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Location: Noida
Company: Vecmocon Technologies
About The Role
We’re seeking a Hardware Design Engineer to lead the design and development of PCBs for chargers used in electric two and three-wheelers. The role requires deep expertise in PCB design, strong hardware fundamentals, component selection skills, and a solid understanding of power electronics and PCB manufacturing.
Roles And Responsibilities
- Lead design of high-reliability power electronics PCBs for automotive-grade products
- Own schematic creation, stack-up definition, and material selection for high-current, high-voltage designs
- Ensure compliance with EMI/EMC, thermal, and mechanical constraints during layout
- Conduct architecture reviews and design validation with the hardware team
- Select components based on electrical, thermal, cost, and reliability trade-offs
- Review and maintain schematic symbols, footprints, and library standards
- Lead root cause analysis for validation and production-level PCB issues
- Release complete production documentation (Gerbers, BoM, pick-and-place, assembly drawings)
- Guide junior engineers and drive best practices in layout and design
- Coordinate with suppliers and manufacturers for DFM/DFA compliance
- Implement cost reduction and continuous improvement based on field feedback
- Support ICT and FCT processes
Skills
- 3+ years of PCB design experience; proficiency in Altium Designer preferred
- Strong foundation in electrical engineering and power electronics
- Expertise in analog, digital, and power layout with good thermal design practices
- Experience in debugging and testing power electronics systems
- Familiar with IPC standards (IPC-2221, IPC-2152, IPC-4761) and DFM/DFT guidelines
- Knowledge of signal/power integrity, impedance control, and EMI/EMC compliance
- Understanding of mechanical constraints; experience with 3D CAD models (DXF/STEP)
- Strong documentation and communication skills
- Leadership abilities to mentor and manage junior team members
What We’re Looking For (Behaviour & Competencies)
- Analytical Problem-Solving – Breaks down complex issues in firmware development and debugging with a logical, structured approach.
- Attention to Detail – Ensures code quality, reliability, and adherence to safety/industry standards.
- Collaboration & Communication – Works effectively with hardware, software, and testing teams to deliver integrated solutions.
- Ownership & Accountability – Takes responsibility for the complete firmware lifecycle, from design to deployment.
- Continuous Learning & Adaptability – Keeps up with new tools, microcontrollers, and embedded technologies to enhance development.
