Hardware Test Automation Engineer

Applicants will be considered based on their knowledge, skills or abilities related to project needs. Specifically, applicants should have: Familiarity with Arduino, Raspberry Pi, or similar microcontroller platforms Basic programming experience (Python, C/C++, etc.) Willingness to learn mechanical design and additive manufacturing (3D printing) Strong problem‐solving and documentation skills Make an impact while you learn. The Semester of Service Program offers students a volunteer project-based opportunity to support Federal missions, gaining hands-on experience & valuable career-ready skills. Students must be enrolled at least half-time in an accredited trade school, technical or vocational institute, junior college, college, university, or other accredited educational institution, & participation must be with the permission of the institution at which the student is enrolled.

• This vacancy announcement will be open from May 13, 2026 to May 19, 2026 or when 50 applications have been received. The vacancy will close on whichever day the first of these conditions are met. If the application limit is reached on the same day the announcement opened, the open and close date will be the same. Candidates are encouraged to read the entire announcement before submitting their application packages. Project Summary Students will support the design and development of an automated hardware test bed that performs repetitive physical actions—such as pressing buttons, toggling switches, or interacting with devices—normally requiring human intervention. The project integrates mechanical design, embedded systems, automation, and engineering documentation. Students gain hands‐on experience creating a functional prototype using microcontrollers (Arduino, Raspberry Pi), sensors, actuators, and custom 3D‐printed components. Key Learning Objectives Students will: • Apply systems engineering processes including needs assessment, concept of operations, and requirements development. • Design and fabricate mechanical components using 3D printing and other methods. • Build embedded hardware‐software systems using microcontrollers, sensors, and servos. • Develop automation scripts and control logic (Python, C/C++). • Create and document test procedures and pass/fail criteria. • Present findings and deliver a final working prototype and documentation package. Student Responsibilities: • Prototype mechanical, electrical, and software systems. • Integrate hardware and software into a functional test rig. • Develop test cycles, data capture methods, and automation routines. • Maintain engineering documentation throughout the term. • Participate in weekly check‐ins, midpoint review, and final project presentation (as recommended for supervisors and students)