Boise State University

What you'll study

The undergraduate engineering curriculum combines core engineering science with discipline‑specific coursework and a substantial design experience. Students take foundational courses in calculus, differential equations, physics, chemistry, statics and dynamics, materials, and computer programming, then move into specialised modules depending on their major (for example civil, mechanical, electrical or computer engineering).

• Common core topics: Calculus I–III, Linear Algebra, Differential Equations, General Physics, Engineering Mechanics, Materials Science, Circuits and Electronics basics, Engineering Programming and Data Analysis.
• Major-specific study: Civil students study structural analysis, geotechnical and transportation engineering; Mechanical students take thermodynamics, fluid mechanics and machine design; Electrical and Computer engineering students study signals and systems, embedded systems, digital design and electromagnetics; other majors follow comparable streams with laboratory work aligned to professional practice.
• Laboratory and practical work: Regular lab courses, computer modelling, fabrication shop and electronics labs give hands‑on experience. Many programmes emphasise modern tools such as CAD, finite element analysis, control systems software and microcontrollers.
• Design and capstone: A multi‑semester senior design project is a programme requirement, where student teams deliver a full design from requirements and analysis through prototyping and testing, often addressing real client or industry problems.
• General education and electives: Liberal studies, communication and project management courses round out the degree, and technical electives allow further specialisation in topics such as renewable energy, robotics, structural design or embedded systems.
• Experience opportunities: Co‑ops, internships, undergraduate research and industry‑sponsored projects are encouraged and supported to build practical experience and professional networks.

Entry requirements

Admission to Boise State’s engineering programmes typically requires a high school diploma or equivalent with a strong preparation in mathematics and sciences. Applicants are expected to demonstrate readiness for calculus and college‑level science.

• Academic background: Completion of pre‑calculus or calculus, high school physics and chemistry, and a strong overall academic record. Successful applicants usually present competitive grades in STEM subjects.
• Standardised tests: Boise State has test‑optional policies; applicants should check the university’s current guidance on SAT/ACT requirements. Strong test scores can support an application where provided.
• Transfer students: Transfer applicants should submit college transcripts showing completed transferable coursework in mathematics and science; articulation agreements may apply for common community college pathways.
• International applicants: Proof of English proficiency via recognised tests (TOEFL, IELTS or equivalent) is required if English is not the applicant’s first language, plus credential evaluation where applicable.
• Additional materials: Some programmes or scholarship applications may request a personal statement, résumé of relevant experience, or letters of recommendation. Meeting programme prerequisites and any placement requirements is important for timely progress.

Career prospects

Graduates with a Bachelor’s in Engineering from Boise State enter a wide range of technical and professional roles. Early careers commonly include positions as design engineers, systems engineers, project engineers, field engineers, manufacturing engineers, quality engineers and test or controls engineers.

• Industries: Employment sectors include infrastructure and construction, energy and utilities, semiconductors and electronics, aerospace and defence, manufacturing, environmental and water resources, software and embedded systems, and biomedical device firms.
• Professional development: Many graduates pursue professional engineering (PE) licensure, which involves an accredited degree, work experience and examination. Others continue to postgraduate study (master’s or PhD) for research, advanced technical roles or academic careers.
• Employer connections: Regional employers and national firms recruit Boise State graduates for internships and entry roles; hands‑on project experience and capstone portfolios are often decisive in early job searches.

Why study at Boise State University

Boise State offers an applied, student‑centred engineering education with an emphasis on experiential learning and industry engagement. The College of Engineering supports small‑group instruction, laboratory access and faculty research opportunities for undergraduates.

• Applied learning: Extensive lab facilities, makerspaces and senior design projects give students practical skills employers value.
• Industry links: Partnerships with local and regional companies provide internship and project opportunities that connect classroom learning to real‑world problems.
• Accreditation and quality: Many undergraduate engineering programmes at Boise State meet professional accreditation standards, preparing graduates for licensure and recognised entry to practice.
• Location and support: Boise’s growing technology and engineering sector offers networking, internships and career prospects, while campus services assist with advising, career placement and professional development.