Senior Hardware Design Engineer

Senior Hardware Design Engineer

In this role, you will architect, design, validate, and optimize complex digital hardware systems that shape the next generation of spatial computing experiences. You will work closely with cross-functional engineering teams to build world-class electronics that power our upcoming smart glasses and immersive devices.

With Lenskart as our strategic investor, we are scaling faster than ever — and this role directly contributes to safeguarding what we build.

🔗Read more here: LinkedIn Post

Top 3 Daily Responsibilities:

• Design & Architect Hardware Systems

Develop digital electronic circuits involving high-speed interfaces, microprocessor-based architectures, scalable boards, and modular hardware blocks.

• Signal, Power & System Integrity Ownership

Define and analyse SI/PI/Thermal/Load parameters for SoCs and high-speed designs. Review and refine design decisions to ensure robust performance.

• Hands-on Design, Bring-up & Debug

Create schematics, guide PCB layouts, execute board bring-up, debug hardware issues, and collaborate with firmware teams for system-level validation.

Minimum Work Experience Required:

• 8+ years

  of experience in digital electronics hardware design.
• Proven expertise in

  Qualcomm / NXP / TI

  processor-based architectures.
• Prior experience designing boards that comply with

  EMI/EMC certification requirements

  .

Top 5 Skills You Should Possess:

• Strong fundamentals in

  Analog, Digital, and Power Electronics

  .
• Deep understanding of high-speed interfaces —

  DDR4, MIPI CSI/DSI, USB 3.0, Type-C Alt Mode

  , etc.
• Proficiency with schematic and PCB tools —

  Cadence OrCAD Capture, Allegro PCB Designer

  .
• Expertise in SI/PI analysis and power management for SoCs.
• Experience with test equipment — oscilloscopes, multimeters, spectrum analyzers, and soldering small components.

Full-Stack Hardware Awareness:

• Experience in

  mixed-signal circuit design

  and collaborative hardware workflows.
• Practical exposure to

  transmission line design

  , power system architecture, static power systems and firmware-driven hardware interfaces.
• Ability to evaluate, select, and work with electronics vendors.
• Hands-on experience in board bring-up, debugging, sensor integrations, and ASIC/SoC design understanding.

Bonus Points For:

• Working knowledge of

  Cadence Sigrity

  , PSpice, LTSpice, and simulation toolboxes.
• Experience with

  Altium Designer

  workflow.
• Prior involvement in

  thermal analysis

  , load planning, or high-density, multi-layer PCB designs.

What You’ll Be Creating:

AR/VR/XR devices