Part of a student rocketry environment centered on sustainable space engineering, with work connected to manufacturing, assembly, and the broader challenge of building complex systems with real technical constraints.

Exposure to technical work around testing, materials, and engineering evaluation in a research-oriented environment connected to lightweight composite systems.

Guided students through engineering-focused learning and project work, helping translate technical curiosity into more structured exploration and hands-on development.

Built early leadership and technical experience through robotics, with responsibilities connected to design thinking, fabrication, and mechanical problem solving in a team setting.

Worked in an academic technical environment that strengthened exposure to analytical mechanics, modeling, and the research mindset behind engineering investigation.

Supported a practical learning environment around mechanics, electronics, and robotics-adjacent systems, contributing to the hands-on side of technical education.

Took on organizational responsibility in a non-engineering setting, developing coordination, planning, and leadership skills that complement technical work.