About the job
Electrical Engineer Specialized in High-Speed Data Capture
About Mecka AI
At Mecka AI, we are pioneering the data infrastructure layer essential for robotics and embodied AI.
Our mission is to design and implement cutting-edge data capture systems that function seamlessly in real-world scenarios, delivering high-quality datasets crucial for training sophisticated robotic and embodied AI models. We develop hardware that merges sensors, computing power, energy efficiency, and reliability, ensuring flawless performance in field conditions.
The Role
We are seeking an accomplished Electrical Engineer to take ownership of the electrical architecture and board-level design for our high-performance data capture devices.
In this pivotal role, you will construct the nervous system of our devices by integrating advanced computing modules into compact, battery-operated formats, addressing real-world challenges related to signal integrity, power management, thermal limitations, and manufacturability.
You will play a key role in transitioning from prototype to product, overseeing designs from schematic development through to bring-up, validation, and production.
What You’ll Work On
Compute Module Integration
Develop custom carrier boards for high-performance System-on-Modules (SoMs).
Route and manage high-speed interfaces between compact compute modules and custom peripherals.
Collaborate with firmware teams to support embedded Linux platforms during board bring-up.
High-Speed PCB Design
Take full ownership of complex rigid-flex and high-density PCB designs.
Route and optimize high-bandwidth interfaces including:
MIPI CSI-2 (for multi-camera arrays)
PCIe Gen 3 / Gen 4
USB 3.x / USB-C
Mitigate EMI, crosstalk, and ensure impedance control in dense, space-limited designs.
Power Architecture & Battery Systems
Design high-efficiency Power Delivery Networks (PDNs) tailored for AI compute and active sensors.
Develop battery management systems (BMS) for portable devices.
Facilitate efficient DC-DC conversion while adhering to thermal and power restrictions.
Address transient load behaviors and power sequencing needs.
Sensor & Peripheral Integration
Design and integrate various sensors and peripherals into our systems.

