We are looking for an
Embedded Systems & Machine Software Engineer
to join our engineering team.
This is a hands-on engineering role. You will be responsible for the software and embedded computing side of the machines we build, working closely with our PLC/electrical and mechanical engineers.
We are not looking for someone who only writes software. You should be comfortable working directly with physical machines, sensors, motors, controllers and electrical hardware, and be able to troubleshoot problems across both hardware and software.
What You Will Be Doing
Develop and maintain software for
Raspberry Pi, MCU and other embedded computing platforms
Develop firmware for microcontrollers such as
STM32, ESP32 or similar platforms
Integrate sensors, motors, actuators, cameras and other machine components
Handle communication between devices using protocols such as
UART, RS232/RS485, Modbus, CAN, TCP/IP and GPIO
Develop machine-side applications running on Linux / Raspberry Pi
Interface embedded systems and software with our
PLC and electrical control systems
Work closely with our PLC/electrical engineer to integrate the complete machine
Troubleshoot communication, hardware, firmware and software issues on actual machines
Develop diagnostic tools and logging systems to make machine troubleshooting easier
Support machine testing, commissioning and debugging
Improve the reliability and architecture of the embedded/software systems used across our machines
Participate in new machine development from prototype to production
What We Are Looking For
Diploma or Degree in
Computer Engineering, Electrical/Electronic Engineering, Mechatronics, Computer Science or related field
Strong experience with
embedded systems or hardware-software integration
Comfortable programming in
C/C++ and Python
Experience working with
Raspberry Pi or other Linux-based embedded computers
Experience with microcontrollers such as
STM32, ESP32, Arduino or similar
Able to read basic electrical schematics and understand sensors, relays, motors and IO signals
Familiar with common industrial or embedded communication protocols
Comfortable using tools such as multimeter, serial debugging tools and basic electronics equipment
Able to independently debug problems instead of waiting for someone to tell you exactly what to check
Comfortable working directly on machines in the workshop
Good to Have
Experience with
PLC communication
Modbus TCP / Modbus RTU
CAN Bus
MQTT
OPC-UA
Industrial automation or robotics
Computer vision / cameras
Jetson or other edge AI hardware
PCB design or electronics development
Git and software version control
Networking and Linux system administration
What This Role Is Not
This is
not a pure web/software development role
.
A significant part of your job will involve standing beside an actual machine, connecting hardware, testing sensors, checking signals, looking at logs and figuring out why something is not working.
You must enjoy building and debugging real physical systems.
Super Tomato is an innovative automation and robotics company that has achieved remarkable success since its establishment in 2021