M&D Hardware Engineer

Responsibilities:

• Design and Develop hardware systems to meet the needs of all customers.

• Participate in cross-functional meetings and contribute to product development discussions.

• Conduct feasibility studies and trade off analysis to determine best hardware solutions.

• Collaborate with software/firmware engineers to ensure seamless integration of hardware and software components.

• Perform Initial bring up of PCBAs including bare metal coding for uP and SoC.

• Develop and implement test plans and procedures to verify hardware functionality and performance.

• Conduct thorough testing and debugging of hardware systems.

• Manage full lifecycle of hardware development from initial concept through prototyping, testing and production

• Provide technical support and guidance to other team members as needed.

• Ensure compliance with industry standards and regulatory requirements.

• Document all aspects of the designs, tests, results and processes.

• Work collaboratively within diverse international and cross-functional teams which may include occasional international travel.

• Apply GE Vernova way principles in day-to-day work with a safety-first mindset. 

• Carry out additional duties as requested by the line manager. 

Essential Criteria:

• Bachelor’s degree (or equivalent experience) in relevant engineering, scientific or technical field. 

• Analog and Digital design

• Schematic capture – Altium etc

• PCB layout – mixed technology smd, pth, QFN, QFP, BGA – fine pitch 0.65mm ball, Multilayer, single sided, double sided

• Bare metal coding for microprocessor and Systems on a Chip bring up. – embedded C / C+ etc.

• Familiarity with lab tools (oscilloscopes, soldering, DAQs, environmental test rigs, etc.) and safe lab practices. 

• Ability to troubleshoot hardware setups and iterate designs quickly using first principles thinking. 

• Advanced documentation and communication skills to support knowledge transfer and design traceability. 

• Curiosity and initiative: willing to ask questions, try new approaches, and explore design alternatives. 

• Collaborating with large, cross-functional and diverse teams, including remote environments to align on key design decisions. 

• Communicating technical matters clearly and concisely, both in writing and verbally. 

• Safety-conscious mindset, especially when working with lab hardware, electronics, and test environments. 

• Experience with RTOS

• Experience with scripting – Python , C for test automation

• PSU design

• FPGA layout and coding

• DSP layout and coding

• Design and layout for EMC

• Masters degree (or equivalent experience) in relevant engineering, scientific or technical field. 

• Exposure to Agile for Hardware development.

• Familiarity with lean engineering practices and continuous improvement initiatives.