University of Michigan

What you'll study

The programme is studio-centred and balances design practice with ecological and planning theory. Core learning areas include site analysis and representation, landscape design studios, ecological systems and restoration, land-use planning, and digital methods such as GIS and environmental modelling. Students typically progress from foundation studios in drawing, materials and design thinking to intermediate and advanced studios that address complex urban and rural landscapes, climate resilience, and community-engaged design.

• Design studios: iterative projects that develop skills in form-making, technical detailing, modelmaking and client communication.
• Ecology and technology: courses in plant communities, soils, hydrology, and environmental assessment.
• Planning and policy: land-use planning, urban design, community engagement, and regulatory frameworks.
• Digital tools: GIS, site analysis software, CAD, and visualisation techniques.
• Professional practice: construction documentation, cost estimating, project management, and ethical practice.
• Electives and interdisciplinary options: opportunities to take related courses across architecture, urban planning, environmental science and public policy.

Learning methods include design studios, fieldwork and site visits (including work in the Detroit region and Great Lakes landscapes), seminars, laboratory work and collaborative projects with community partners. A capstone or final design thesis synthesises technical knowledge, ecological understanding and planning strategy.

Entry requirements

Applicants are expected to have completed secondary education with a solid academic record. Typical readiness includes strong coursework in mathematics, science or geography, and evidence of visual or design aptitude. Many successful applicants submit a portfolio demonstrating observational drawing, design work, or other visual projects; when a portfolio is not required, demonstrated interest in design and the environment is important.

• Academic qualifications: secondary-school completion with competitive grades in a broad curriculum.
• Portfolio: usually required or strongly recommended to show drawing, design, or spatial thinking. Portfolios that include site analysis, sketching, model photos or design investigations are valued.
• Additional materials: personal statement, recommendation letters, and any school-specific application items.
• International applicants: proof of English language proficiency and documentation equivalent to local secondary qualifications.

Admissions are selective and look for applicants who combine creative ability with an aptitude for scientific and social thinking. Prospective students without formal art training are encouraged to prepare a portfolio that highlights observational work, design exploration or community projects.

Career prospects

Graduates go on to careers across landscape architecture, urban and regional planning, environmental consultancy and allied design professions. Entry-level roles commonly include assistant landscape designer, planning technician, GIS analyst, ecological restoration technician, and positions in public-sector planning departments. Many graduates also continue to professional study—pursuing accredited landscape architecture degrees, master’s programmes in urban planning, environmental design or related fields—to meet licensure requirements and access senior design or planning roles.

• Landscape architect (with further professional qualification)
• Urban and regional planner
• Environmental consultant or restoration specialist
• GIS and spatial data analyst
• Public-sector parks and open-space planner
• Community design and engagement practitioner

Why study at University of Michigan

The University of Michigan offers this programme within a research-intensive environment with strong links across architecture, urban planning and environmental sciences. Students benefit from studio culture, access to faculty active in applied design and planning research, and partnerships with local municipalities and community organisations—providing real-world project experience in urban revitalisation, waterfront resilience and regional land management.

Additional advantages include interdisciplinary opportunities across professional schools, access to well-equipped fabrication and digital labs, strong career services and alumni networks, and proximity to a variety of landscape contexts—from post-industrial Detroit settings to Great Lakes shorelines—allowing students to study diverse ecological and social systems firsthand.