Master of Landscape Architecture

3 Years On Campus Masters Program

Virginia Tech

Program Overview

The Master of Landscape Architecture (MLA) at Virginia Tech is a three-year professional program designed for students who want to develop advanced skills in landscape design, planning, environmental systems, and place-making, with the curriculum addressing the relationships between people, natural systems, and the built environment. Students progress from qualifying studies into graduate design studios, landscape engineering and technology, history, theory, research, and a final thesis, while also having opportunities for professional internships and faculty-directed research.

Curriculum Structure

Year 1: The first year is primarily the Qualifying Studies stage, normally comprising 30 credits that build the foundation needed for graduate landscape architecture study. Students develop competencies in foundational design studios, visual representation, landform grading and drainage, landscape ecology/natural systems, plant identification, and professional practice, building the design-thinking and technical skills needed for the professional curriculum.

Year 2: Students enter the core MLA studies and use the design studio as a laboratory for exploration and discovery, connecting design with landscape engineering, technology, history, theory, and research. Graduate coursework includes LAR 4706 – Design Studio: Design and Planning, LAR 4134 – Landscape Representation, and LAR 5984 – Watershed Sensitive Design and Construction, giving students experience with site-scale design, representation, construction, watershed-sensitive approaches, and community-engaged landscape challenges.

Year 3: The final year emphasizes developing an individual area of expertise and completing the program's required thesis. Students can undertake LAR 5724 – Scholarship in Landscape Architecture, focused electives across the university, and LAR 5754 – Thesis Studio, using literature review, case studies, and speculative design exploration to investigate a landscape architecture question in depth; students may also pursue professional internships or faculty-directed research alongside their studies.

Focus areas

Landscape design, design research, environmental and ecological systems, resilient landscapes, community engagement, place-making, landscape planning, landscape representation, watershed-sensitive design and construction, landscape history and theory, landscape technology, and professional practice.

Learning outcomes

Students develop the ability to identify landscape architecture research questions, communicate conceptual site designs graphically and in writing, interpret cultural and social relationships with land and nature, understand ecological principles, and apply these understandings to conceptual site design and landscape architecture practice.

Professional alignment (accreditation)

Virginia Tech's MLA is a LAAB-accredited professional landscape architecture degree. Graduates of the MLA are eligible to take the Landscape Architecture Registration Exam (LARE), although licensure itself is granted by individual jurisdictions rather than by the degree program. The next scheduled LAAB review is Spring 2027.

Reputation (employability rankings)

Professional reputation: Virginia Tech's official School of Design records the graduate Landscape Architecture program as 18th nationally in the 2019–20 DesignIntelligence rankings, while graduates of the undergraduate and graduate Landscape Architecture programs were ranked 4th most hired by firms. The rankings were based on surveys of hiring professionals, academic leaders, and students.

Experiential Learning (Research, Projects, Internships etc.)

Virginia Tech’s Master of Landscape Architecture is strongly studio- and research-based, with students using design studios as laboratories for exploration and discovery while integrating landscape history, theory, methods, engineering, and technology. The 3-year track emphasizes community-engaged design, real sites, and real environmental and social issues, with opportunities for professional internships and faculty-directed research leading toward an individual master’s thesis.

Dedicated studios: MLA students have dedicated studio workspaces in Burchard Hall, where landscape architecture students collaborate across cohorts and work alongside architecture and industrial design students through shared ideas, peer feedback, study, and design critiques.
Community projects: Students work with real communities and real places on landscape planning and design challenges. The annual Richard G. Gibbons Virginia Public Open Space Charrette brings students together with Virginia communities to develop open-space solutions, while other projects address stormwater management, coastal flooding, sea-level rise, biodiversity, water quality, and post-industrial redevelopment.
Internships: Landscape Architecture students can undertake internships with public, private, or nonprofit landscape architecture firms for academic credit, through arrangements involving the student, faculty advisor, and participating firm.
Research projects: Students can participate in faculty-directed research, with research areas including environmental and cultural landscapes, human health and landscape experience, landscape performance, flooding, light pollution, climate change, visual landscape stewardship, and design practice. These themes can feed directly into studios, individual studies, master’s theses, and doctoral research.
Digital and technical skills: The MLA curriculum integrates landscape engineering and technologies, while applicants with advanced standing may demonstrate experience in digital drawing, site analysis, site engineering, and GIS applications.
Fabrication facilities: Students have access to the School’s hands-on workshops, including woodworking and metalworking equipment, plastics equipment, vacuum forming, Objet 3D printing, laser cutting, 3D printing, ceramics, large-format printing, scanning, and plotting. The Research + Demonstration Facility also provides wood- and metalworking equipment, CAD/CAM machines, large-scale welding facilities, and studio/workshop spaces for special projects.
Art & Architecture Library: The Art & Architecture Library in Cowgill Hall provides approximately 78,000 volumes and more than 200 journals covering visual arts, art history, architecture, decorative arts, and design, supporting research and design development.
International study: The Landscape Architecture program has formal international exchange opportunities, with past participation involving institutions such as the University of British Columbia, University of Montreal, University of Queensland, Tongji University, and the University of Georgia’s summer program in Cortona, Italy.

Progression & Future Opportunities

The Master of Landscape Architecture at Virginia Tech prepares graduates for professional landscape architecture careers through an accredited professional curriculum and opportunities to engage directly with the profession. Graduates can progress into landscape architecture practices, multidisciplinary design firms, public-sector planning and design roles, and environmental or urban-design careers.

Typical career roles: Landscape Architect, Landscape Designer, Urban Designer, Environmental Planner

Career development and professional opportunities include:

Career networking: Virginia Tech’s School of Architecture + Design Career Day connects students with representatives from 100+ architecture and design firms from across the country, including organizations recruiting for landscape architecture and other design disciplines.
Professional experience: The School’s W_Internship Program provides participating students with direct exposure to professional practice. Landscape architecture students can work with participating firms on active projects, attend client meetings and site visits, create drawings and models, and receive professional mentorship and portfolio feedback.
Industry tools and practice: In the W_Internship experience with VIA design, students use Adobe Creative Suite, Autodesk Revit, and Twinmotion, while gaining exposure to field measurements, construction progress meetings, client interactions, drawings, models, and graphics.
Employment outcomes: Virginia Tech’s 2024–25 first-destination data reports 90% of Landscape Architecture respondents were employed (9 of 10 respondents). The university notes that the dataset is based on undergraduate degree recipients, so this figure should not be treated as an MLA-specific outcome.
Salary information: A program-specific median salary was not reported for Landscape Architecture in Virginia Tech’s 2024–25 first-destination data because only three graduates reported salaries. The broader College of Architecture, Arts, and Design reported a median salary of $62,000, but this is college-wide rather than MLA-specific.
University–industry connections: Virginia Tech’s Career Day provides a direct recruitment platform connecting students with more than 100 architecture and design firms, while the School’s W_Internship program creates additional structured connections with professional firms.
Professional accreditation value: The MLA is a professional landscape architecture degree, giving graduates an educational pathway aligned with professional licensure requirements. Virginia Tech’s professionally accredited design programs are specifically promoted to firms attending Career Day as a source of future professional talent.
Graduation outcomes: Virginia Tech publishes first-destination information by major through its Career and Professional Development system, allowing students to review employment and salary outcomes rather than relying on generalized career claims.

Further Academic Progression: After completing the MLA, students interested in advanced research can continue into doctoral-level study in landscape architecture or related areas such as environmental design, urbanism, planning, or ecological research. Virginia Tech’s graduate environment also supports interdisciplinary study and research across architecture, design, planning, and environmental fields, providing a foundation for students who want to move beyond professional practice into research or academia.