1320 Dfm Jobs - Page 33

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: project management,software development (c/c++),mentoring,embedded,communication skills,hardware development,team collaboration,pcb layout and design,ecad/mcad co-design,parametric cad (creo, solidworks),avionics engineering,fmea,software development,electromechanical design,verification planning,quality assurance,gd&t and tolerance analysis,electro-mechanical design,mechatronics,c++,analytical skills,robotics,halt/hass testing Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

About The Opportunity We are a fast-growing player in the Aerospace & Unmanned Aerial Systems (UAS) industry, focused on designing next-generation avionics and electro-mechanical hardware for autonomous aircraft. Our R&D team tackles cutting-edge challenges at the intersection of electronics, robotics, and mechanical engineering to push the frontier of flight safety, reliability, and performance. Role & Responsibilities Own the full life-cycle design of high-precision electro-mechanical subsystems for UAV avionics, from concept and simulation through prototyping, verification, and release to manufacturing. Define component selection (sensors, actuators, microcontrollers such as STM32, PCB stack-ups) and validate them against thermal, vibration, and EMI/EMC requirements. Integrate embedded electronics with mechanical assemblies by collaborating closely with firmware, aerodynamics, and manufacturing teams to meet weight, tolerance-stack-up, and DFM targets. Develop and execute verification plans, FMEA, and HALT/HASS tests to ensure regulatory compliance and mission-critical reliability. Drive continuous design-for-manufacture and design-for-serviceability improvements, creating reusable module libraries and documentation. Mentor junior engineers and champion first-principles problem-solving and safety-critical design best practices across the organization. Skills & Qualifications Must-Have Bachelor’s or Master’s in Electronics, Mechatronics, Robotics, or Avionics Engineering. 6 + yrs hands-on experience designing electro-mechanical or robotic systems for aerospace, defense, or similar safety-critical domains. Strong analog/digital circuit design skills and embedded C/C++ development proficiency. Proven PCB layout review/modification experience and familiarity with ECAD/MCAD co-design workflows. Working knowledge of parametric CAD (e.g., Creo, SolidWorks) plus GD&T and tolerance analysis. Demonstrated record of taking hardware from prototype to flight-ready production, including rigorous test planning and risk mitigation. Preferred Experience with avionics standards (DO-254/DO-160) or UAV flight-control architectures. Familiarity with robotics kinematics, control-systems tuning, and MIL-STD environmental testing. Prior leadership of cross-functional design reviews and supplier qualification programs. Skills: Project management,Team collaboration,Analytical skills,Communication skills,Software development,Quality assurance,Mechatronics,Electromechanical Design,C++,Hardware Development,Embedded Show more Show less

Job Overview: We are looking for an experienced PCB Designer – DDR3/DDR4 to join our team. The successful candidate will be responsible for designing and implementing high-quality printed circuit board (PCB) layouts for our electronic products. Key Responsibilities: Designing and implementing PCB layouts for electronic products. Collaborating with Mechanical engineers and other stakeholders to ensure that the PCB design meets product requirements and specifications Selecting appropriate components for the PCB layout and ensuring that they are placed and routed correctly Optimizing PCB layout for cost, manufacturability, and functionality Generating and maintaining design documentation including schematics, layout files, and assembly drawings Troubleshooting and resolving PCB layout issues during prototyping and production phases. Perform Routing and follow stack-up defined by the Design Engineer to PCBs of medium complexity, typically used in embedded systems with 6-8-layer PCBs. Solid understanding of design for industrial applications including EMI/EMC and environmental specifications and their testing. Proficient in board testing and debugging and knowledge in compilation of PCB design documents and construction documents (circuit diagram, layout design, documentation, 3D models, drawings). Risk management, Configuration management and Project management Board bring-up, testing and troubleshooting of hardware. Qualifications and Skills: 4+ years in high-speed PCB design. Strong hands-on experience with DDR3/DDR4 layout and routing Deep understanding of high-speed signals, impedance matching, and differential pair routing Experience with simulation tools like HyperLynx/Sigrity Familiar with common bus such as I2C, UART, SPI, CAN, etc. Experience with high-speed and RF PCB design Experience with PCB layout for mixed-signal circuits Experience with High Speed Processor Design Experience with FPGA and DDR Memory integration Familiar with iMX8 Processor Design Knowledge of design for manufacturing (DFM) and design for assembly (DFA) principles. Preferred Attributes: Proficiency in Design software such as KiCad, Eagle PCB, Altium Designer or similar Why Join Us? BotLabs likely works on cutting-edge technology, offering PCB designers the opportunity to contribute to innovative products and solutions in the robotics and automation fields. Show more Show less

Radiant Semiconductors is a global player in Semiconductor Industry Founded in 2018, offering tailored semiconductor solutions to meet clients' needs, Headquarters in Bengaluru, Hyderabad and USA. Our services are RTL Design, ASIC Verification, Physical Design, DFT, Analog Layout, Analog Design and Physical Verification. Our dedicated and experienced team of engineers ensures delivery of high-quality results to accelerate clients' success. Trust in Radiant to illuminate your path to success. Why Radiant? 🌟 Competitive Salary & Benefits 📈 Career Growth Opportunities 🤝 Collaborative Work Environment 🎯 Cutting-Edge Projects We have Job Opportunity for Analog Layout Engineer Experience – 3 to 8 Yrs Location – Noida Availability – Immediate to 15 Days Job Description Design and implement analog layouts for high-performance circuits (e.g., amplifiers, ADCS, DACS, voltage regulators) using TSMC/Samsung 7nm and below nodes. Perform design rule checks (DRC), layout versus schematic (LVS), and electrical rule checks (ERC) to ensure design compliance. Required Skills: Strong experience in analog layout design at advanced nodes (TSMC/Samsung 7nm and below). Proficiency in layout tools like Cadence Virtuoso, Synopsys IC Compiler, or similar. Understanding of layout-dependent effects (LDE) and its impact on performance. Knowledge of parasitic extraction, simulation, and optimization. Familiarity with design for manufacturability (DFM) techniques. Knowledge on Basic SKILL/PERL. Show more Show less

This role is for one of our clients Industry: Mechanical Engineering Seniority level: Mid-Senior level Min Experience: 10 years Location: Rajkot, Gujarat JobType: full-time About The Role We’re looking for an accomplished and hands-on Driveline Engineering Manager to lead the design, development, and validation of key power transmission systems. This role combines technical leadership with project execution, requiring a strong foundation in gears, shafts, bearings, and related assemblies. The ideal candidate will bring a deep understanding of driveline architecture, excellent CAD proficiency, and a systems thinking approach to product development. You will guide a focused team of engineers, manage concurrent projects, and collaborate with cross-functional teams across design, sourcing, and manufacturing. Key Responsibilities 🚘 Technical Leadership & Engineering Execution Lead the end-to-end design of driveline components —including gear trains, shafts, synchronizers, clutches, and bearings. Conduct design calculations for gear and shaft systems using Romax or Kisssoft . Drive excellence in component modeling, detailing, and validation using Creo . 📈 Project Management Oversee multiple simultaneous development projects with accountability for timelines, cost, and quality. Coordinate effectively with stakeholders across product design, manufacturing, and procurement to meet project milestones. Track project deliverables through ERP platforms such as SAP or Oracle . 🧩 Design Reviews & Documentation Own the preparation and validation of DFMEA , DFA , DFS , and other critical design documentation. Apply GD&T and perform tolerance stack-up analysis to ensure high-precision component integration. Maintain and manage design revisions via PLM tools such as Teamcenter or Windchill . 🔍 Manufacturing Insight & Product Realization Ensure that designs align with manufacturing constraints, especially forging, casting , and heat treatment processes. Collaborate with suppliers and manufacturing engineers to ensure DFM/DFA alignment. 🧠 Optional Expertise Support auxiliary system development such as belt and chain drives , pulleys, and sprockets. Participate in benchmarking and reverse engineering initiatives to guide design innovation. Qualifications & Skills ✅ Must-Haves 7–10 years of experience in mechanical design , with a focus on driveline systems or transmission components . Expertise in Creo for part modeling, assemblies, and detailed 2D drawings. Hands-on experience with Romax or Kisssoft for gear and shaft validation. Strong command of GD&T , tolerance stack-up, and mechanical engineering principles. Familiarity with Teamcenter , Windchill , and SAP/Oracle environments. Proven ability to manage small engineering teams and deliver projects under tight timelines. ⭐ Preferred Knowledge of auxiliary systems (belt/chain drives, pulleys). Prior experience in teardown studies, product benchmarking, or value engineering. Key Skills & Tools Creo | Romax | Kisssoft | Driveline Design | Teamcenter | Windchill | SAP | GD&T | DFMEA | Shaft & Gear Design | Forging & Casting | Project Management | Team Leadership Show more Show less

Job Description: • Experience in Design & Development of Exterior trims at Automotive OEM around 18 to 25 years of experience. • Strong program management skill with a goal/target minded discipline process excellent communication and interpersonal skill. • Hands on experience in CATIA application. • Good knowledge of Teamcenter/PLM. • DMU check for packaging feasibility & interaction with all concerned departments. • At least one complete project execution as Team Lead of Design & Development of Exterior trims. • Feasibility checks for CAS, Tooling direction • Experience in Exterior Body trims such as Front bumper, Grill, Side cladding, Wheel arch, Rear bumper, Mudflap • Good knowledge of drawing, GD&T, BOM & & assembly process flow. • Interaction with CFT including CAE, assembly line, Production planning, suppliers. • Having good experience in Homologations for ECE & FMVSS, AIS standards. • Having good knowledge of DFM, DFA, DFS & DFMEA (4D) rules & product process flow chart system. • Suggested VAVE (Cost Reduction) for weight reduction ideas Show more Show less

Dear Candidate! Greeting from TATA Electronics! Position: Assistant / Deputy Manager - Automation Engineer (Equipment Maintenance) Work Location: Hosur Roles & Responsibility: Automation machine installation, validation and maintenance Responsible for new line installation & prove out (project management) Driving the KPI's and skill matrix & evaluating it Actively coordinate with CFT / Customer / Supplier close the readiness Responsible for 5Q stage qualifications (DQ/IQ/OQ/PQ/MQ) Ability to perform and guide team on PFMEA, DOE, Control Plan, 7QC tools etc. Machine maintenance / Warranty / DFM / DAP / SOP / MSOP / Checklist / PQP and other standard document validation and approval. Responsible for Spare management. Co-ordinate with Buyer / CAPEX for vendor equipment repair. Expertise in Robot, Servo control and CCD, and other automations controllers Experience in various Laser / gluing / Assembly Process Related Standards Experience in Cp&Cpk, Fishbone, Pareto, Control Chart, scatter plots, etc Reporting of build status & Action tracker via live tracker to reporting manager. Develop best practices, routines, lesson learnt, innovative solutions and new concept / technology implementation on new program Required Skill Set : Bachelor’s degree with 13 - 18 years of experience. Should have good people and process management skills. Demonstrates knowledge of multiple functional technologies/processes, industries or functions and understanding of interdependencies of such processes at the site. Candidates from EMS industry preferred. Show more Show less

Job Summary Physical verification engineer for SOC/blocks Key Responsibilities • Physical verification for SOCs, cores, and blocks, including DRC, LVS, ERC, ESD, DFM, and tapeout processes. • Address critical design and execution challenges associated with physical verification and sign-off. • Have a comprehensive understanding of physical verification and sign-off workflows and methodologies. • Partner with PNR engineers to achieve sign-off at various stages of the design process. Qualifications and Skills Proficient in physical verification for SoC/full-chip and block-level processes, including DRC, LVS, ERC/PERC, DFM, OPC, and tapeout. • Comprehensive experience and understanding of all stages of the IC design process from RTL to GDS2. • Skilled in troubleshooting LVS issues at the chip level, particularly with complex analog-mixed signal IPs. • Familiar with low-power design techniques, including level shifters, isolation cells, power domains/islands, and substrate isolation. • Experienced in physical verification of I/O rings, corner cells, seal rings, RDL routing, bumps, and other full-chip components. • Capable of developing sign-off methodologies/flows and providing support to larger teams. • Knowledge of ERC rules, PERC rules, and ESD rules is a valuable asset. • Experience in floorplanning is a plus. Show more Show less

Job Title: Product Design Engineer - SolidWorks Specialist Location: Khopat, Thane, Maharashtra 400601 Reporting to: General Manager Job Summary: We're seeking a highly skilled Mechanical Design Engineer to join our team. The ideal candidate will have a strong background in mechanical engineering, excellent design skills, and experience with computer-aided design (CAD) software, particularly SolidWorks. Responsibilities: Design and develop mechanical components, systems, and processes Create 3D models, drawings, and blueprints in SolidWorks Develop and assemble complex designs, including sheet metal fabrication Conduct inspections and quality checks to ensure manufacturability Collaborate with fabricators, machinists, and cross-functional teams to ensure design feasibility and production quality Utilize computer simulation and modeling techniques to optimize design performance Coordinate with production teams to ensure smooth transition from design to manufacturing Requirements: Bachelor's/Master's degree in Mechanical Engineering or related field Minimum 1 year of experience in mechanical design and development Advanced skills in SolidWorks, including modeling, drafting, and assembly creation Strong understanding of design-to-manufacturing chain and sheet metal fabrication Excellent problem-solving, planning, and organizational skills Ability to work effectively in a team environment and communicate with stakeholders Nice to Have: Experience with computer-aided engineering (CAE) and finite element analysis (FEA) Knowledge of lean design and manufacturing principles Familiarity with design for manufacturability (DFM) and design for assembly (DFA) principles Certification in SolidWorks, such as CSWA or CSWP What We Value: Planning and organizing capacity Teamwork and collaboration Attention to detail and responsibility Solid experience in SolidWorks software What We Offer: Competitive salary and benefits package Opportunities for professional growth and development- Collaborative and dynamic work environment Recognition and rewards for outstanding performance Job Type: Full-time Pay: ₹300,000.00 - ₹700,000.00 per year Benefits: Health insurance Paid time off Schedule: Day shift Fixed shift Supplemental Pay: Performance bonus Location: Khopat, Thane, Maharashtra (Preferred) Work Location: In person

This role is for one of our clients Industry: Mechanical Engineering Seniority level: Mid-Senior level Min Experience: 10 years Location: Rajkot, Gujarat JobType: full-time About the Role We’re looking for an accomplished and hands-on Driveline Engineering Manager to lead the design, development, and validation of key power transmission systems. This role combines technical leadership with project execution, requiring a strong foundation in gears, shafts, bearings, and related assemblies. The ideal candidate will bring a deep understanding of driveline architecture, excellent CAD proficiency, and a systems thinking approach to product development. You will guide a focused team of engineers, manage concurrent projects, and collaborate with cross-functional teams across design, sourcing, and manufacturing. Key Responsibilities Technical Leadership & Engineering Execution Lead the end-to-end design of driveline components —including gear trains, shafts, synchronizers, clutches, and bearings. Conduct design calculations for gear and shaft systems using Romax or Kisssoft . Drive excellence in component modeling, detailing, and validation using Creo . Project Management Oversee multiple simultaneous development projects with accountability for timelines, cost, and quality. Coordinate effectively with stakeholders across product design, manufacturing, and procurement to meet project milestones. Track project deliverables through ERP platforms such as SAP or Oracle . Design Reviews & Documentation Own the preparation and validation of DFMEA , DFA , DFS , and other critical design documentation. Apply GD&T and perform tolerance stack-up analysis to ensure high-precision component integration. Maintain and manage design revisions via PLM tools such as Teamcenter or Windchill . Manufacturing Insight & Product Realization Ensure that designs align with manufacturing constraints, especially forging, casting , and heat treatment processes. Collaborate with suppliers and manufacturing engineers to ensure DFM/DFA alignment. Optional Expertise Support auxiliary system development such as belt and chain drives , pulleys, and sprockets. Participate in benchmarking and reverse engineering initiatives to guide design innovation. Qualifications & Skills ✅ Must-Haves 7–10 years of experience in mechanical design , with a focus on driveline systems or transmission components . Expertise in Creo for part modeling, assemblies, and detailed 2D drawings. Hands-on experience with Romax or Kisssoft for gear and shaft validation. Strong command of GD&T , tolerance stack-up, and mechanical engineering principles. Familiarity with Teamcenter , Windchill , and SAP/Oracle environments. Proven ability to manage small engineering teams and deliver projects under tight timelines. Preferred Knowledge of auxiliary systems (belt/chain drives, pulleys). Prior experience in teardown studies, product benchmarking, or value engineering. Key Skills & Tools Creo \u007C Romax \u007C Kisssoft \u007C Driveline Design \u007C Teamcenter \u007C Windchill \u007C SAP \u007C GD&T \u007C DFMEA \u007C Shaft & Gear Design \u007C Forging & Casting \u007C Project Management \u007C Team Leadership

Senior Project Leader – Power Electronics About the job The 3Phase business as part of Data Center Systems LOB is facing a significant and sustainable growth. The DCS team is expanding in India to meet the business growth demand and has established a state-of-the-art high power 3Phase R&D lab in Bangalore. We are looking for a senior project leader in our 3 Phase UPS design team who is passionate to lead from front and provide the technical leadership & view of engineering deliverables to other functions and stakeholders working in power electronics or related field. Key Responsibilities Lead the 3 phase UPS product technical backlog and drive product enhancements in mechanical, firmware, electrical, and power electronics disciplines in R&D Develop comprehensive work plans, schedules, and oversee the project's execution with the team. Technical and project lead for R&D engineers to address field issues, drive implementation of new features and enhancements, ensure electrical and electronic resiliency, manage supply chain shortages, drive cost reduction efforts, and lead product improvements. Works as a single point of contact and leader representing the R&D in the agile project squad which consists of leaders from all other functions like commercial, supply chain etc. Collaborate with other functions such as offer management, supply chain, quality, and service to ensure seamless project execution. Provide regular progress reports to senior leadership and stakeholders. Analyse project briefs, requirements, and deliverables and convert into technical specs. Ensure that applications are in line with customer needs, safety standards and compliance. Coaching and technical mentorship to team members Qualification Bachelor’s degree in Electronics or Electrical Engineering or equivalent; master’s degree in Power Electronics is preferable. Minimum of 10 years of experience in project leadership or related roles within the power electronics or electrical engineering industry Required Key Skills & Experience Strong technical understanding of power electronics systems and product engineering Proven leadership and project management skills - Prior experience as R&D technical lead or project lead in multi-disciplinary environment Good understanding of power and control architecture of power converters/ power supplies End to product development life cycle experience is mandatory in R&D environment. Ability to collaborate effectively with cross-functional teams. Excellent planning, organization, and execution abilities Clear communication and reporting skills. Working experience in engineering processes such as PMP or other waterfall methods or Agile Strong knowledge in engineering design deliverables DFM, DFMEA, FTA, EMI/EMC, Safety & regulatory compliance Why us? Schneider Electric is leading the digital transformation of energy management and automation. Our technologies enable the world to use energy in a safe, efficient and sustainable manner. We strive to promote a global economy that is both ecologically viable and highly productive. €34bn global revenue 128 000+ employees in 100+ countries Primary Location : IN-Karnataka-Bangalore Schedule : Full-time Unposting Date : Ongoing

Inventor AutoCAD- Drafter Positional Summary The Inventor Drafter will work with Engineering departments to produce designs and drawings to meet the Sabre Telecom’s expectations, production feasibility, and design accuracy. Maintain high level of quality. Maintains current knowledge of Sabre’s standards, process and procedure for wireless Monopoles and Utility Steel Structures. Essential Duties And Responsibilities Generate Drawings/ Models using 3D CAD Tool Prepare and review part fabrication details and assembly drawings, bill of materials and design layouts based on Engineering specifications in both 2D and 3D models and drawings. Uses engineering, drafting skills and manufacturing experience to design and detail steel structures and sheet metal enclosures. Follow Work Instructions. Create manufacturing drawings involving detailed part drawings, sub- assemblies and assembly drawings Perform Quality Checks as per the standards Ensure that the project deliverables meet as per the schedule with FTR commitment. Positional requirements Qualification- BE in Mechanical Engineering or closely related. Experience- 1- years drafting and detailing experience, preferably in Inventor/AUTOCAD with experience with lattice towers, tubular steel poles, mechanical and sheet metal design, and manufacturing experience. Any Prior Experience with Steel Projects is a plus. Should have experience with good proficiency Inventor and AutoCAD Mechanical (Part modelling/ Assembly/Sheet metal/Drafting) Should have good understanding for General Engineering and Manufacturing (DFM) Should be able to read and produce the drawings as per the NEMA, UL Standards. Knowledge of welding and associated codes. Experience working with monopoles and lattice utility structures is a Plus. Should have good expertise on creating manufacturing Drawing. Should be Quality Conscious & self-driven and Flexible to learn new technologies. Ability to work proactively and independently for assigned work packages. Skills And Abilities Professional and effective communication skills is very important. Ability to communicate information through speech and in writing. Must work well with fast paced, group and team environments. Ability to stay informed of industry trends, best practice, and customer standards. Show more Show less

Job description Job Title: Product Design Engineer - SolidWorks Specialist Location: Khopat, Thane, Maharashtra 400601 Reporting to: General Manager Job Summary: We're seeking a highly skilled Mechanical Design Engineer to join our team. The ideal candidate will have a strong background in mechanical engineering, excellent design skills, and experience with computer-aided design (CAD) software, particularly SolidWorks. Responsibilities: Design and develop mechanical components, systems, and processes Create 3D models, drawings, and blueprints in SolidWorks Develop and assemble complex designs, including sheet metal fabrication Conduct inspections and quality checks to ensure manufacturability Collaborate with fabricators, machinists, and cross-functional teams to ensure design feasibility and production quality Utilize computer simulation and modeling techniques to optimize design performance Coordinate with production teams to ensure smooth transition from design to manufacturing Requirements: Bachelor's/Master's degree in Mechanical Engineering or related field Minimum 1 year of experience in mechanical design and development Advanced skills in SolidWorks, including modeling, drafting, and assembly creation Strong understanding of design-to-manufacturing chain and sheet metal fabrication Excellent problem-solving, planning, and organizational skills Ability to work effectively in a team environment and communicate with stakeholders Nice to Have: Experience with computer-aided engineering (CAE) and finite element analysis (FEA) Knowledge of lean design and manufacturing principles Familiarity with design for manufacturability (DFM) and design for assembly (DFA) principles Certification in SolidWorks, such as CSWA or CSWP What We Value: Planning and organizing capacity Teamwork and collaboration Attention to detail and responsibility Solid experience in SolidWorks software What We Offer: Competitive salary and benefits package Opportunities for professional growth and development- Collaborative and dynamic work environment Recognition and rewards for outstanding performance Job Type: Full-time Pay: ₹300,000.00 - ₹700,000.00 per year Benefits: Health insurance Paid time off Schedule: Day shift Fixed shift Supplemental Pay: Performance bonus Location: Khopat, Thane, Maharashtra (Preferred) Work Location: In person Requirements Requirements: Bachelor's/Master's degree in Mechanical Engineering or related field Minimum 1 year of experience in mechanical design and development Advanced skills in SolidWorks, including modeling, drafting, and assembly creation Strong understanding of design-to-manufacturing chain and sheet metal fabrication Excellent problem-solving, planning, and organizational skills Ability to work effectively in a team environment and communicate with stakeholders Benefits What We Offer: Competitive salary and benefits package Opportunities for professional growth and development- Collaborative and dynamic work environment Recognition and rewards for outstanding performance Show more Show less

About the job Mechanical Design Engineer – Robotics Location- Noida, India Immediate starter Are you a Mechanical Design Engineer with a passion for robotics? We are working over exciting AMR & related products pushing the boundaries of advanced robotics, and looking for hands-on leader who can work with Mech team to build & enhance the products. This is a unique opportunity is to join a collaborative engineering environment where your work will directly contribute to the evolution of cutting-edge robotic systems used across the globe. You’ll play a key role in a crucial redesign programme aimed at expanding the product’s capabilities and functionality. You’ll collaborate closely with engineers through concept, design, and prototyping stages. What you’ll need: Proven experience using CREO CAD and Solidworks software An understanding of design for manufacture (DfM) Experience in robotics or mechanical systems with moving parts. A detail-oriented approach and a critical eye for solving engineering challenges This role is perfect for someone who enjoys creative problem solving, and is eager to contribute to meaningful innovations in the robotics field. If you’re looking to build your career in a company that values creativity, precision, and progress—let’s talk. Show more Show less

Your Job The PCB Designer will be responsible for creating and optimizing PCB layouts, ensuring high-quality design for manufacturability, reliability, and performance. This position requires strong knowledge of PCB design principles, proficiency in design software, and a collaborative approach to work effectively with cross-functional teams, including hardware, firmware, signal integrity, and manufacturing. Our Team The PCB Design Engineering Team at Koch Industries is a talented and innovative group dedicated to developing state-of-the-art hardware solutions. We work collaboratively across disciplines to design, prototype, and test high-quality hardware components that support our company's growth and technological advancements. Join us to be part of a dynamic team that values creativity, excellence, and teamwork. What You Will Do PCB Layout Design: Design multi-layer PCB layouts for high-speed, high-density, and complex circuits, ensuring compliance with electrical, mechanical, and DFM (Design for Manufacturability) guidelines. Schematic Integration: Collaborate with electrical engineers to interpret and incorporate schematic designs into PCB layouts, ensuring accurate component placement and routing. Signal and Power Integrity: Work with SI/PI engineers to integrate design constraints and guidelines for high-speed signals, impedance control, and power distribution. Design Verification: Conduct Design Rule Checks (DRC), Layout vs. Schematic (LVS) checks, and other design verification processes to ensure design integrity and accuracy. Component Library Management: Create and maintain a library of PCB footprints and symbols, ensuring adherence to company standards and industry best practices. Documentation: Generate detailed fabrication and assembly documentation, including Gerber files, BOMs, and assembly drawings, ensuring clear instructions for manufacturing partners. Collaboration and Communication: Work closely with cross-functional teams, including hardware engineers, manufacturing, and quality control, to support design iterations, review processes, and resolve technical issues. Who You Are (Basic Qualifications) BE/B Tech in Electrical/Electronic & Communication Engineering 4 to 6 years of demonstrable experience as a PCB Design engineer. Education: Bachelor’s degree in Electronics Engineering, Electrical Engineering, or a related field (or equivalent experience). Experience: Minimum of 3-5 years of experience in PCB design, preferably with high-speed and/or complex multilayer boards. What Will Put You Ahead Technical Skills: Proficiency in PCB design software (Altium Designer, Cadence Allegro, or equivalent). Familiarity with IPC standards (CID certification is a plus). Strong understanding of high-speed design practices, including signal integrity, impedance control, and EMI/EMC considerations. Knowledge of design for manufacturability (DFM) and design for testability (DFT) principles. Soft Skills: Strong attention to detail and commitment to delivering high-quality designs. Effective communication skills to work with cross-functional teams and present design considerations. Problem-solving skills and adaptability to new tools and design challenges. 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 Molex is a subsidiary of Koch Industries, an MNC and industry leader in electronic solutions. We support a wide range of industries like data communications, consumer electronics, industrial, automotive, medical etc. Our presence is in 223 locations across 40 countries. We have a portfolio of 100,000 electronic products and a dedicated R&D facility driving technological innovation in Bangalore. We make a connected world possible to enable technology that transforms the future. Connected Mobility Solutions (CMS), a business unit of Molex, develops innovative products and manufacturing processes around automotive in-vehicle networking, infotainment, and lighting segments. You may not see our name on the shelves, but our electronic solutions are inside the products you use every day. We work together with the world’s innovators to design and manufacture electronic solutions that solve complex technical challenges. From innovative products like high-speed USB and LVDS signaling to mini coax 25Gb+ Ethernet solutions, media modules, Wireless chargers, we design, develop and manufacture products that enable flawless data transfer, electric charging within the next generation of autonomous and connected vehicles. At Molex, we not only employ some of the most talented people from all over the world, we work to help cultivate tomorrow's breakthroughs. From our corporate headquarters in Lisle, IL to manufacturing floors around the world, the Molex team is dedicated to helping further the limits of technology. For further information: https://www.molex.com/molex/home https://www.youtube.com/watch?v=gQW5D50-4kM https://www.youtube.com/watch?v=LAlRFVN7Ke8 https://www.youtube.com/watch?v=fQJarCeJz0A https://www.youtube.com/watch?v=nwzSp5TvLUM 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. Additionally, everyone has individual work and personal needs. We seek to enable the best work environment that helps you and the business work together to produce superior results. We are currently building our in-house Engineering staff and are looking for a talented, proactive PCB Design engineer to join our team. If you are looking for a way to accelerate your career and be part of a great company, this may be the opportunity for you. In this role you will have the opportunity to Manage all PCB Design activities in a product program Show more Show less