Senior Engineer - Power Electronics

Job Summary

At Cuzor, we’re a small team of builders driven by one simple belief : great products can be imagined, engineered, and built right here in India and stand shoulder to shoulder with the best in the world.

We design and manufacture GaN-based chargers and Li-Ion UPS systems, from the first schematic to the final shipped product. Every circuit, every PCB, every test is done in-house by people who care deeply about what they build.

Now, we’re looking for a

Power Electronics Engineer

to join us, someone hands-on, curious, and excited to push boundaries in GaN design and advanced power systems.

You’ll lead a small team, own designs end-to-end, and see your work go into real products that power homes, devices, and workplaces every day. This isn’t a desk job, it’s a builder’s role at a company where your ideas become hardware.

We aim to be a company of choice, a place where talented engineers feel proud to work, learn, and grow while shaping products that make “Make in India” truly global.

1. Technical Leadership

Lead the

end-to-end design and development

of advanced

GaN-based fast chargers

and

Li-Ion UPS systems , setting the technical direction and driving engineering excellence.

Collaborate closely with

industrial designers ,

technology partners , and the

quality assurance team

to translate concept into manufacturable, high-reliability products.

Establish and enforce

best practices in power electronics design , ensuring compliance with

safety, EMI / EMC, and reliability standards

across all product lines.

2.

Design & Development

Architect

high-efficiency, high-frequency converter topologies

— including

resonant, quasi-resonant, and soft-switching designs

optimised for GaN and SiC devices.

Own the

schematic design, PCB layout, magnetics design , and

thermal management

of compact, high-power-density systems.

Perform detailed

SPICE simulations, thermal and EMI analyses , and

design validation

through both modelling and empirical testing.

Be deeply hands-on from breadboarding and soldering to

oscilloscope debugging ,

firmware interface testing , and

system-level performance tuning .

3.

Collaboration with Industry Leaders

Partner with

TI, Infineon, Navitas, and STMicroelectronics

to leverage next-generation

GaN and SiC platforms , reference designs, and control architectures.

Continuously explore new technologies in

digital control, magnetics, and thermal design

to keep Cuzor products at the forefront of innovation.

4.

Innovation & Problem Solving

Drive

original design innovation

— developing proprietary topologies and control techniques to achieve

ultra-high efficiency

and

ultra-low standby power .

Lead efforts to

analyse, debug, and resolve

complex issues related to

switching noise, EMI / EMC, transient response , and

thermal bottlenecks .

Contribute to

IP generation , documentation, and long-term technical differentiation of Cuzor’s products.

Required Qualifications

Bachelor’s or Master’s degree in Electrical Engineering, Power Electronics, or a related field.

6 to 10 years of hands-on experience in power electronics design

Proven expertise in high-efficiency AC-DC and DC-DC converter design, including resonant converters and LLC topologies.

Proficiency in design software, Altium

Strong understanding of wide-bandgap semiconductors (GaN, SiC) and their applications in power electronics.

Extensive experience in EMI / EMC compliance, thermal management, and power density optimisation.

Strong problem-solving abilities and attention to detail.

Effective communication skills to interact with cross-functional teams and external partners.

Must be hands-on with all aspects of power electronics design, testing, and debugging.

Preferred Qualifications

Experience in designing GaN-based products for industrial or consumer applications.

Hands-on experience in using Altium

Familiarity with global standards and certifications (e.g., UL, CE).

Experience in thermal simulations and reliability testing of GaN-based systems.