Designing your Future - STEM Careers

Expose students to aerospace engineering through books, documentaries, internships, lab visits, and hands-on activities to explore the field and related programs. Encourage diverse, especially female students, with support from teachers.

Explore the disciplines within aerospace engineering, from aeronautical and astronautical specializations to propulsion, structures, and aerodynamics, and see how teams collaborate across tracks in government, academic, and commercial careers.

Explore agricultural engineering, designing farm facilities, tractors, soil health, and energy production on farms. See how math, chemistry, and ecology solve real-world farming problems through open-ended projects.

Explore how agricultural engineers design sustainable systems by combining math, biology, and ecology to enable anaerobic digestion for energy, food, and environmental health on diverse farms.

Learn how architects blend math, physics, and art to design buildings that balance gravity and trigonometry with human experience, while collaborating with engineers for sustainable outcomes.

Architecture uses math to shape space and structure; explore how geometry and trigonometry drive proportional systems, roof angles, and material calculations, while balancing design intent with constraints.

Biomechanical engineering applies physics to the human body, enabling prosthetics design and safer sports equipment. Learn interdisciplinary work with doctors and therapists and career paths from school to industry.

Explore how biomedical engineering blends math, physics, and biology to improve therapies and patient recovery, from implants and biomaterials to robotics-assisted reconstruction and clinical collaboration.

Explore how electrical engineering powers modern technology—from bridge sensors and lab-on-a-chip devices to transparent displays and medical instruments—and how math and physics drive diverse stem careers.

Learn how data collection and statistics reveal correlations through univariate and multivariate analyses, guiding experiments and interpreting performance under stress in human performance research.

Explore how sampling ensures representative data and statistical significance, comparing random, stratified random, convenient, and census sampling, and design experiments with representative participants for real estate appraisals.

Explore how systems engineering integrates mechanical, electrical, and computer disciplines to solve real-world problems—from fast-response night-vision release systems to NASA shape-changing habitats and versatile pathways into engineering.