Job Description 1) Lead, and Design & development of Electrical Systems, Low Voltage Electrical Control panel and Cable & Wiring Harness. 2) Electrical Component sizing, selection, and qualification as per UL, IEC, and country specific regulatory requirements. 3) Make tradeoff analysis of circuits and components with respect to best performance, low cost, high quality and design flexibility. 4) To foster an environment conducive for innovation & change with good analytical Thinking. 5) Work along with multi-disciplinary (Structural, Electronics, Software, Lab and Reliability) teams to develop system or component level functional, reliability & qualification requirements and design. 6) Work closely with Supply chain management team to source and evaluate / qualify the purchased components and assemblies. Role & responsibilities 1) Experience in Product Development and Electrical Systems development as per Marketing Requirement Document (MRD), Product Requirement Document (PRD) and Regulatory Requirements (RR) 2) Proficient in Electrical Components with development capabilities include, specifications development, sizing & selection, testing (functional & reliability) and analysis, for followings components: 2.1) Electrical Components: Switchgear and Control components, Primary and secondary protection devices, Safety devices, Transformer, Relay, Connectors, Power Supply, Sensors, Transducers and Switches 2.2) LV Motors (AC Induction, Brush DC, BLDC, Stepper, Servo, Permanent Magnet) 2.3) Application development - LV Motor Starters and Controllers (X-Link, Star/Delta, Soft Starters, Variable Frequency Drives) 3) Proficient in Design and development of Low Voltage control panel 4) Proficient in Product Level Electrical system design, Wiring & Harness Design

RELEVANT EXPERIENCE Having 3-7+ years of experience in Automotive ECU development Hands on experience in HW Circuit design and development (Automotive ECU) Schematic, Design justification, circuit simulation, worst case analysis, Derating, thermal analysis and component selection. Design Failure mode effect analysis (DFMEA), FTA Strong Technical Knowledge in small signal electronics (analog and digital) (Opamp, MOSFET, BJT) knowledge on automotive electronics technology, test standards and processes Hands-on with Automotive ECU components selection and validation, Power supply topologies - Linear, LDOs, DC-DC switching power supplies (Buck, Boost, Buck-Boost) Micro controllers and Digital circuit boards with communication protocols I2C, SPI, LIN, CAN Memory Interfaces: EEPROM, Flash and DDR memories EMI/EMC design guidelines and knowledge on Environmental Reliability test. Hands-on with complete Automotive ECU validation/development preferred. Knowledge on components obsolescence/shortage analysis Tools: Orcad cadence, Pspice simulation, LTspice, PCB design entry. PERSONAL CHARACTERISTICS & BEHAVIOURS Strong communication, organization and interpersonal skills Negotiation skills Ability to work with deadlines & without supervision. Analytical and problem-solving skills and logical thinking Ability to foresee technical problems that may derail the project schedule. Adaptability and learning skills.

Job Title Mechanical Designer - STET Job Description Your role: Mechanical design changes of a module/sub system/ system Plastics and sheet metal components/sub-assemblies design and development DFM and DFA activities, conduct reviews with suppliers and optimize design for cost reduction Create DFMEA and identify relevant product risks Apply GD&T and perform Tolerance stack -up analysis for components/sub system Identify suitable materials for designs and develop manufacturing specifications Performing hand calculations for the design feasibility Create 3D models, assembly, detailing including drawing conversions & generating BoM Work with supplier, procurement engineer to complete the prototype and qualifications First Article Inspections and wherever required perform measurements Requirements Design, unit level verification testing and integration of unit in accordance with higher-level requirement and design specifications/architectures Reliability and serviceability of the system/sub system/component Complying to all applicable medical standards/regulations such as ISO, FDA & internal QMS. Working closely with cross functional team (R&D, Quality, Regulatory, Procurement, Operations, Supply Chain, Service, Marketing) and manage stakeholders for projects Provide technical support to suppliers & other departments to fulfill project/production needs Support localization activities and engineering change management Manage the obsolescence, resolve production issues and customer complaints Coaching and supporting junior team members You are a part of A high-impact, global organization within Philips that works across all modalities – The Supplier Transfer Excellence Team (STET). STET has been established as an entrepreneurial organization that focuses on fast-paced, high-quality portfolio transfers within the Philips global supply base to mitigate risk & maximize profitability. You're the right fit if you have B.E/B.Tech/M.Tech in Mechanical /Automobile/Industrial Engineering 8+ years of relevant experience in design and development of complex electromechanical products & systems (on end-to-end medical device or equivalent Automobile/Industrial products) Strong knowledge of plastics, sheetmetal, structural design, manufacturing processes, and CAD (3D modeling & 2D drawings). Experience in SolidWorks, FEA and mold flow analysis is preferred. Good at hand calculation of the design Experience in DFM/DFMEA/Six sigma and design/quality tools and processes. Working knowledge of IEC 60601 & medical standards are preferred. Fast learner and interest to learn new technologies/business/system System thinking mindset and domain expertise in the related area Quality mindset in design and documentation Excellent communication skills & Team player Mindset to simplify and reach to solutions with speed Disciplined team worker, ability to work independently Strong English written and verbal communication skills required How We Work Together We believe that we are better together than apart. For our office-based teams, this means working in-person at least 3 days per week. Onsite roles require full-time presence in the company’s facilities. Field roles are most effectively done outside of the company’s main facilities, generally at the customers’ or suppliers’ locations. This is an office role. About Philips We are a health technology company. We built our entire company around the belief that every human matters, and we won't stop until everybody everywhere has access to the quality healthcare that we all deserve. Do the work of your life to help the lives of others. Learn more about our business. Discover our rich and exciting history. Learn more about our purpose. If you’re interested in this role and have many, but not all, of the experiences needed, we encourage you to apply. You may still be the right candidate for this or other opportunities at Philips. Learn more about our commitment to diversity and inclusion here. Show more Show less

Key Responsibilities : Product Development : Lead or support the design and development of new products based on market requirements. Create and evaluate design concepts, prototypes, and drawings using CAD software (e.g., SolidWorks, AutoCAD). Conduct design reviews, FMEA, and DFM/DFA analysis. Project Management : Develop and manage project timelines and deliverables. Coordinate with cross-functional teams to meet project goals, deadlines, and budgets. Report project status and risks to stakeholders regularly. Testing & Validation : Develop test plans and validation protocols. Coordinate lab testing, field trials, and performance evaluations. Analyze test results and implement design modifications as needed. Documentation : Prepare and maintain all NPD-related documentation, including: Product design files (CAD drawings, BOMs) Engineering Change Requests (ECRs) and Engineering Change Orders (ECOs) Project reports and timelines Test reports and validation documents DFMEA/PFMEA Design history files (DHF) Product specifications and user manuals Process Development & Handover : Support the transition of new products into production. Collaborate with manufacturing and quality teams to develop processes, jigs, and fixtures. Provide training and technical support during product launch. Job Types: Full-time, Permanent Pay: ₹20,000.00 - ₹25,000.00 per month Benefits: Health insurance Paid sick time Provident Fund Schedule: Day shift Supplemental Pay: Overtime pay Yearly bonus Work Location: In person Expected Start Date: 03/06/2025

Job Title Mechanical Designer - STET Job Description Your role: Mechanical design changes of a module/sub system/ system Plastics and sheet metal components/sub-assemblies design and development DFM and DFA activities, conduct reviews with suppliers and optimize design for cost reduction Create DFMEA and identify relevant product risks Apply GD&T and perform Tolerance stack -up analysis for components/sub system Identify suitable materials for designs and develop manufacturing specifications Performing hand calculations for the design feasibility Create 3D models, assembly, detailing including drawing conversions & generating BoM Work with supplier, procurement engineer to complete the prototype and qualifications First Article Inspections and wherever required perform measurements Requirements Design, unit level verification testing and integration of unit in accordance with higher-level requirement and design specifications/architectures Reliability and serviceability of the system/sub system/component Complying to all applicable medical standards/regulations such as ISO, FDA & internal QMS. Working closely with cross functional team (R&D, Quality, Regulatory, Procurement, Operations, Supply Chain, Service, Marketing) and manage stakeholders for projects Provide technical support to suppliers & other departments to fulfill project/production needs Support localization activities and engineering change management Manage the obsolescence, resolve production issues and customer complaints Coaching and supporting junior team members You are a part of A high-impact, global organization within Philips that works across all modalities – The Supplier Transfer Excellence Team (STET). STET has been established as an entrepreneurial organization that focuses on fast-paced, high-quality portfolio transfers within the Philips global supply base to mitigate risk & maximize profitability. You're the right fit if you have B.E/B.Tech/M.Tech in Mechanical /Automobile/Industrial Engineering 8+ years of relevant experience in design and development of complex electromechanical products & systems (on end-to-end medical device or equivalent Automobile/Industrial products) Strong knowledge of plastics, sheetmetal, structural design, manufacturing processes, and CAD (3D modeling & 2D drawings). Experience in SolidWorks, FEA and mold flow analysis is preferred. Good at hand calculation of the design Experience in DFM/DFMEA/Six sigma and design/quality tools and processes. Working knowledge of IEC 60601 & medical standards are preferred. Fast learner and interest to learn new technologies/business/system System thinking mindset and domain expertise in the related area Quality mindset in design and documentation Excellent communication skills & Team player Mindset to simplify and reach to solutions with speed Disciplined team worker, ability to work independently Strong English written and verbal communication skills required How we work together We believe that we are better together than apart. For our office-based teams, this means working in-person at least 3 days per week. Onsite roles require full-time presence in the company’s facilities. Field roles are most effectively done outside of the company’s main facilities, generally at the customers’ or suppliers’ locations. This is an office role. About Philips We are a health technology company. We built our entire company around the belief that every human matters, and we won't stop until everybody everywhere has access to the quality healthcare that we all deserve. Do the work of your life to help the lives of others. Learn more about our business . Discover our rich and exciting history . Learn more about our purpose . If you’re interested in this role and have many, but not all, of the experiences needed, we encourage you to apply. You may still be the right candidate for this or other opportunities at Philips. Learn more about our commitment to diversity and inclusion here . #LI-PHILIN

Interpret design requirements and specifications as it relates to simulation load cases. Build simulation models using a variety of CAE software, including meshed models for metal and plastic components. Verify models meet quality parameters specified by internal and external customers. Create and verify CAE material models. Setup simple static, quasi-static, and dynamic analysis using LS-Dyna, PAMCRASH, ABAQUS, RADIOSS, or Optistruct (Pull/Push, 3 pt. bending). Analyze and interpret simulation results. Work within the Shape core manufacturing processes, vehicle design packaging, GD&T, DFMEA, product performance knowledge and CAD software methodologies. Communicate and explain results to technical audiences including internal and external customers. Additional functions not specifically outlined in this position description as directed by the leader. Job Type: Full-time Pay: ₹300,000.00 - ₹400,000.00 per year Benefits: Health insurance Leave encashment Paid sick time Paid time off Provident Fund Schedule: Day shift Supplemental Pay: Quarterly bonus Ability to commute/relocate: Pune, Maharashtra: Reliably commute or planning to relocate before starting work (Required) Application Question(s): Have you done your Engineering in Mechanical? Do you have good knowledge of Hypermesh? Work Location: In person

About the role: Allegion is seeking a highly motivated Senior Hardware Engineer to join our dynamic team, who will play a pivotal role in our engineering team, working collaboratively within a cross-functional environment to design and develop high-quality hardware and product solutions. This individual will possess strong technical skills in hardware design and a comprehensive understanding of the product design and development cycle. The ideal candidate is an organized self-starter who thrives in a fast-paced design culture. What you’ll do • Play a key role in design and development of hardware solutions, often working as part of a larger team to ensure successful project outcomes. • Develop and refine Hardware architectures, conducting studies to define and meet functional requirements. • Design and develop embedded electronics including wireless communications, ensuring integration and functionality. • Evaluate and optimize system performance, focusing on key performance indicators and design improvements. • PCB Design support with a focus on manufacturing and testing efficiency, collaborating effectively with manufacturing partners and ECAD Engineers. • Utilize design tools for automation and simulation to enhance product development processes. • Ensure defined product development processes and life cycle management are followed. • Collaborate with teams across different locations to manage all phases of the development process, ensuring alignment and project success. • Conduct testing and analysis to enhance hardware functionality and product reliability. • Demonstrate strong communication, collaboration, and leadership skills, fostering a positive and productive team environment. What we are looking for We are seeking a highly motivated Senior Hardware Engineer with at least five years of experience in hardware design and development. The ideal candidate will have a proven track record in contributing to complex projects, with strong problem-solving skills and expertise in embedded hardware and low power wireless designs. We value individuals who can manage and lead product development processes while ensuring quality and reliability. Strong organizational skills, attention to detail, and the ability to collaborate effectively with cross-functional teams and external partners are essential. Excellent communication and leadership abilities are crucial for fostering a collaborative team environment. Education B.E/B Tech or higher in EEE or ECE Preferred Skills Required Knowledge, Skills, and Abilities: • Expertise in designing / developing Embedded Systems based on Microcontroller/ Microprocessor, associated subsystems such as the Switching Power Supply, Electromechanical drives, Sensors, I/O interfaces, and wireless and wired communications modules. • Hands-on experience in design and verification of various communication protocols like UART, SPI, I2C, RS232, USB etc. • Experience in designing multi-layer PCB, with good understanding of DFM, DFT in accordance with industry standards like IPC and good collaboration with Contract Manufacturers. • Hands-on experience in EDA tools like Altium, LTSpice, PSpice etc. • Knowledge in short-range Wireless technologies like Wi-Fi, BLE, UWB, Zigbee or Z-wave. • Knowledge in RF performance criteria and concepts such as Output Power, Sensitivity, Spurious, Harmonics, Intermodulation, S-parameters, Smith charts and Tuning networks. • Commendable understanding of Design for EMI/EMC and troubleshooting compliance related failures. • Knowledge in configuring and using specialized test equipment like Power Analyzers, High Speed Oscilloscopes, Spectrum & Network Analyzers, RF Shield rooms/chambers. • Knowledge in Product Compliance and Reliability Testing, Root cause analysis, DFMEA, Encapsulation techniques, Manufacturing testing, and high-volume manufacturing processes and resulting design considerations. • Knowledge in manufacturing engineering, quality engineering and reliability engineering. • Seasoned in electronic product development processes & life cycle management. • Works collaboratively across multiple locations and technical teams to manage all the phases of Development process. • A role model in effective Communication, Collaboration, Networking, Emotional Resilience, Negotiation, working within a team environment and cross functionally. Work Culture Allegion is committed to building and maintaining a diverse and inclusive workplace. Together, we embrace all differences and similarities among colleagues, as well as the differences and similarities within the relationships that we foster with customers, suppliers, and the communities where we live and work. Whatever your background, experience, religion, age, gender, gender identity, disability status, sexual orientation, or any other characteristic protected by law, we will make sure that you have every opportunity to impress us in your application and the opportunity to give your best at work, not because we’re required to, but because it’s the right thing to do Show more Show less

New Product Development Engineer with a strong background in capacitor manufacturing to join our engineering team. Knowledge of product development processes, quality standards, and APQP/PPAP methodologies, including the review of FMEA, control plans

Position Requirements The right person for this position should have 6-9 years of experience in IoT embedded systems. He/She should be passionate, tech savvy, academically sound, have interest in embedded devices and technologies that drive the headless domain. Knowledge: Exposure to Microcontroller/Microprocessor Architecture /Family e.g. ARM Cortex, Microchip, Xtensa ESP32, TI CC32XX, Raspberry PI, iMX series Knowledge of any RTOS, FreeRTOS, uC OS, EmbOSs, VxWorks, QNX Knowledge of Microcontroller peripherals and drivers e.g. ADC, DAC, I2C, SPI, UART, CAN, RS485, DMA, Ethernet, SD/eMMC, SDIO, UFS Knowledge of embedded linux, device driver concepts and inter process communication Knowledge of networking concepts like OSI layers, embedded TCP/IP stacks and common IP protocols Knowledge of RF protocols WIFI, Zigbee, Bluetooth/BLE, IoT Cellular Knowledge of IoT communication protocols MQTT, COAP, AMQP Knowledge of Build toolchains and framework such as IAR, GCC, Keil, Mplab, Build root, Yocto DFMA and DFMEA, Design release process Coding standards, guidelines and compliance tools Version control and repositories using git tools Software quality assurance and automated testing tools Experience / Skills: Embedded software design cycle Documenting Software Design (flow charts, state diagram, logic design, analysis, implementation, debugging and testing etc) Good hands-on programming in Embedded C, C++. Programming in scripting languages such as batch, shell, python, Nodejs is a plus. Experience with AWS/Google cloud for device connectivity. Exposure to IoT cloud services. e.g. AWS IoT Software and Hardware integration testing and troubleshooting Protocol debugging using protocol analyzer Understanding of Schematic/ Hardware design around microcontrollers like ST, TI, Atmel, Microchip, ARM core Key Interfaces Global Project team members GEC Engineering Team Local Marketing team Project Engineer / leader from BU’s across Pentair. External vendors and suppliers Qualifications and Experience: M.Tech/B.Tech in Computer Science / Electronics Engineering from a good Engineering College. Should have worked on IoT based embedded device projects. Other Requirements: Team player Good communication and presentation skills Ability to multitask Design Thinking Have passion for Design & Technology Should have a “can do” attitude Excellent interpersonal s Show more Show less

Job Description for Position: Technical Specialist - Firmware Position Requirements The right person for this position should have 6-10 years of experience in Industrial Embedded systems aligning with Industry 4.0 . He / She should be passionate, tech savvy, academically sound, have interest in embedded devices and technologies that drive the headless domain. He / She should have excellent communication skills to collaborate with global teams and be able to understand Pentair product domain to manage / develop products using industry best practices. He / She should have hands-on experience designing embedded systems architecture and execute projects to monitor, control and manage embedded devices. Role & Responsibilities Understand and explore segments product portfolio. Define design/architecture for the product firmware. Firmware development & troubleshooting. Code review and quality assurance using industry standard tools. Ensure process compliance, best practices and leveraging AI in simplifying them. Mentor project team members. Manage launched products firmware lifecycle. Manage product challenges due to external factors such as market or supply chain. Collaborate with Business Unit, Cross functional and Delivery Teams to achieve Project goals for firmware. Knowledge: Exposure to Industrial IoT equipment like PLC (Siemens, Allen Bradley) , Edge devices and gateways Knowledge of Industrial IOT domain protocols like Modbus, PROFINET, OPC-UA, EtherNet/IP Exposure to Microprocessor Architecture Family e.g. ARM Cortex, Raspberry PI, iMX series, RISC V Knowledge of embedded linux , device driver concepts and inter process communication. Knowledge of Build toolchains and framework such as Build root, Yocto Knowledge of Microcontroller peripherals and drivers e.g. ADC, DAC, UART, RS485 , Ethernet Understanding of different types of analog & digital sensors and their qualification/verification process Knowledge of Wireless protocols WI-FI , Bluetooth/BLE , IoT Cellular. Knowledge of networking concepts like OSI layers, embedded TCP/IP stacks and common IP protocols. Knowledge of IoT communication protocols MQTT , COAP, AMQP DFMA and DFMEA , Design release process Coding standards , guidelines, and compliance tools Version control and repositories using git tools Software quality assurance and automated testing tools Experience / Skills: Experience of integrating and enabling products in factory environment Maintain, support & troubleshoot products already in production Documenting Software Design (flow charts, state diagram, logic design, analysis, implementation, debugging and testing etc) Good hands-on programming in Embedded C, Golang Programming in scripting languages such as batch, shell, python, Nodejs is a plus. Experience with AWS/Google cloud for device connectivity. Exposure to IoT cloud services. e.g. AWS IoT is a plus. Understanding of Schematic/ Hardware design around microcontrollers like ST, TI, Atmel, Microchip, ARM core Key Interfaces Global Project team members GEC Engineering Team External vendors and suppliers Qualifications and Experience: M.Tech/B.Tech in Computer Science / Electronics Engineering from a good Engineering College. Other Requirements: Team player Good communication and presentation skills Ability to multitask Design Thinking Have passion for Design & Technology Should have a “can do” attitude Excellent interpersonal skills Show more Show less

Interpret design requirements and specifications as it relates to simulation load cases. Build simulation models using a variety of CAE software, including meshed models for metal and plastic components. Verify models meet quality parameters specified by internal and external customers. Create and verify CAE material models. Setup simple static, quasi-static, and dynamic analysis using LS-Dyna, PAMCRASH, ABAQUS, RADIOSS, or Optistruct (Pull/Push, 3 pt. bending). Analyze and interpret simulation results. Work within the Shape core manufacturing processes, vehicle design packaging, GD&T, DFMEA, product performance knowledge and CAD software methodologies. Communicate and explain results to technical audiences including internal and external customers. Additional functions not specifically outlined in this position description as directed by the leader. Job Type: Full-time Pay: ₹300,000.00 - ₹400,000.00 per year Benefits: Health insurance Leave encashment Paid sick time Paid time off Provident Fund Schedule: Day shift Supplemental Pay: Quarterly bonus Ability to commute/relocate: Pune, Maharashtra: Reliably commute or planning to relocate before starting work (Required) Application Question(s): Have you done your Engineering in Mechanical? Do you have good knowledge of Hypermesh? Work Location: In person

Location Hinjewadi, Pune - Maharashtra, India Pacesetting. Passionate. Together. HELLA, one of the leading automotive suppliers worldwide, has shaped the industry with innovative lighting systems and vehicle electronics. In addition, the company is one of the most important partners of the aftermarket and independent workshops. What motivates us: Shaping the mobility of tomorrow and fostering the central market trends such as autonomous driving, efficiency and electrification, connectivity and digitization as well as individualization. Every day, 36,000 employees worldwide are committed to this with passion, know-how and innovative strength. YOUR TASKS Experience: 3 to 5 years in product development within the automotive industry, specifically BCM/Lighting. Key Responsibilities Hardware Development: Design and develop hardware for Body Control Module (BCM) and lighting products in 2W/3W applications, ensuring compliance with automotive standards. Requirement Documentation: Prepare detailed hardware architecture, subsystem, and module-level requirement documents. Worst Case Analysis (WCA): Perform WCA for electronic circuits using advanced simulation software to ensure reliability and robustness. Component Selection: Select components based on WCA, design requirements, and cost optimization strategies. Circuit Design: Design circuit schematics using CADENCE Allegro, ensuring adherence to industry standards and best practices. PCB Design: Guide PCB designers to meet Electromagnetic Compatibility (EMC) requirements, ensuring minimal interference and optimal performance. Cross-functional Coordination: Collaborate with cross-functional teams including software, mechanical, and validation teams to ensure cohesive product development. DFMEA: Conduct Design Failure Mode and Effects Analysis (DFMEA) for hardware design and support in creating system-level FMEA. Cost-effective Solutions: Develop cost-effective design solutions in collaboration with program management, aligning with customer RFQ specifications. Must Requirements Design Lifecycle Experience: At least one complete design lifecycle experience from initial concept through to production. Requirement Writing: Proficiency in writing detailed hardware subsystem and module-level requirements. Circuit Simulation: Expertise in using circuit simulation tools such as LTspice for validating design concepts. DC-DC Converters: Strong fundamental knowledge of various types of DC-DC converters, Constant Current (CC) drivers, High Side & Low Side drivers. PCB Design Fundamentals: Excellent understanding of PCB design fundamentals, particularly for EMC requirements. EMI/EMC Standards: Experience with Electromagnetic Interference (EMI) and Electromagnetic Compatibility (EMC) standards in India and Europe. Thermal Calculations: Proficiency in performing thermal calculations for electronic circuits to ensure reliability under varying conditions. Manufacturability & Testability: Knowledge of Design for Manufacturability (DFM) and Design for Testability (DFT) principles. Cost Optimization: Understanding of cost optimization for electronic parts to achieve efficient Bill of Materials (BOM). DFMEA: Detailed working knowledge of Design Failure Mode and Effects Analysis (DFMEA). Additional Exposure: Experience with AC-DC converters, motor controllers, and magnetics design is a plus. Communication Skills: Excellent communication skills for effective collaboration and documentation. Skills And Experience Hardware Requirements: Writing detailed hardware subsystem and module-level requirements. Simulation Tools: Proficiency in circuit simulation tools (e.g., LTspice). Power Electronics: In-depth knowledge of DC-DC converters, CC drivers, High Side & Low Side drivers. PCB Design: Expertise in PCB design fundamentals for EMC. EMI/EMC Compliance: Familiarity with EMI/EMC standards in India and Europe. Thermal Management: Ability to perform thermal calculations for circuits. DFM/DFT: Understanding of Design for Manufacturability and Design for Testability. Cost Optimization: Skills in optimizing the cost of electronic parts for BOM. DFMEA: Proficiency in DFMEA. Advanced Electronics: Exposure to AC-DC converters, motor controllers, magnetics design (plus). Communication: Strong communication skills for effective teamwork and documentation. Your Qualifications BE /B. Tech/ M.E/ M. Tech in Electronics/Electronics & Communication/Industrial Electronics 3-5 years of experience in Automotive Product development Industry English, both written and spoken. [German Language Preferred] Location 5 Days week - Work from Office from Hinjewadi Phase -1. Take the opportunity to reveal your potential within a global, family-run company that offers you the best possible conditions for progressing in your career. Please send us your application through our careers portal, citing reference number req16340. HELLA eMobionics Private Limited Rimsha Shaikh Show more Show less

Job Description Pentair GEC, Noida Position: Engineer- Embedded Software Business Title: Sr Specialist- Firmware Position Requirements The right person for this position should have 6-9 years of experience in IoT embedded systems. He/She should be passionate, tech savvy, academically sound, have interest in embedded devices and technologies that drive the headless domain. Knowledge Exposure to Microcontroller/Microprocessor Architecture /Family e.g. ARM Cortex, Microchip, Xtensa ESP32, TI CC32XX, STM32 Knowledge of Bare metal and any RTOS (FreeRTOS, uC OS, EmbOSs, VxWorks, QNX) Knowledge of Microcontroller peripherals and low level drivers e.g. ADC, DAC, I2C, SPI, UART, CAN, RS485, DMA, Ethernet, Display Knowledge of networking concepts like OSI layers, embedded TCP/IP stacks and common IP protocols Knowledge of RF protocols WIFI, Bluetooth/BLE, IoT Cellular Knowledge of IoT communication protocols MQTT, COAP, AMQP Knowledge of Build toolchains and framework such as IAR, GCC, Keil, Mplab DFMA and DFMEA, Design release process Coding standards, guidelines and compliance tools Version control and repositories using git tools Software quality assurance and automated testing tools Experience / Skills Embedded software design cycle Documenting Software Design (flow charts, state diagram, logic design, analysis, implementation, debugging and testing etc) Good hands on programming in Embedded C, C++. Programming in scripting languages such as batch, shell, python is a plus. Experience with AWS/Google cloud for device connectivity. Exposure to IoT cloud services. e.g. AWS IoT Software and Hardware integration testing and troubleshooting Protocol debugging using protocol analyzer Understanding of Schematic/ Hardware design around microcontrollers like ST, TI, Atmel, Microchip, ARM core Key Interfaces Global Project team members GEC Engineering Team Local Marketing team Project Engineer / leader from BU’s across Pentair. External vendors and suppliers Qualifications And Experience M.Tech/B.Tech in Computer Science / Electronics Engineering from a good Engineering College. Should have worked on IoT based embedded device projects. Other Requirements Team player Good communication and presentation skills Ability to multitask Design Thinking Have passion for Design & Technology Should have a “can do” attitude Excellent interpersonal skills Equal Opportunity Employer Pentair is an Equal Opportunity Employer. With our expanding global presence, cross-cultural insight and competence are essential for our ongoing success. We believe that a diverse workforce contributes different perspectives and creative ideas that enable us to continue to improve every day. Show more Show less

Job Description Pentair GEC, Noida Job Description for Position: Firmware Engineer III - Embedded Software Position Requirements The right person for this position should have 6-9 years of experience in Embedded systems. He / She should be passionate, tech savvy, academically sound, have interest in embedded devices and technologies that drive the headless domain. He / She should be able to understand Pentair product domain and develop products using industry best practices. He / She is required to be hands-on with embedded low-level driver and application development to monitor, control and manage the peripherals like motor, pump, sensors etc. Role Responsibilities Lead a project/s. Define design/architecture. Code development & troubleshooting. Code review and quality assurance. Mentor team members. Knowledge Variable Frequency Drive Motor controller design for 3-phase or 1-phase including control algorithms , transformations. Motor types and their operational principles Exposure to Microcontroller/Microprocessor Architecture /Family e.g. ARM Cortex, Microchip, Xtensa ESP32 , TI CC32XX, RISC V Knowledge of any RTOS - FreeRTOS , uC OS, EmbOSs, VxWorks, QNX Knowledge of Build toolchains and framework such as IAR, GCC , Keil, Mplab Knowledge of Microcontroller peripherals and drivers e.g. ADC, DAC, I2C, SPI, UART, CAN, RS485 , DMA Understanding of different types of analog & digital sensors and their qualification/verification process DFMA and DFMEA , Design release process Coding standards , guidelines, and compliance tools Version control and repositories using git tools. Software quality assurance and automated testing tools Experience / Skills Driver development for Motor or Pumps Maintain, support & troubleshoot products already in production. Embedded software design cycle Documenting Software Design (flow charts, state diagram, logic design, analysis, implementation, debugging and testing etc) Good hands-on programming in Embedded C, C++ Programming in scripting languages such as batch, shell, python, Nodejs is a plus. Experience with AWS/Google cloud for device connectivity. Exposure to IoT cloud services. e.g. AWS IoT is a plus. Protocol debugging using protocol analyzer. Understanding of Schematic/ Hardware design around microcontrollers like ST, TI, Atmel, Microchip, ARM core Key Interfaces Global Project team members GEC Engineering Team Local Marketing team Project Engineer / leader from BU’s across Pentair. External vendors and suppliers Qualifications And Experience M.Tech/B.Tech in Computer Science / Electronics Engineering from a good Engineering College. Other Requirements Team player Good communication and presentation skills Ability to multitask. Design Thinking Have passion for Design & Technology Should have a “can do” attitude. Excellent interpersonal skills Equal Opportunity Employer Pentair is an Equal Opportunity Employer. With our expanding global presence, cross-cultural insight and competence are essential for our ongoing success. We believe that a diverse workforce contributes different perspectives and creative ideas that enable us to continue to improve every day. Show more Show less

We're looking for an Experienced RTL Design Engineer to join our Automotive Digital Interface Controller IP team. The Automotive Digital Design Engineer is expected to : Be responsible for specification development, architecture design and RTL development of Automotive specific features / enhancements. Proactively develop safety mechanisms that can be embedded within our IP and reused easily Work closely with the verification team and review verification plan mapping with the specification. Work with product teams to evaluate customer requirements related to quality, functional safety, and automotive reliability. Work closely with the Functional Safety and internal development teams on projects and task planning, progress tracking and reporting. Key Qualifications Must have BSEE in EE with 5+ years of relevant experience or MSEE with 4+ years of relevant experience. Must have proven experience working on Automotive SoC’s / Digital IP’s. Must have proven experience working of one or more of protocols at the IP level: DDR / PCIe / UCIe. Hands on experience with architecting / micro-architecture / detailed design from functional specifications. Hands on experience with Synthesizable Verilog/ System Verilog RTL coding for ASIC designs and Simulation tools. Lint, CDC, synthesis flow and static timing flows, formal checking, etc experience. Working knowledge / experience TCL, Perl, Python is added advantage. Has a solid desire to learn and explore new technologies. Performs in project leadership role & guides more junior peers with aspects of their job. Frequently networks with senior internal and external personnel in own area of expertise. Proficient in English. Formal training in ISO 26262 is preferred. Experience in qualifying systems with embedded hardware to various ISO 26262 ASIL levels up to ASIL D Experience with various ISO 26262 work products such as DFMEA; FMEDA; DFA Inclusion and Diversity are important to us. Synopsys considers all applicants for employment without regard to race, color, religion, national origin, gender, sexual orientation, gender identity, age, military veteran status, or disability. Show more Show less

Date: Jun 1, 2025 Location: Pune, IN Apply now » Apply now Apply for Job Enter your email to apply Position Summary With Job Responsibilities Purpose of the position Support NPI deliverables Inputs to RFQ and DFMEA. Preparing and executing design validation plan (DVP) and RLDA analysis for durability block cycle. Planning and conducting performance tests including static/ dynamic characteristics and durability tests for development parts and Benchmark parts. Ensure DVP test, analysis & release of FIR / Green Reports as per NPI project timeline. Inputs for material and performance specification to design. Monitor & ensure product quality against material specification during proto part development For IC and EV platform Resolving field failure and current product improvement. Benchmarking of structural & functional Chassis & Suspension components. Generating cost reduction ideas. Creating technical guidelines / technical specification / product specific guidelines. New material technology development and implementation on TML products Data compilation and making material property library. Personal Profile Education Competencies (Example) Communication Skill Data analytics Team building Time management Drive for results Relevant Experience Should have Master’s degree in Metallurgy and Material Science / Technology with 4-8 years’ experience in automotive components development & testing. Experience in product development for auto OEM’s /Tier 1. Exposure to international test standards like ASTM, JIS, ISO etc. Exposure to various manufacturing process e.g. Steel Casting & Forging, Welding, Forming, Rolling, heat treatment and other special processes. Exposure to UTM, servo hydraulic & servo electric test rigs. Statistical and data analytical skills. Knowledge on Steel, Casting, and Composite preferred. Education Work Experience Key Responsibilities S.N.Key Responsibility & Key Tasks Measures 1-NPI Project Delivery: Operational & Functional support to NPI deliverables for Chassis and Suspension aggregates Timely delivery and Test reports 2-Support ICR, IPTV reduction initiatives and Quality improvement programs. As per target 3-Develop New technology projects. Generate new IPR ideas, Patent filing and Create knowledge documents and design guidelines. As per target Dimensions of the position Financial Non-financial: Total reportees under this position : 0 Tata Motors Leadership Competencies Customer Centricity - Anticipating, understanding and focusing efforts on meeting the customer (stakeholders) needs or expectations Developing Self and Others - Recognizing continuous development is essential for success and taking steps to develop self and helping others to excel Driving Execution - Translating strategy into action and execution Leading by Example - Encouraging and following ethical standards Leading Change - Recognizing the need for change, initiating and adapting to change Motivating Self and Others - Inspiring teams and individuals Functional Competencies Tags Apply now » Apply now Apply for Job Enter your email to apply Show more Show less

Job Description Position Summary: Regal Rexnord is seeking an experienced product design professional with a mechanical engineering background to support NPD, VAVE or redesign projects. Major Responsibilities: Provide support to NPD, VAVE, redesign projects execution. Design new components & modify existing components per customer requirements. Perform various engineering calculations. Provide support in creating DFMEA and DFM&A assessments as needed. Provide support for preparing test plan required for lab testing. Co-ordinate all activities related to testing per test plan including vendor interaction. Provide inputs for FEA validations. Coordinate with cross-functional teams to execute project deliverables. Support in creating drawings, design documents, installation instructions, customer data sheets etc. Perform competitor study and identify opportunities. Keep up to date on industry trends, mechanical powertrain industry/technology. Support problem solving (5 Whys, 8D, fishbone) and countermeasure development Provide daily update to supervisor/BU. Participate in project update meeting with BU weekly. Perform other duties and responsibilities as required. Required Education / Experience / Skills: Bachelor’s degree in mechanical engineering from a reputed college. Master’s degree in mechanical engineering is a plus. Min 70% (8 CGPA) marks. 2+ years of product design/VAVE experience in any industrial products like couplings, bearings, gearboxes, pumps, turbines, clutches, brakes, machines tool etc. Hands-on experience with design engineering principles and practices. Exposure to drawings and specifications including GD&T, material standards etc. Proficient in creating drawings and models using any of the CAD software like SolidWorks, Solid Edge, AutoCAD, Creo, or Inventor. Exposure to mfg. processes is a plus. Proficient in Microsoft Office package (Excel, Word, PowerPoint) Proficient in verbal, written communication and presentation skills Good time management and execution skills Strong interpersonal skills, Team player & collaboration skills. Self-motivated, capable of working with minimal supervision and with sense of urgency. Good Analytical Skills and Critical Thinking Travel: Regional or global, less than 10%. Language: Primarily English. Other Indian, European or Asian languages could be beneficial to work with people from those regions on any of the projects. About Regal Rexnord Regal Rexnord is a publicly held global industrial manufacturer with 30,000 associates around the world who help create a better tomorrow by providing sustainable solutions that power, transmit and control motion. The Company’s electric motors and air moving subsystems provide the power to create motion. A portfolio of highly engineered power transmission components and subsystems efficiently transmits motion to power industrial applications. The Company’s automation offering, comprised of controls, actuators, drives, and precision motors, controls motion in applications ranging from factory automation to precision control in surgical tools. The Company’s end markets benefit from meaningful secular demand tailwinds, and include factory automation, food & beverage, aerospace, medical, data center, warehouse, alternative energy, residential and commercial buildings, general industrial, construction, metals and mining, and agriculture. Regal Rexnord is comprised of three operating segments: Industrial Powertrain Solutions, Power Efficiency Solutions, and Automation & Motion Control. Regal Rexnord has offices and manufacturing, sales and service facilities worldwide. For more information, including a copy of our Sustainability Report, visit RegalRexnord.com. Show more Show less

Your Job We are seeking a highly skilled and detail-oriented Design Engineer who is specialized in tooling/mold design. As a key member of our engineering team, you would be Independently responsible for Plastic Injection Mold design, in-lining with Automation tooling design for DSS (Datacom & Specialty Solutions) products using siemens NX software, executing new designs, modifications, 3D/2D creations, BOM & setup sheet creation and process optimization that meet or exceed product performance specifications per internal Molex standards, industry standards or customer specifications. The ideal candidate will possess a strong technical background in Injection molding process, machining/manufacturing operations, excellent CAD (UG NX) skills and deep understanding of various plastic parts & electromechanical components. Our Team This team provides mold, die, automation, gigs and fixture system design and mold-flow-simulation and other engineering related services to Datacom and Specialty Solutions Division’s stakeholders who are located at Molex sites across the globe. This open position will be part of this engineering team at Molex India Business Services. What You Will Do Provide Mold tooling design, manufacturing and automation tooling adhering to our design standards using Siemens NX & PLM software, within DSS BUs that meet or exceed customer expectations. Design includes all aspects of tooling such as mold tooling design, automation Pallet design, assembly tooling, fixtures, by 3D Modeling, 2D Drafting, BOM (Bill Of Material) creation, assembly setup chart, engineering changes, document release, GD&T, tolerance analysis, process optimization, tooling debug, etc. Utilizes a working knowledge of material costs and manufacturing processes to determine the impact on various design attributes and to support DFM & manufacturing processes setup. Provides input to the DFMEA analysis to the product designer as required. Works with global manufacturing engineering (Process Engineers & MIEs) and Automation tool designers to execute the projects utilizing the latest 3D CAD modeling techniques, PLM software (Teamcenter/ECTR) and other DFM tools following Molex internal process. Focus on systematic and cost-effective approach design to Support mold tooling & Automation tooling projects from development of proof the concept through mass production. Manage and organize CAD files, revision levels, design reviews, cross-functional meetings and provides technical insights and recommendations for design improvements. Proactively seek knowledge, retain learnings, create/maintain design standards and best practice documents along with peers. Strong English communication skills, both verbal and written, that demonstrate the ability to express complex technical concepts clearly and concisely. Understand, support and contribute to Molex culture of Principle Based Management Perform other related duties as assigned by supervisor. Who You Are (Basic Qualifications) Bachelor of Engineering in Mechanical 4-6 years in mold design experience for Plastic and Sheetmetal components Experience in Plastic Injection Molding, Runner system, part feasibility, draft analysis, core-cavity extraction, etc Good working knowledge in tooling design specially in plastic injection molding and over-molding Good understanding of manufacturing process, machining operations, sheet metal tooling, and assembly processes Machine shop exposure and hands on experience of certain machining processes Proficient in using Siemens NX to generate 3D models & 2D drafting Material and manufacturing knowledge of plastics, sheet metal & machined components Working Knowledge of GD&T and tolerance analysis, limits & Fits, ASME Y14.5 Understanding of product/tool DFM, DFA and DFX techniques Designing plastic and sheet metal components and related toolings Strong English verbal and written communication skills that demonstrate the ability to express complex technical concepts clearly and concisely Proficient with Microsoft Word, Excel, and Power Point Good interpersonal skills to work effectively with others and in a team Travel will be required as necessary What Will Put You Ahead Master’s/Additional qualification in Design/Manufacturing/Tool & Die engineering from NTTF, CIPET or similar institutes 4+ years in Design Engineering function engaged in mold design, automation tooling and fixture systems Should possess working knowledge of Injection Molding for electromechanical parts, cable & sheet metal overmolding. Knowledge in polymer selection for injection molding Knowledge of Plastic Over-molding, low pressure and high-pressure molding, Scientific Molding techniques. Possesses skill of different molding/manufacturing techniques, process optimization Mitigation of Injection molding defects At Koch companies, we are entrepreneurs. This means we openly challenge the status quo, find new ways to create value and get rewarded for our individual contributions. Any compensation range provided for a role is an estimate determined by available market data. The actual amount may be higher or lower than the range provided considering each candidate's knowledge, skills, abilities, and geographic location. If you have questions, please speak to your recruiter about the flexibility and detail of our compensation philosophy. Who We Are {Insert company language from Company Boilerplate Language Guide} At Koch, employees are empowered to do what they do best to make life better. Learn how our business philosophy helps employees unleash their potential while creating value for themselves and the company. Show more Show less

Description Enphase Energy is a global energy technology company and leading provider of solar, battery, and electric vehicle charging products. Founded in 2006, Enphase transformed the solar industry with our revolutionary microinverter technology, which turns sunlight into a safe, reliable, resilient, and scalable source of energy to power our lives. Today, the Enphase Energy System helps people make, use, save, and sell their own power. Enphase is also one of the fastest growing and innovative clean energy companies in the world, with approximately 80 million products installed across more than 160 countries. We are building teams that are designing, developing, and manufacturing next-generation energy technologies and our work environment is fast-paced, fun and full of exciting new projects. If you are passionate about advancing a more sustainable future, this is the perfect time to join Enphase! About the role: Working in our India-based team, you will lead the Mechanical Engineering testing: planning, performing, analysing and reporting of design verification testing. You will perform testing with in-house equipment and at external test labs to complete the testing according to the identified standards and each project’s timeframes. In addition, you will have close collaboration with our team in China, New Zealand and USA to execute the tests outside of India. You will create high-quality reports, and you will have clear spoken and written communication so that our global team can understand the status of testing and any issues arising from test failures. What you will do: Design (30%) & Testing (70%) of new Electromechanical products sometimes as sole contributor and often as part of a team of contributors. Work with Cross functional team and provide quick solutions ensuring quality Manage assigned mechanical projects, adhering to project timelines, budget constraints, and quality standards. Perform day-to-day tasks like CAD (3D & 2D) activities, design documentation, Testing and reports, DoE, CAPA, 8D, DFMEA etc Product testing (DVT) & Testing proof-of-concepts and prototypes for performance Design and execute comprehensive test plans (Inhouse and external lab) to verify mechanical performance against design specifications, including static and dynamic loading, fatigue testing, environmental testing, and reliability testing. Preparing mechanical mock-ups, Prototypes, Electro-mechanical assemblies, Cable Assemblies and test sample preparation. Analyze test data, identify potential issues, and implement design improvements to address any deficiencies. Develop and maintain test protocols and documentation. Utilize test equipment and instrumentation to collect accurate data (e.g., strain gauges, load cells, data acquisition systems). Drive lab space safety, regulatory and security processes compliance. Failure analysis and root cause identification Who you are and what you bring: Bachelor's Degree (or higher qualification) in Mechanical Engineering IISC-Masters in Product Design working on electro mechanical Domain 6+ years (with BE / BS) or 3+ years (with Masters) of industry work experience in product design, development & testing. Good exposure on UL/IEC and related standards. Experience on UL1741, IL9540, UL 9540A will be an added advantage. Experience in testing below international standards is desirable (but not limited to). Inverters UL 1741, Electrical connectors UL 6703, UL 9703, EN 60512, EN 60352; Polymers UL 94, UL 746C. Ingress protection IEC 60529/IPXX/NEMA Enclosure standards Hands on is preparing mechanical mock-ups, Prototypes, Electro-mechanical assemblies, Cable Assemblies and test sample preparation Experience using computer-aided development tools (SolidWorks). Exposure to maintaining mechanical lab and Equipment’s. Building or sourcing test equipment, fixture design and development. Hands on Experience on testing Electromechanical products for Design Verification Exposure to electrical and electronic testing with knowledge on thermocouple instrumenting and connecting to Data logging equipment for capturing test data. Ability to plan, lead and drive the DVT tasks and activities independently with minimal supervision/oversight. Knowledge of DFMEA and DFR would be an added advantage. Working knowledge of MS Office tools (Excel, Word, PowerPoint). Good Exposure on plastics, Sheetmetal, casting part design and manufacturing process Good understanding on cable assemblies, ECAD/MCAD integrations Good exposure on structural and thermal design considerations Good Exposure on DFX for high volume production Good exposure on prototype techniques for Design development and verification Experience in SolidWorks and EPDM. Knowledge on any other CAD packages will be an added advantage. Exposure on CAE tools is an added advantage. Clear communication - verbal and written Experience in the design and sustaining activities on high-volume products (+500k pa) would be a plus and also previous employment in high-power and consumer products industries would be a plus. Show more Show less

Mechanical Product Design Engineer Location: Hubli, Karnataka Experience: 2-5 Years in New Product Development (Experience in Service based industry or other domains does not count) About This Role You will be responsible for leading Design and Development of mechanical systems for our cutting-edge defence products. We are seeking a Mechanical Design Engineer who thrives on owning projects end-to-end—from ideation to deployment. As a Mechanical Design Engineer, you'll work on actual hardware from day one — designing, prototyping, testing, and breaking things that the Armed Forces might use tomorrow. You’ll be part of the R&D team behind our next-gen defence products, contributing to everything from sketches to field tests. What You’ll Be Doing Brainstorm & sketch concepts based on first principles (we don’t do copy-paste design). Design 3D models and detailed mechanical parts using SolidWorks or Fusion 360 considering DFM, DFMEA, DFA. Rapid prototype using 3D printers, CNC Milling, and other machines in our in-house R&D lab. Work closely with electronics and software teams to bring hardware to life. Break your designs, fix them fast, and learn even faster. Analyze and Simulate the models in ANSYS and MATLAB Test and validate prototypes as per MIL STDs Requirements 2–5 years of experience in mechanical new product development. Proficiency in CAD software (e.g., SolidWorks, Fusion 360) and simulation tools (e.g., Ansys, MATLAB). Strong understanding of materials, tolerances, and manufacturing processes such as CNC machining, and 3D printing. Excellent problem-solving and analytical skills. Passion for hands-on projects — show us what you’ve built! Key Responsibilities: Ideate and generate product concepts based on inputs from the user (Armed Forces). Develop and refine mechanical product designs from concept to prototype. Conduct research on materials, manufacturing processes, and emerging technologies to optimize product design. Create detailed 3D models, drawings, and simulations using CAD and FEA tools. Test and validate prototypes, ensuring compliance with performance and safety requirements. About Us Astr Defence is a new-age defence tech company building next-generation products to strengthen Indian forces on modern battlefields. Join Astr if you're drawn to solving hard problems and want to create a meaningful and profound impact on national security. Show more Show less

Position Name: Development Engineer Sheet Metal Department: Research and Development Qualification: BE/ ME. (Mechanical/Automobile) Years of Experience: 10 to 16 yrs. Location: Pune, Chakan Embark on a fulfilling journey at Škoda Auto Volkswagen India (SAVWIPL), where were powering ahead into the future of mobility with unwavering determination. Headquartered in Pune, SAVWIPL manages the India region of the Volkswagen Groups five prestigious brands Škoda, Volkswagen, Audi, Porsche, and Lamborghini. As a leading European car maker in India, we offer a promising career growth, constant innovation, and a balanced work-life environment. Our consistent pursuit of workplace excellence has garnered us numerous accolades including ‘Great Place to Work’, ‘Top Employer’, and HR Asia’s ‘Best Companies to Work for in Asia’ in 2023. At the forefront of automotive innovation, we operate two cutting-edge manufacturing facilities in India - at Chakan, Pune, and Shendra, Chhatrapati Sambhajinagar (formerly known as Aurangabad). With a rich legacy spanning over two decades, SAVWIPL boasts a wide spectrum of cars in its portfolio, ranging from conventional ICE range to electrifying BEV models. Open the door to boundless opportunities and learn more about SAVWIPL by visiting www.skoda-vw.co.in. Regardless of your background, age, or identity, we welcome all talents to join us on this exciting journey towards shaping the future of mobility. Purpose of the Position (Short Summary of the Role): Responsible for sheet metal platform parts to provide technical input to suppliers and plant colleagues to meet product requirement ensuring right material, process and functionality of the product. Bridge for VW group technical requirements for component, system development achieving engineering milestone. Responsible for releases recommendations like P,B, BMG ,K ensuring legal and homologation standards. Authority: To present solutions to technical issues during design, product development /manufacturing process. To create and release component, system relevantdocuments for approvals. Authorized to take decisions on component design and testing failures and provide solutions. Skills Required: Critical, Technical & Behavioral Skills (As required for the role) Component features and applications, design criteria, assembly and manufacturing processes for specific components Applications of raw materials and failure criteria. Understanding on testing and validation criteria Self-starting and self-motivation, Ability to think in wider scope Good communications skills Team player Product and process knowledge Critical, Technical & Behavioral Skills (As required for the role) Component features and applications, design criteria, assembly and manufacturing processes for specific components Applications of raw materials and failure criteria. Understanding on testing and validation criteria Self-starting and self-motivation, Ability to think in wider scope Good communications skills Team player Product and process knowledge Key Responsibilities &Tasks: Coordinates suppliers to implement the project tasks and reporting to relevant Team head about project progress. Contributes to setting project parameters and their optimization, including time plan, product goals, Analyze, prepare, propose and execute the product development process at component, system and vehicle level in an efficient and appropriate way, incl. materials, technical solution and technology for decision making or implementation Single Point contact as part owner for suppliers & other departments. Coordination with departments like QA, pilot hall, Purchasing & Development for product optimization and issue resolution. Create 3D data, 2D drawings, PDM, TLD, DFMEA and other needed documentation. Upload the documentation in IT systems, for releasing . Responsible for milestones and deliverables (Concept car, STRAK etc.) till EOP. Creation of WF documentation and release it (P, B, BMG, K etc.)including relevant administrative activities Evaluate the test results, define counter-measures and cooperate on their realization. Prepare release recommendation documents for BMG & K-release Create documents (problem sheets) presentation for working level / mid management meetings Based on PEP (Product development process) guidelines ensure that the respective component milestones (technical and budgetary) are completed within the stipulated time period and with the desired results Support regular development team meetings, facilitate discussions Set wise, interdepartmental, with development consultants, HQ & suppliers to arrive at best solutions for product and company. Continuously seek and identify new Indian technologies / development opportunities based on competitor/market trends, customer requirements, Supplier inputs and Manufacturing requirements Contribute to the team regarding budget, AEKO preparation and D&D negotiations Ensure compliance with internal and external requirement such as Specifications (LAH) regulatory, homologation and identified Key performance Indicators (KPI’s) Support for CFT review meeting at India level Equal Opportunity and Mutual Respect Company assures equal opportunity and equal treatment, irrespective of ethnicity, skin colour, gender, disability, ideology, faith, nationality, sexual orientation, social background or political conviction, provided it is based on democratic principles and tolerance towards those of contrary convictions. By principle, our employees are chosen, hired, and supported based on their qualifications and skills. Each of our employees is prohibited from discrimination of any kind (e.g. by disadvantaging, demoralizing, harassing or bullying) and shall nurture a respectful interaction with one another. Show more Show less

Job Summary - We are looking for a passionate and self-motivated Mechanical Engineer with strong skills in 3D CAD modeling, drafting, BOM creation, and design documentation. The ideal candidate should be enthusiastic about working in a dynamic environment, capable of taking ownership of tasks, and confident working individually as well as in cross-functional teams. Knowledge of DFMEA, DFMA, and exposure to hydraulic, pneumatic, or electrical systems will be considered an added advantage. Key Responsibilities - Create detailed 3D CAD models and 2D manufacturing drawings using tools such as SolidWorks, Creo, or similar. Prepare and manage Bill of Materials (BOM) and ensure accurate documentation for production and procurement. Take initiative and ownership of projects from concept to production. Perform Design Failure Mode and Effects Analysis (DFMEA) to identify and mitigate design risks. Apply Design for Manufacturing & Assembly (DFMA) principles to ensure efficient production. Collaborate with fabrication, assembly, and testing teams to validate and improve designs. Support prototyping, testing, and troubleshooting activities. Work independently with minimal supervision, managing tasks and timelines proactively. Design calculations. Qualifications - Bachelor's degree in Mechanical Engineering or related field. Proficient in 3D CAD software (SolidWorks), PDM. Basic understanding of manufacturing processes, GD&T, and material selection. Strong analytical and problem-solving skills. Enthusiastic, detail-oriented, and willing to take on responsibilities. Effective communication skills for cross-functional collaboration. Preferred Skills (Added Advantage)Knowledge or hands-on experience with hydraulic, pneumatic, or basic electrical systems. Exposure to mechanical simulations (FEA, motion analysis). Experience in prototype development and testing. Why Join Us? Opportunity to work on innovative engineering projects. A collaborative and energetic team environment. Freedom to grow, take responsibility, and make an impact.

Role & responsibilities: Process Development &Optimization Define, document, and improve engineering workflows, protocols, and D&D procedures. Collaborate with cross-functional teams (Design, QA/RA, Manufacturing, Supply Chain) to standardize and streamline development processes. Support Design Control processes including Design Inputs/Outputs, Verification, and Validation activities. Technical Documentation Management Create, maintain, and control engineering documentation such as: Design History Files (DHF) Device Master Records (DMR) Engineering Change Orders (ECO) Risk Management Files (ISO 14971) Ensure traceability and version control using QMS tools. Assist in the preparation and formatting of documents for regulatory submissions (FDA, EU MDR). Compliance & Quality Support Ensure documentation and processes meet applicable standards: ISO 13485, 21 CFR Part 820, IEC 60601, and other regulatory requirements. Support internal and external audits by providing required documentation and process maps. Knowledge Transfer & Team Support Maintain structured repositories of technical documentation and templates. Train engineers and D&D staff on documentation best practices, process adherence, and use of documentation tools. Tools & Systems Use and help maintain Product Lifecycle Management and Quality Management Systems (QMS). Work with tools such as SolidWorks PDM, Windchill, Arena, or equivalent for document and change control. Preferred candidate profile

Role & responsibilities Basic level knowledge of Power Train of heavy commercial vehicles. Experience of 2D drawing & 3D CAD data creation in Catia. Experience in PLM. Concept preparation of Steering, Power Train, Suspension. Supplier interaction and technical requirement sign off. Design calculations, DFA, DFM, DFS, digital validation, DVP preparation, DFMEA, design variational analysis. DMU preparation & ensuring integration in vehicle . First time right design release as per modularity, quality, cost, weight & features meeting safety, CMVR , homologation and VLO requirement. Benchmarking for aggregates. Quality, Manufacturing and field issues resolution. VAVE in aggregates. New Technology adaptation in aggregates.

Role & responsibilities Basic level knowledge of Power Train of heavy commercial vehicles. Experience of 2D drawing & 3D CAD data creation in Catia. Experience in PLM. Concept preparation of Steering, Power Train, Suspension. Supplier interaction and technical requirement sign off. Design calculations, DFA, DFM, DFS, digital validation, DVP preparation, DFMEA, design variational analysis. DMU preparation & ensuring integration in vehicle . First time right design release as per modularity, quality, cost, weight & features meeting safety, CMVR , homologation and VLO requirement. Benchmarking for aggregates. Quality, Manufacturing and field issues resolution. VAVE in aggregates. New Technology adaptation in aggregates.