and be part of our innovative journey.,

What are we looking for We are seeking a proactive and skilled Graduate Engineer with a strong background in design and engineering within the steel strip processing industry. The ideal candidate will be adept at thermal calculations, 3D modeling, and possess excellent leadership skills to guide a team of draughtsmen while ensuring the highest quality of engineering deliverables. Key Responsibilities: Control a group of draughtsmen. Checking drawings and Bill of Materials (BOMs). Ensure correctness of all prepared documents. Preparation of Drawings and BOMs. Preparation of models using 3D software like AutoDesk Inventor. Generating P&ID (Piping & Instrumentation Diagrams) and Data Sheets as per requirements. Making Design calculations . Selection of bought-out components. Coordination with other departments. Communication with customers and participation in technical discussions with customers. Coordination with manufacturing for discrepancies and deviations. Coordination with Erection and Commissioning for site support. Required Skills & Qualifications: First Class Engineering Graduate in Mechanical / Industrial / Production from a reputed university. Fluency in thermal calculation and thermal design of equipment. Good knowledge of engineering drawings, and 3D modeling. Must have thorough experience in Auto CAD, Autodesk Inventor / SolidWorks . Knowledge of Ansys / FEA will be an added advantage. Possess good communication skills. Thorough knowledge of drawings. Good knowledge of process equipment related to Mechanical / thermal systems. Process knowledge of Strip processing lines, galvanizing, Pickling & ARP will be preferred.

Job Title: Process Design Engineer Location: [Chennai] Industry: Oil & Gas Experience: 10+ Years Qualification: B.E./B.Tech in Chemical Engineering Employment Type: Full-Time Role Overview: We are seeking an experienced and detail-oriented Process Design Engineer with strong expertise in Oil & Gas process design and simulation. The ideal candidate will be responsible for the design, specification, optimization, and technical oversight of oil and gas processing systems such as Gas Dehydration, Sweetening Units, Heat Exchangers, Separators, and related systems. Key Competency Areas: Process Design: Gas & TEG Dehydration, Gas Sweetening, Molecular Sieve Systems, FPSO, Condensate Stabilization, Dew Point Depression. Oil, Gas, and Water Separation systems: Knockout drums, Filter Separators, Treaters, Desalters, Incinerators, and Tanks. Thermal design of Water Bath Heaters and Convective Heaters. Calculation & Simulation: Pump & Line Sizing, PSV Sizing. Process simulation using Aspen HYSYS . Thermal design via HTRI and Aspen EDR . Codes & Standards Knowledge: ASME, API, NACE, ISO 9001 compliance. Roles & Responsibilities: Analyze customer specifications and requirements and translate them into robust process designs. Ensure compliance with applicable international standards and statutory norms. Execute and review design documents (BFD, PFD, P&ID, C&E diagrams). Conduct equipment sizing and line sizing calculations. Prepare and review technical specifications, datasheets, RFQs for procured items. Select appropriate materials based on process fluid characteristics and corrosion concerns. Review alternate proposals and manage scope changes to minimize impact on cost and delivery. Liaise with CAD teams for accurate process-related drawings and layouts. Lead and participate in HAZOP reviews and ensure design safety compliance. Support commissioning, start-up, and performance testing phases at project sites. Oversee QMS documentation, participate in continual improvement, and uphold quality compliance. Optimize designs using simulation tools and standardization to improve cost-effectiveness and lead times. Preferred Candidate Profile: Bachelors Degree in Chemical Engineering . 10+ years of core process design experience in the Oil & Gas sector. Proven track record in simulation, equipment sizing, and engineering documentation. Strong communication and team collaboration skills. Perks and Benefits: Family Medical Insurance (Self + Dependents) Opportunities for professional growth in a technically enriching environment. Exposure to international projects and engineering standards.

Role & responsibilities Process / Combustion engineering for Energy Revamp and Spare Parts Support the functions viz. Sales & Marketing, Electrical & Instrumentation, Order Execution, Field Service, ISO, HSE in relevant perspective. Primary responsibility for process & combustion engineering, Technical inputs to bought out items, inputs for material estimation of Services Energy Revamp and Spare Parts. Expertize in Thermal Design softwares like (PPSD, B&W program or equivalent) and applicable softwares. Familiarity with CFD analysis. Clarity on IBR and ASME codes and standards, expertise in Thermal design of Boilers (especially Solid fuel fired CFBC, AFBC, travelling grate, PC Fired Boilers). Knowledge on fuel Ash characteristics, sizing of rotary equipments like fans, BFPs, feeders, water & steam piping sizing, balance of plant equipment like coal & ash handling, duct siyzing, etc. Understanding of Air compressor, steam turbine etc. Experience in Oil to Gas conversion, WHRB & Waste to Energy Boilers. Good communication skills, fair knowledge of the revamp engineering requirements, willingness to travel at sites, committed to ensure on-time and accurate engineering deliverables. Preferred candidate profile We have 4 positions on various level from Sr. Executive to Sr. Manager Experience 6 - 15 yrs

Job description: To drive complex projects from concept to SOP (Start of Production). The ideal candidate will have a strong background in mechanical or thermal engineering with extensive project management experience, particularly in high-technology industries such as space, aerospace, or nuclear. Key Responsibilities: Project Management: Lead and manage projects end-to-end, from inception through planning, execution, and delivery, ensuring timelines, budgets, and quality standards are met. Stakeholder Liaison: Coordinate and communicate effectively with external testing agencies, vendors, and customers to ensure smooth project progress and compliance. Tool Utilization: Utilize project management software such as Zoho Projects and Microsoft Projects, alongside MS Office tools, for planning, tracking, and reporting project status. Technical Leadership: Oversee heat exchanger design and thermal system development, ensuring integration of advanced thermal analysis and CFD simulations into project deliverables. Cross-Functional Collaboration: Work closely with mechanical, thermal, and project engineering teams to align technical solutions with project goals. Documentation: Prepare and maintain detailed project documentation, including technical reports, schedules, risk assessments, and stakeholder communications. Continuous Improvement: Identify opportunities for process optimization and implement best practices to enhance project efficiency and outcomes. Desirable Skills: Experience with project management tools (e.g.,Zoho projects, Microsoft projects). 5+ years of Project management post PMP certification

Hands-on experience with thermal simulation tools (ANSYS Fluent, Aspen Plus, MATLAB, COMSOL, EES). Experience in industrial energy efficiency, power plant optimization, and heat recovery applications. Required Candidate profile 10+ years of industry experience, specializing in thermal calculations, heat exchanger design, and waste heat recovery. Bachelor's/Master's/PhD in Mechanical /Thermal Engineering or a related field.

We are looking for the engineers for the below mentioned profiles in our Global R&D Division. 1. Structure Design Engineer 2. Cycle Design Engineer Skills: Unigraphics, Plastic / Sheet Metal component design, PMP , Six Sigm [GB/ BB] Qualification : B.Tech / M.Tech ( Mechanical / Thermal ) for the Structure & Cycle domain. 3. Hardware Design Engineer 4. Software Design / Software Development Engineer Skills: HW/ SW Design & Development, Low Power & High Power SMPS Designing like Flyback, Forward Topology etc. and Embedded System Design, Debugging and Validation. Qualification : B.Tech/ M.Tech ( Electonics / Power Electronics / Electrical) for the Hardware & Software domain. Experience : 06 Years to 12 Years Job Location : Greater Noida Note : The Candidate must be comfortable with travelling to Korea for 6 Months training along with 2 years service agreement bond.

Roles and Responsibilities Lead design of high-reliability power electronics PCBs for automotive-grade products Own schematic creation, stack-up definition, and material selection for high-current, high-voltage designs Ensure compliance with EMI/EMC, thermal, and mechanical constraints during layout Conduct architecture reviews and design validation with the hardware team Select components based on electrical, thermal, cost, and reliability trade-offs Review and maintain schematic symbols, footprints, and library standards Lead root cause analysis for validation and production-level PCB issues Release complete production documentation (Gerbers, BoM, pick-and-place, assembly drawings) Guide junior engineers and drive best practices in layout and design Coordinate with suppliers and manufacturers for DFM/DFA compliance Implement cost reduction and continuous improvement based on field feedback Support ICT and FCT processes Skills 3+ years of PCB design experience; proficiency in Altium Designer preferred Strong foundation in electrical engineering and power electronics Expertise in analog, digital, and power layout with good thermal design practices Experience in debugging and testing power electronics systems Familiar with IPC standards (IPC-2221, IPC-2152, IPC-4761) and DFM/DFT guidelines Knowledge of signal/power integrity, impedance control, and EMI/EMC compliance Understanding of mechanical constraints; experience with 3D CAD models (DXF/STEP) Strong documentation and communication skills Leadership abilities to mentor and manage junior team members.

Role & responsibilities POWER SUPPLY DESIGN AND TEST LEAD Preferred candidate profile High Power Converters Design and simulate high-efficiency AC to DC converters, including IGBT based AC to DC converter Specify and validate the selection of components such as MOSFETs, diodes, transformers, inductors, and capacitors. Performance Optimization: Optimize power conversion efficiency, power density, transient response, thermal performance, and overall system reliability, Address challenges such as noise, ripple, EMI/EMC, and thermal dissipation. Prototyping & Validation: Develop prototypes and conduct lab testing to validate performance against specifications, Use tools like oscilloscopes, network analyzers, and power analyzers for design validation. Control Systems: Design and implement control algorithms (e.g., voltage-mode, current-mode, digital control), Tune loop stability parameters and ensure robust performance across various operating conditions. Documentation: Create detailed design documentation, including schematics, layout guidelines, test procedures, and design reports, maintain design databases and ensure traceability.

Roles & Responsibilities: Review the Customer Specification for understating the project requirements and if any deviations get clarified with the Proposal team/ customer. Prepare the Design of the Equipments as per scope of purchase Order and applicable specifications. Prepare the Design calculations & equipment data sheet and get approval from the customer. Technical discussion with engineering team, Vendor and customers and get approval of engineering documents. Respond the Customer queries / clarifications on engineering documents related to the project. Prepare the Design Calculation for U-Stamp and get approval from Authorized inspector. Prepare the mechanical calculations of Pressure Vessels, Heater bundle, terminal box for procurement and manufacturing. Evaluate the vendor quotation for the technical specifications and scope clarity as per the Project requirements. Co-ordinate with the purchase team for any design changes which might affect the procurement of the materials. Evaluate the vendor engineering drawings as per the project guidelines and provide approval for manufacturing. Provide technical support during installing and commissioning at the customer site. Provide technical support for the closing the customer complaints. Prepare of as built engineering documents in support with vendor and close project final documentation. Maintaining all the design documents in line with ISO standards. Qualification & Skills required: Qualified Mechanical Engineer with 5 to 7 years of experience in Heat Exchanger /Pressure vessel Designs / electrical heaters / Skid manufacturing. Preferably in a U stamp approved manufacturer or any reputed EPC. Mechanical calculations for Shell & Tube Heat Exchanger in accordance with ASME Section VIII Division-1 latest edition and TEMA. Structural calculations for Equipment Support based on project site data, wind data and seismic data. Exposure to PED - Pressure Equipment directive / standards is preferred. Knowledge in ASME is preferred. Software Knowledge: Auto Cad, PV elite, MS office Thermal design software - HTRI / ASPEN will be desired.

Job description The selected candidate is expected to have strong team handling, documentation skills, and should bring a disciplined and thorough approach to assignments, including preparing well-organized thermal test reports, simulation reports and presentations using MS Office tools. Candidate should have good understanding of fluid dynamics Heat transfer fundamentals Strong analytical and problem-solving skills with ability to work independently as well as in teams Candidate should be keen to design and develop advanced cooling solutions using technologies like heat pipes, vapour chambers Candidate should be ready to travel to vendors location or to address field issues as and when job demands Mandatory skills: Proven experience in thermal design of remote radio heads, AAU, MIMO, OLTs, Switches, routers, outdoor cabinets etc Experience in using CFD tool Flotherm and Flotherm-XT to carry out thermal design is must Experience in heat sink design (heat pipe, vapor chamber), Fan selection, Thermal interface material selection and application Must have sound working knowledge of practical thermal testing methods Desired skills: Prior experience of thermal testing on wireline and wireless telecom products (e.g. OLTs, ONTs, RRH, BBUs, Switches etc.) Enthusiastic to explore and develop new test methodology Experience in generating CAD models of heat sinks, thermal interface materials and coordinate with vendors to address manufacturability, cost, reliability, quality Preferred Qualifications: Experience: 6 to 10 Years. Education: BE / B. Tech / M. Tech in Mechanical Engineering with aspiration in Thermal Engineering Diversity and Inclusion Statement : Tejas Networks is an equal opportunity employer. We celebrate diversity and are committed to creating all inclusive environment for all employees. We welcome applicants of all backgrounds regardless of race color, religion, gender, sexual orientation, age or veteran status. Our goal is to build a workforce that reflects the diverse communities we serve and to ensure every employee feels valued and respected.

Name:Open PositionJob Title: Proposal Engineer Department/Group: Proposal Job Code/ Req#: PE-004 Location: Pune, India Travel Required: Limited Hire Date: Immediate Position Type: Full time Job Summary: Reporting organizationally to the Proposal Manager, the candidate will support the Insides Sales & Project Management team based in various domestic and international locations. Duties/Responsibilities: Review of technical specifications, inquiry documents, technical evaluation of inquiries and preparation of cost estimates. Prepare thermal-mechanical design for heat exchangers and pressure vessels using design programs. Follow and maintain a library of application-based templates for budgetary bids with a goal to generate budgetary bids quickly. Support the Project Manager on technical clarification and bid updates. Work closely with proposal team to meet bid due dates and assist in order finalization. Assist in completing Vendor Surveys for Customers, Customer Database Management and Supplier development activities. Qualifications & Experience: Bachelor of Engineering or Technology in one of the following disciplines Mechanical, Chemical, or Process engineering. 3+ years of work experience in either engineering design, fabrication, or proposals. Experience in an equipment fabrication environment is an advantage. Understanding of Engineering Standards - ASME, TEMA, API, BS/ EN, DIN, BIS Software Skills: Experience in one or more of the following design programs - PVELITE, AUTOCAD, Process design software Aspen, HTRI. MS Outlook, Excel, Word, Power point Fully Proficient. Experience with electronic document management systems. Experience using ERP systems is an advantage. Skills and Abilities Strong verbal and written communication skills in English required. Organizational and time management skills. Willingness to support technical teams in other time zones as needed. Ability to follow Company Policies & Procedures.

Thermal & Mechanical Design, Process Design. Preparing BOM and Cost estimates, Preparing Technical proposal for Heat Exchangers, WHRBs’ High performing, internal and external stakeholders management Required Candidate profile Experience in EPC projects, proficiency in design software like HTRI and PV-Elite, and Knowledge of ASME, IBR, and TEMA standards Providing engineering assistance to all stakeholders