Overview
Internship - Hardware (HW)
The intern will work closely with experienced hardware engineers, supporting the development, validation, and maintenance of embedded hardware platforms used in communications products. The role includes assisting with design, testing, troubleshooting, laboratory activities, technical documentation and overall development infrastructure.
The intern will have the opportunity to collaborate with cross-functional teams, including Hardware, Firmware, Software and Quality Engineering, gaining hands-on experience throughout different phases of the product development lifecycle.
A strong interest in embedded systems, electronics, and new technologies is expected, along with a proactive attitude toward learning and problem-solving.
Responsibilities
•Support the development and validation of electronic prototypes (hardware and firmware)
•Execute functional and electrical testing of electronic boards and modules
•Assist in hardware and firmware troubleshooting activities (digital and analog systems)
•Prepare and maintain technical documentation
•Set up and maintain laboratory and test environments
•Support qualification and validation of electronic components
•Assist with schematic, BOM and design documentation reviews
•Support laboratory activities, including soldering and hardware rework
•Collaborate with cross-functional teams including hardware, firmware, software and quality
Requirements
•Graduating in Electrical Engineering, Computer Engineering, Electronics Engineering or a related field (2+ years to graduate)
•Basic knowledge of and interest in hardware development, including schematic design, PCB layout, electronic components
•Experience with soldering, hardware debugging and electrical measurements
•Basic programming knowledge
•Basic understanding of processor architectures and assembly language (x86, ARM, and RISC-V)
•Experience with Jira, Confluence, Git, or similar engineering tools
•Advanced level of English proficiency
Additional Skills (Advantageous)
•Basic knowledge of embedded Linux environments
•Basic understanding of DSP architectures and assembly language
•Basic understanding of FPGA architectures and development using Verilog and VHDL
