If you have a proactive attitude, demonstrate autonomy, and take ownership of your daily tasks applying the best quality principles and attention to detail.
You are willing to share your ideas, in a humble manner and have the ability and eagerness to learn. As well, you take pride in your work and know that your team is your first customer.
Let's go deep into detail!
Clue's motto is to create simple solutions to big problems.
We research, design, and produce innovative electronic systems for the aerospace industry. Our main areas of expertise are safety-critical embedded system design, artificial intelligence, and high-performance computing for avionics. We collaborate in R&D projects with the global key players and develop disruptive products from scratch.
We are committed to excellence and efficiency in everything we do. We are aware of the importance of generating creative ideas and meeting deadlines, accepting new challenges and facing the problems we may find. To this end, we are in continuous learning and managing change.
We are seeking a highly technical, proactive, and hands-on Intern to join our Embedded SW team. In this role, you will work on low-level development, specifically writing drivers for Windows/Linux/RTOS environments and Bare-Metal C. Since we design and build our own proprietary hardware, we need someone who bridges the gap between software and hardware—someone who can code, but also loves understanding the circuitry underneath.
Develop and maintain low-level drivers.
Write highly efficient, resource-constrained C code.
Read and interpret electronic schematics to debug software directly on our proprietary hardware.
Collaborate closely with the hardware and RTL engineering teams during system integration.
Proactively research and troubleshoot technical bottlenecks.
We need you to be:
Final-year student or recent graduate in Electronic Engineering, Computer Engineering, Telecommunications, or a related technical field.
Strong proficiency in C programming (pointers, memory management, registers, bitwise operations).
Electronics Background: Solid ability to read and understand electronic schematics and component datasheets.
Technical English proficiency (mainly for reading documentation and datasheets).
It will be an added value if you have:
Knowledge of VHDL or prior exposure to FPGAs/CPLDs.
Hands-on experience (academic or personal projects) with microcontrollers (e.g., PIC, AVR, low-level Arduino).
Basic understanding of Windows driver architecture.
Familiarity with lab tools like oscilloscopes or logic analyzers.
