EV Hardware Design Engineer

Zeno is seeking a Vehicle Electronics (Hardware) Engineer to lead the design and development of electronic hardware systems for our next-generation EV platform.

Location : Bengaluru – Work from Office (5 days a week)

Start Date : Immediate

About Zeno

An unprecedented energy transition has begun. To meet 2040 net zero goals, over 2 billion electric two-wheelers (motorcycles) must be sold and $11 trillion in fuel consumption replaced. Zeno is building a tech platform to electrify this two-wheeler market, currently responsible for more than 4% of the world’s GHG emissions. Our mission is to accelerate the energy transition and democratize the benefits across Africa, India, and Latin America. With a focus on East Africa as a starting point, Zeno is building a new energy ecosystem with ground-up development of a fundamentally better electric motorcycle and associated battery swap network to drive a better experience for our customers.

The Role

Zeno is seeking a Vehicle Electronics (Hardware) Engineer to lead the design and development of electronic hardware systems for our next-generation EV platform. This role will focus on end-to-end hardware development including architecture design, schematic capture, PCB design, component selection, compliance testing, and product validation. You will collaborate closely with cross-functional teams to deliver robust and cost-optimized electronics for Zeno’s electric motorcycles.

What You’ll Do

• Lead end-to-end design and development of Telematics Control Units (TCUs), Vehicle Control unit (VCU), Charge controller (EVCC) etc
• Work with suppliers, PCB fab and assembly houses to ensure manufacturability, cost-effectiveness, while maintaining high quality and reliability.
• Select and validate vehicle wire harness subcomponents including wire material and guage, connectors, switch gear, and layout needed to minimize cross talk
• Translate market and product requirements into hardware block diagrams and system architecture.
• Develop and implement power tree architectures using Buck-Boost converters, LDOs, and low-power design principles.
• Select components in collaboration with vendors and suppliers to balance performance, cost, and availability.
• Own schematic drafting, PCB stack-up, and layout design using tools such as Altium Designer.
• Create and manage BOMs;

ensure quality improvement and cost reduction in product design.

What You Bring

Benefits