PCB & schematic design
Multilayer boards designed for manufacture — schematic capture, layout, signal and power integrity, DFM review.
Electronics
Electronics & embedded systems
We design the electronics, write the firmware and embedded Linux around them, and bring the first boards up on the bench. Vision and edge-AI devices are our deepest ground: NVIDIA Jetson carriers, camera hardware, and the imaging chain that sits on top.
Working with
- Altium Designer
- NVIDIA Jetson
- Embedded Linux
- ESP32
- C/C++
- MIPI CSI
- MQTT
- Modbus
What we do
Embedded firmware
Bare-metal and RTOS firmware for microcontrollers: sensor drivers, control loops, protocols, OTA updates.
Embedded Linux
Board support, device tree and drivers, boot and update strategy, system hardening for devices that run unattended.
NVIDIA Jetson & edge AI
Carrier board design for Jetson modules, and inference running on the device rather than in a data centre.
Camera & imaging hardware
Sensor selection, MIPI and interface design, lighting and optics integration, image-quality bring-up.
Computer vision on device
Detection, inspection and measurement pipelines that run on the hardware, at the speed the line needs.
IoT & connectivity
Sensor networks, cellular and LoRa links, MQTT and Modbus integration, fleet management for devices in the field.
How an electronics project runs
This is the process for this discipline. The other three run differently — deliberately.
Requirements & architecture
Interfaces, power budget, thermal path, certification targets, module choice. Written down before anything is drawn.
Schematic design
Component selection with lifecycle and availability checked up front — an obsolete part found at layout costs a re-spin.
PCB layout
Stack-up, impedance, power distribution, EMC. Reviewed against the manufacturer's capabilities before release.
Bring-up & debug
First articles assembled, powered and measured. Problems are found on the bench, with a scope, not in the field.
Production package
Gerber, BOM, pick-and-place, assembly drawings and test notes — everything a manufacturer needs, and nothing they have to guess.
What you receive
- Schematics and PCB layout (Altium), with libraries
- Gerber, BOM, pick-and-place and assembly drawings
- Firmware and board-support source code
- Bring-up procedure and measurement results
- 3D model of the assembled board
Selected work
Work in this discipline
Electronics
Sealed edge-AI device on an NVIDIA Jetson carrier board
A custom carrier board for a sealed industrial imaging device — with debug and recovery access through its only connector.
Read case study
2026
Electronics
Reference design migration and obsolescence resolution
Moving an NVIDIA reference design from OrCAD into Altium — and keeping a production board alive when a MOSFET went end-of-life.
Read case study
2026
Electronics
Phone-controlled RC car as a learning platform
A mini RC car on an ESP32, driven from a phone — built to teach senior-high and university students how hardware and software meet.
Read case study
2026
Need more than one?
Most projects do. The four disciplines are run by one team, so nothing is lost between a board, its firmware, its housing and the plan that ships it.
Software
Applications, machine learning and measurement pipelines — software that turns data into a decision someone can act on.
Mechanics
Enclosures, brackets and fixtures designed around the electronics — modelled, printed and fitted, not ordered and hoped for.
Management
Engineering projects steered to a release — scope, owners, gates and honest status, instead of a launch date and hope.
For businesses that need it to work in the field, not in a demo.
Plantations, factories, workshops and infrastructure operators across Indonesia — and product companies in Europe. Tell us the problem; we will tell you honestly whether we are the right team.