Job Overview
We are seeking a highly motivated and detail-oriented individual to join our team as a spring 2026 engineering intern. This is an exceptional opportunity for students majoring in electrical/electronic engineering, computer engineering, or a related field to gain hands-on experience and develop their skills in the field.
As an AMD engineer, you will work closely with senior engineers and designers to build and complete performance verification test plans, simulation test cases, and models. You will also write scripts related to tracking and managing compute resources using Perl/Python and test regression flows written in Perl/Python/MySQL/PHP to support project development.
Key Responsibilities
* Collaborate with senior engineers and designers to build and complete performance verification test plans, simulation test cases, and models.
* Write scripts related to tracking and managing compute resources using Perl/Python.
* Test regression flows written in Perl/Python/MySQL/PHP to support project development.
* Review new tools, processes, and options to improve simulation performance, team efficiency, and reduction of duplications.
* Support debugging, improving test cases/models, and Verilog/system Verilog coding.
* Build test platforms and perform system-level testing.
* Production validation tasks, testing integrated hardware and software functionalities to ensure problem-free production.
* Use software and other tools to engage in low-level testing of hardware/software features, debugging technical issues, and identifying root cause.
Requirements
To be considered for this position, applicants must meet the following requirements:
* Currently enrolled in an Ireland-based university in a program majoring in electrical/electronic engineering, computer engineering, or a related field.
* Experience with programming languages and scripts such as C++/Python/C/Perl/Shell/UVM Verilog, System Verilog, and/or VHDL.
* Good understanding of digital systems and computer organization.
* Silicon design - analogue circuit design.
* Building a PC from individual components, installing OS/drivers, basic network configuration, graphic cards.
* System level hardware and software design.
* Development and debugging in Linux/Unix/Windows environments.
* Fundamentals of logic design (FSM, gates, registers, flops, timing, HDL).
* An understanding of analogue and digital transistor device behaviour.
* Oscilloscopes, volt meters, logic analyzers, multimeters, and other lab equipment.