University of Minnesota

What you'll study

The programme combines technical engineering fundamentals, construction-specific practice and business skills. Early years cover mathematics, physics, materials science, statics and communication skills, while core construction topics include construction methods and materials, estimating and cost control, project scheduling (CPM), construction contracts and law, construction safety and risk management, and building systems.

Upper-level study emphasises project and site management, advanced estimating, building information modelling (BIM) and digital construction tools, sustainable construction practices, temporary works and logistics, and construction finance. Students typically complete field labs, site visits and a capstone project that integrates estimating, scheduling, cost control and project delivery. Many programmes also require or strongly encourage an industry internship or co‑op placement to gain hands-on experience.

Typical technical and practical modules you can expect:

• Construction Materials and Methods
• Building Information Modelling (BIM) and Digital Tools
• Construction Estimating and Cost Control
• Project Scheduling and Construction Planning (CPM/Primavera)
• Construction Contracts, Law and Ethics
• Construction Safety and Risk Management
• Structural Concepts for Construction Managers
• Construction Finance and Business Management
• Capstone Project / Senior Design Studio

Entry requirements

Prospective students are expected to hold a recognised secondary school qualification with strong results in mathematics and science. Typical preparation includes algebra, geometry and pre-calculus or calculus, and coursework in physics or applied science. Admissions decisions consider overall academic performance, a personal statement, and often evidence of communication and teamwork skills.

The University of Minnesota may consider standardised test scores where submitted, but applicants should check the institution's current testing policy. Transfer applicants must provide college transcripts and any relevant technical or workplace experience can strengthen an application. International applicants should demonstrate English language proficiency through accepted tests or exemptions.

Career prospects

Graduates move directly into roles across the construction industry and related sectors. Common entry and early-career positions include project engineer, assistant project manager, field superintendent, estimator, scheduler, site safety coordinator and BIM coordinator. With experience, graduates progress to project manager, construction manager, cost engineer, operations manager or specialist roles such as sustainability manager or facilities manager.

Employers include general contracting firms, specialty contractors, developer/owner organisations, construction management consultancies, design-build teams, infrastructure agencies and construction technology companies. Graduates also often pursue professional certifications (for example, industry safety and sustainability credentials, construction management certifications and later project management qualifications) to advance their careers.

Why study at University of Minnesota

The University of Minnesota offers a programme positioned within a large research university with strong links to regional construction, engineering and development industries. Students benefit from hands-on learning through lab facilities, site visits and industry-led projects, plus access to multidisciplinary collaboration with engineering, architecture and business departments.

Located in a metropolitan region with a active construction market, students have access to internship and employment opportunities with national and local contractors and consultants. The university’s career services, alumni network and employer engagement events support recruitment and professional development. Practical training in modern construction software, safety standards and sustainable practices prepares graduates for immediate contribution on commercial, institutional and infrastructure projects.