Idaho State University

What you'll study

This programme combines applied mathematics and physical science with practical technology courses and laboratory work. Core topics typically include engineering mathematics (calculus and technical algebra), physics for technologists, materials and manufacturing processes, statics and strength of materials, basic thermofluids, electrical circuits and instrumentation, computer‑aided design (CAD), programmable logic controllers (PLCs) and control systems.

• Foundational courses in calculus, physics and chemistry to support applied engineering topics
• Applied mechanics and materials science, including statics, dynamics and properties of engineering materials
• Electrical and electronic fundamentals, instrumentation, sensors and data acquisition
• Manufacturing technology, machining, welding fundamentals and quality assurance principles
• CAD, drafting, product design and rapid prototyping techniques
• Automation and control labs with PLCs, robotics basics and embedded systems introductions
• Software and programming for technologists such as MATLAB, LabVIEW or industry‑standard CAD/CAM packages
• Capstone or senior project that integrates design, testing and documentation in a team environment

Students also complete the university general education programme to develop communication, teamwork and ethical reasoning skills. Many pathways include options for cooperative education, internships or industry projects to gain workplace experience.

Entry requirements

Prospective students normally need a high school diploma or equivalent with a strong foundation in mathematics and science. Recommended preparation includes courses in algebra, geometry, trigonometry or pre‑calculus and high school physics; chemistry is beneficial for some specialisations. Idaho State University considers academic transcripts, letters of recommendation and personal statements as part of the admission process.

International applicants must demonstrate English language proficiency through recognised tests or approved university pathways. Transfer students from community colleges are welcome and credits from relevant technical or engineering coursework may be evaluated for transfer toward the degree.

Career prospects

Graduates enter technical roles where practical engineering skills are in demand. Common job titles include engineering technologist, field service technician, maintenance engineer, quality control technician, process technician, CAD designer, manufacturing supervisor and controls technician. Employers range from manufacturing plants, construction and civil engineering firms, utilities and energy companies, to government agencies and research laboratories.

The degree also provides pathways to further study: graduates may pursue a professional engineering degree, specialised certificates, or graduate programmes in engineering technology, manufacturing systems, industrial management or engineering management. Professional certifications from organisations such as ASQ, ISA or state‑level technician credentialing bodies can enhance career mobility.

Why study at Idaho State University

Idaho State University emphasises hands‑on learning and applied research, with teaching laboratories and workshops designed for technology education. The university’s smaller class sizes support close interaction with faculty who often bring industry experience into the curriculum. ISU maintains relationships with regional employers and offers career services and internship connections to help students gain practical workplace experience.

Located in a region with manufacturing, energy and public works activity, ISU students can access local internship and employment opportunities. The programme’s focus on practical skills, combined with general education and project work, prepares graduates to step directly into technical roles or continue their education in allied engineering fields.