Overview

The Hardware Engineer for the AcubeSAT project is responsible for designing and implementing the electronic systems that control all basic functions of the satellite. This role focuses on developing hardware, creating electrical interfaces between subsystems, and ensuring reliable operation in the space environment. The Hardware Engineer designs PCBs, implements digital communication protocols, and conducts rigorous testing to verify functionality under mission conditions. Working closely with all subsystems, this position requires both technical expertise in electronics and the ability to integrate complex systems, including the specialized hardware needed for the satellite’s biological payload featuring microfluidics and lab-on-a-chip technologies. Through this position, you will learn how to create space-grade electronic designs, perform thorough functional and environmental tests, and contribute to a real space mission.

AcubeSAT is a student-led effort at the Aristotle University of Thessaloniki. Our goal is to study, develop, build and fly our very own satellite. If you have a working spirit, time to spend, patience and you are also searching for a fun and rewarding activity along your studies, we are excited to meet you.

Position Description

  • Hardware and electrical interface design
  • Interface and testing of ICs
  • PCB design and troubleshooting
  • Code and design reviews
  • Development of test procedures and test execution at subsystem level, end-to-end tests with the spacecraft
  • Digital electronics & microcontrollers testing
  • Identification and troubleshooting of issues within the satellite’s hardware interfaces, and work with the Systems Engineering team for resolution

Preferred Skills

  • Ability to work and design collaboratively in a multi-disciplinary team
  • Experience with electronics, hardware and/or PCB design
  • Familiarity with digital design and electronic components
  • Basic understanding of microcontrollers and embedded systems
  • Familiarity with soldering
  • Ability to read and interpret electronic schematics
  • Problem-solving skills for troubleshooting hardware issues
  • Strong commitment and responsibility to project deadlines

Optional Skills

  • Experience with programming in C or C++
  • Experience with communication protocols (UART, I2C, SPI, CAN), electronic testing equipment
  • Experience with microcontrollers (e.g. based on ARM, AVR, PIC, or Arduino)
  • Experience designing hardware for specialized scientific equipment
  • Knowledge of power systems and battery management
  • Understanding of environmental testing for electronics
  • Understanding of EMC principles in hardware design

Notes

If you don’t have a traditional background, don’t worry—some of our ideal candidates don’t either. What matters is your knack for creative problem-solving, hands-on experience in design and manufacturing, and an understanding of the constraints and possibilities of unconventional setups. Tell us about something you’ve hacked! Whether it’s building a DIY centrifuge, making ice cream with liquid nitrogen, or repurposing everyday materials for a clever fix, we want to see how you think outside the box and make things work.

Click here to submit your application