Masters in Environmental Building Design [MEBD/MSD-EBD]

2 Years On Campus Masters Program

University of Pennsylvania

Program Overview

The University of Pennsylvania’s Environmental Building Design programs offer advanced, post-professional study for architects who want to integrate building performance analysis, environmental design, and architectural practice, with the MEBD providing a one-year professional pathway and the MSD-EBD providing a two-year research-oriented pathway. Students develop expertise in building performance simulation, bioclimatic design, environmental systems, daylighting, building envelopes, and evidence-based design, progressing from foundational analysis to advanced design research and innovation.

Curriculum Structure

Year 1: Students in both pathways begin with the core environmental building design sequence, developing analytical and design skills through ARCH 7180 History & Theory of Architecture & Climate, ARCH 7520 Fundamentals of Bioclimatic Design, and ARCH 7530 Building Performance Simulation. The spring semester moves from analysis toward application through ARCH 7080 Bioclimatic Design Studio, ARCH 7510 Ecology, Technology, and Design, and ARCH 7540 Performance Design Workshop, while designated electives allow deeper exploration of areas such as daylighting, embodied carbon, sustainable cities, and building envelopes.

Year 2: The MSD-EBD pathway becomes research-intensive, with students developing advanced research and innovation capabilities through ARCH 7550 EBD Research Methods and ARCH 7560 Thermodynamic Systems and Methods for Buildings. The program culminates in ARCH 7090 EBD Research Project, where students combine design invention, evidence-based analysis, modelling, and performance evaluation into a substantial research project, followed by a design review and preparation of an article for publication.

Focus areas: Sustainable design, bioclimatic design, building performance simulation, environmental systems, daylighting, embodied carbon, building envelopes, thermodynamic systems, ecological design, regenerative design, circular economy, performance analysis, and evidence-based design.

Learning outcomes: Students develop the ability to integrate performance analysis with architectural design, use simulation and parametric exploration to evaluate and optimize proposals, understand environmental and ecological systems, investigate building performance across multiple scales, and produce evidence-based design research.

Professional alignment (accreditation): STEM designation: Both the MEBD and MSD-EBD are STEM-certified degrees; the university does not state that the MEBD/MSD-EBD itself is a NAAB-accredited professional architecture degree.

Reputation (employability rankings): University-level reputation: The official Penn/Weitzman program sources reviewed do not state a program-specific QS, Guardian, or other employability ranking for Environmental Building Design; therefore, no ranking is stated here.

Experiential Learning (Research, Projects, Internships etc.)

The University of Pennsylvania’s Master in Environmental Building Design gives students a strongly applied approach to environmental performance, combining building science, architectural design, simulation, prototyping, and research. The curriculum develops practical skills through Building Performance Simulation, a Performance Design Workshop, Bioclimatic Design Studio, and—within the two-year MSD-EBD—an extended EBD Research Project involving prototyping, monitoring, and modelling. Students also benefit from direct connections with Penn’s Center for Environmental Building & Design and Thermal Architecture Lab, where faculty research addresses building performance, energy, materials, thermodynamics, and climate-responsive design.

Key opportunities include:

Building Performance Simulation: ARCH 7530 develops practical skills in building performance simulation, while the broader EBD curriculum focuses on performance analysis, integrated building design, building envelopes and systems, lighting, and daylighting.
Bioclimatic Design Studio: ARCH 7080 is an advanced design studio in which MSD-EBD students synthesize environmental building design concepts and techniques, with topics developed through the EBD research seminar and documented through a research report.
Performance Design Workshop: ARCH 7540 provides a dedicated workshop component that connects environmental analysis and design, allowing students to apply the performance concepts developed earlier in the curriculum.
Research Projects: MSD-EBD students complete an EBD Research Project in the fourth semester, while the program emphasizes research techniques including prototyping, monitoring, and modelling.
Optional Internship: The MSD-EBD curriculum includes ARCH 6740 CPT Internship (Optional) during the summer between the first and second years.
Physical Prototyping: The Thermal Architecture Lab develops full-scale physical prototypes to investigate how geometry affects heat transfer, giving students exposure to experimental approaches linking building science, materials, thermodynamics, and architectural design.
Environmental Analysis: Research at the Thermal Architecture Lab includes energy and ecological strategies, renewable environmental forces such as solar radiation and wind, and methods for understanding thermal performance in buildings.
Building Energy Research: The Center for Environmental Building & Design undertakes building performance and design research covering energy, daylighting, airflow analysis, materials, construction methods, and management strategies for collections of buildings.
Interdisciplinary Research: Students can engage with the Center for Environmental Building & Design (CEBD), a faculty research unit that works through interdisciplinary teams on environmental design challenges at building, urban, and regional scales.
Thermal Architecture Lab: The Thermal Architecture Lab provides a specialized research environment focused on thermodynamics, architectural design, and material science, with research into energy, ecology, geometry, materials, and climate-responsive design.
Climate & Energy Projects: Penn’s EBD research ecosystem includes projects such as the Blue City Lab, involving climate analysis, energy modelling, thermal systems, low-embodied-carbon materials, and renewable energy harvesting.
Computational & Simulation Work: Student work in the EBD program demonstrates the use of environmental analysis, drawing, modelling, and environmental simulation to develop climate-responsive architectural solutions.
Program-Specific Research Facilities: The EBD program operates in close coordination with the Center for Environmental Building & Design and Thermal Architecture Lab, giving students access to faculty expertise, research projects, and case studies connected directly to environmental building design.

Progression & Future Opportunities

The Master in Environmental Building Design [MEBD/MSD-EBD] prepares graduates for specialized careers at the intersection of architecture, building performance, sustainability, and environmental design. Penn reports that about half of EBD alumni work in architecture practices, primarily in specialized sustainability or research units, while another 40% work in consulting practices; some graduates also continue into PhD study and research careers.

Typical Career Roles: Environmental Building Consultant, Sustainable Design Specialist, Building Performance Analyst, Architectural Sustainability Consultant. Penn’s alumni include Energy Consultants, Project Architects, Environmental Building Designers, Sustainability-focused architects, and technical/project management professionals.

Career Services: Students receive professional development support through Penn Career Services and Weitzman’s dedicated career resources, including individual advising, workshops, interview preparation, résumé/CV and portfolio guidance, job and internship-search support, networking resources, and the Design Career Fair.
Industry Connections: The annual Weitzman Design Career Fair specifically includes Environmental Building Design among its participating career fields and connects students with employers recruiting for full-time positions and summer internships.
Professional Network: Students benefit from Penn’s wider interdisciplinary environment, with access to all 12 Penn schools, including Wharton, Engineering, and Social Policy, creating opportunities to build connections across design, technology, business, and policy.
Industry-Relevant Research: The Center for Environmental Building + Design (CEBD) operates as both a faculty research unit and consultancy, undertaking work in building performance and design, energy, daylighting, airflow analysis, construction materials, climate action planning, and resilient urban development. This provides a direct connection between academic research and professional environmental-building practice.
Graduate Outcomes: Penn’s EBD alumni have progressed into organizations and firms including RWDI, Jacobs, Atelier Ten, General Services Administration, Adrian Smith + Gordon Gill Architecture, and Genesis Engineers. Alumni also report using the program to move into sustainability leadership, environmental design, building-energy research, and specialized AEC roles.
Employment Statistics: Penn states that approximately 50% of EBD alumni work in architecture practices and approximately 40% work in consulting practices, with some continuing to PhD programs.
Salary Information: Not stated on the official Penn Environmental Building Design program pages reviewed.
Accreditation Value: The MEBD and MSD-EBD are advanced, post-professional degrees rather than professional architecture degrees; Penn describes the MEBD as a professionally oriented degree and the MSD-EBD as a research-oriented degree. Therefore, no separate professional accreditation claim for the MEBD/MSD-EBD was identified on the official program pages reviewed.

Further Academic Progression: Graduates of the MSD-EBD can continue into doctoral-level study, with Penn specifically noting that some EBD alumni pursue PhD degrees to teach or conduct research. The research-oriented MSD-EBD also provides a natural pathway toward deeper specialization in building performance, environmental design, computational methods, and building-energy research.