Welcome to Embedded Systems Lab — a vetted network of self-managed Principal and Senior Embedded Systems Engineers delivering practical, production-focused embedded systems engineering services. All our on-network engineers have hands-on experience with the hardware and software stack, and have prior qualifications of PhD, MEng, & BEng in Mechatronics & Control, Computer Systems, Electrical and Electronics Engineering.
We help startups, product teams, and industrial clients design, fix, optimize, and production-ize embedded systems across:
- Embedded firmware & MCU development
- Device driver development
- IoT & ESP32-based systems
- Low-power and battery-operated devices
- Embedded Linux & edge devices
- RF & wireless hardware
- Industrial automation & computer vision
- MPPT (Maximum Power Point Tracking)
- ESC (Electronic Speed Controller)
- BMS (Battery Management System)
- Small Language Models (SLMs)
Our services are delivered as clearly scoped engineering sprints with defined outcomes, tangible deliverables, and fast turnaround times — not open-ended consulting.
What We Actually Do
We work hands-on with your hardware and firmware to deliver results such as:
- Working prototypes (bench-tested, documented, ready to iterate)
- Stable firmware that stops crashing, drifting, or behaving randomly
- Low-power IoT designs with verified sleep modes and realistic battery life estimates
- Reliable wireless connectivity (Wi-Fi, BLE, MQTT, HTTP)
- Production-ready designs prepared for PCB manufacturing and factory testing
Technologies We Work With Daily
Our nerdy engineers have deep, real-world experience with:
- ESP32 / ESP32-S3 / ESP-WROOM
- Arduino & PlatformIO (C/C++)
- Raspberry Pi 5, Raspberry Pi AI HAT+2 with Hailo-10H AI accelerator, Raspberry Pi AI Camera
- NVIDIA Jetson Orin Nano Super Developer Kit
- Sensors, motors, relays, actuators
- Wi-Fi, BLE, MQTT, HTTP/REST
- Low-power and battery-operated systems
This is not theoretical knowledge — it’s production and field experience.
Stuck, Unstable, or “Almost Working”?
We are often called in when systems almost work, but don’t behave reliably.
If you are facing issues such as:
- MPU6050 or sensor readings drifting or behaving randomly
- Stepper motor noise or vibration (TMC2208, motion systems)
- Intermittent Wi-Fi or BLE connectivity
- CAN, PPM, or Hall sensors misbehaving
- OTA updates failing or devices not booting reliably
We diagnose the root cause, fix it, and leave you with working firmware and clear documentation.
Low-Power & Battery Optimization
If battery life is killing your product, we help you:
- Implement deep sleep and wake-on-event logic
- Decide always-on vs duty-cycled architectures
- Reduce current consumption at firmware and hardware level
- Estimate realistic battery lifetime, not guesses
- Review and optimize power circuitry
You get optimized firmware, measurements, and clear design guidance.
Hardware + Firmware Sanity Checks
Many embedded problems come from the hardware–firmware boundary.
We help resolve issues related to:
- Incorrect pin assignments
- Sensor wiring mistakes
- Missing or wrong pull-ups
- Voltage level mismatches
- Power rails, grounding, and noise issues
- Preparing designs for PCB manufacturing
We turn fragile prototypes into stable, production-ready designs.
Under construction…
