Embedded Systems Engineer (Sensor Fusion&Architecture) (Markham)

About Mecka AI

Mecka AI is building the data infrastructure layer for robotics and embodied AI. We design and deploy next-generation data capture systems that operate in real-world environments and generate high-quality datasets used to train advanced robotic and embodied AI models. Our systems sit at the intersection of hardware, firmware, and intelligence, and must perform reliably in the field.The Role

We’re hiring an Embedded Systems Engineer to own the firmware architecture and low-level systems that power our data capture devices and robotic platforms. This role sits directly at the hardware–software boundary. You’ll write close-to-the-metal code that interfaces with sensors, fuses data inreal time, and ensures devices operate safely, reliably, and predictably. You are comfortable reading schematics, debugging buses, and understanding the electrical realities beneath your code.What You’ll Work On

Firmware Architecture

Architect and implement robust embedded firmware (bare-metal or RTOS-based) Define system state machines, boot sequences, and fault-handling logic Implement safety-critical control loops and device lifecycle management Sensor Integration&Fusion

Write and maintain high-performance drivers for sensors such as:

Cameras IMUs GPS

Implement on-device sensor fusion algorithms (e.g. AHRS, Kalman filters) Ensure precise timing, synchronization, and state estimation across sensors Connectivity&Telemetry

Build reliable data telemetry pipelines from device to cloud Implement OTA update mechanisms and remote device management Support IoT communication protocols (MQTT, CoAP, or custom protocols) Hardware / Software Bring‑Up

Lead firmware-side board bring-up alongside electrical engineers Debug and validate hardware interfaces (I2C, SPI, UART, CAN) Diagnose timing, power sequencing, and communication issues Validate power management states and low-power operation Who You Are

Required Technical Experience

Strong experience writing C/C++ for embedded systems Python proficiency for testing, tooling, and automation Experience architecting firmware for resource-constrained devices Deep knowledge of embedded communication protocols:

I2C SPI UART CAN USB stacks TCP/IP BLE

Hardware Awareness:

Comfortable reading electrical schematics and datasheets Strong debugging instincts at the hardware/software boundary Experience validating that firmware behavior aligns with electrical design

Systems&Concurrency:

Experience managing interrupts, race conditions, memory constraints, real-time scheduling Familiarity with RTOS concepts and multi-threaded embedded environments

Solid Plus

Experience with high-bandwidth data acquisition Familiarity with precise timing and synchronization (PTP / NTP) Background working on robotics, sensing platforms, or edge devices Why This Role

Own critical firmware systems that power real-world robotics data capture Work at the intersection of sensors, hardware, and intelligence Solve deep systems problems that directly impact data quality and reliability High ownership from early prototype through deployed hardware Collaborate closely with electrical, mechanical, and research teams

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