Electrical Engineer: PCB Design & Sensor Interfaces

Mecka; New York (NY); On-site; USD 103,000 - 134,000; Full time

Job summary

Mecka AI in New York designs the data infrastructure for robotics and embodied AI. You will design the electronics that turn physical experience into data robots can learn from, building boards and sensor interfaces behind Mecka's capture hardware from schematics to production.

You will collaborate with firmware and mechanical engineers to validate complete systems, bring up new boards, and diagnose power, signal, timing, and communication issues during testing, enabling scalable data collection

Qualifications

• 3–4 years of experience in electronics hardware design and bring-up.
• Specialization in digital hardware or sensor electronics.
• Experience designing schematics and PCBs in Altium or KiCad.
• Strong analog and digital electronics foundations.
• Hands-on debugging with oscilloscopes and logic analyzers.

Responsibilities

• Design circuits and schematics, and develop or review PCB layouts for capture and sensing hardware.
• Bring up new boards and diagnose power, signal, timing, and communication problems on the bench.
• Partner with firmware and mechanical engineers to validate complete systems under realistic recording workloads.
• Work with suppliers to improve designs based on prototype results, production tests, component qualification, and field failures.
• Document designs, measurements, and design changes clearly so others can build on your work.

Skills

PCB design

Digital hardware

Sensor electronics

Altium

KiCad

C/C++ firmware

Oscilloscopes

Tools

Altium

KiCad

Job description

Mecka AI in New York designs the data infrastructure for robotics and embodied AI. You will design the electronics that turn physical experience into data robots can learn from, building boards and sensor interfaces behind Mecka's capture hardware from schematics to production.

You will collaborate with firmware and mechanical engineers to validate complete systems, bring up new boards, and diagnose power, signal, timing, and communication issues during testing, enabling scalable data collection