Ferris State University

What you'll study

This programme blends technical engineering principles with architectural design and construction technology. Core subject areas typically include building materials and methods, structural systems, building information modelling (BIM) and CAD, mechanical and electrical systems for buildings, building codes and construction law, sustainable design and energy performance, and construction cost estimating.

Study is delivered through a mix of classroom lectures, computer laboratory sessions, design studios and physical lab work where students test materials and assemblies. Many curricula include a senior capstone or integrated design project in which teams produce detailed drawings, specifications, energy analyses and construction documentation for a real or simulated project.

Students also gain skills in project management, technical communication, building performance analysis and the use of industry-standard software such as Revit, AutoCAD and energy-modelling tools. The programme emphasises applied problem solving so graduates understand how designs are constructed, operated and maintained.

Entry requirements

Applicants should hold a recognised high school diploma or equivalent. Typical academic preparation includes study of algebra and geometry, and familiarity with physics or applied sciences is advantageous. Admissions decisions are based on high school transcripts; some programmes may consider standardised test scores where provided.

Portfolio submissions are not usually required but can be helpful for applicants with relevant design or technical work. Mature applicants and transfer students from community colleges with relevant technical coursework are welcome; transfer credit is awarded where course content aligns with programme requirements.

International applicants must demonstrate proficiency in English through recognised tests or prior education in English. All applicants should consult Ferris State University's admissions office for specific documentation and course equivalency guidance.

Career prospects

Graduates are prepared for technical and coordination roles in architecture, engineering and construction. Common job titles include architectural technologist/technician, BIM technician or coordinator, CAD drafter, construction estimator, project coordinator, facilities technician and building performance analyst.

Alumni work for architectural and engineering firms, general contractors and speciality contractors, building product manufacturers, building commissioning and energy consultancy firms, and public-sector building departments. The programme also provides a strong foundation for further study in architecture, engineering, construction management or building science.

Why study at Ferris State University

Ferris State emphasises applied, career-oriented education with strong links to regional industry. Students benefit from experiential learning opportunities such as hands-on labs, studio projects and employer partnerships that help bridge classroom theory and on-site practice.

The university's faculty often bring industry experience to their teaching and focus on practical skills valued by employers, including proficiency with current BIM and drafting software. Ferris also supports students with career services, internship placement assistance and connections to construction and design firms across Michigan and beyond.

Smaller class sizes and a campus culture oriented to technical and professional programmes make Ferris a practical choice for students seeking a vocationally focused architectural engineering technology degree with clear pathways into the building industry or further professional study.