Bachelor of Science in Building Sciences

4 Years On Campus Bachelors Program

Rensselaer Polytechnic Institute

Program Overview

The Bachelor of Science in Building Sciences at Rensselaer Polytechnic Institute was designed for students interested in the intersection of construction, ecology, technology, and the built environment, combining integrated design, building performance, history and theory, technology, and data literacy. The program suited students who wanted to investigate how buildings can respond to challenges such as climate change, energy performance, human comfort, health, and environmental quality while preparing for careers across building science, architecture, engineering, construction, and related design fields.

Curriculum Structure

Year 1: Students established a foundation in architectural and building-science thinking through History and Theory of Building Sciences, Building Sciences Media, Materials and Design, and Digital Constructs for Building Sciences, alongside Architectural Design Studio 1 – Building Sciences. They then moved into Energy, Comfort, and Ecology and Building Performance Studio 1, connecting design with building performance, environmental conditions, materials, and analytical investigation.

Year 2: Students developed stronger technical knowledge through Lighting for Intelligent Spaces, Structures 1, Construction Systems, and Building Performance Vertical Studio. Courses such as Materials and Enclosures, Environmental and Ecological Systems, and Building Systems and Environment expanded their understanding of structures, construction, environmental performance, building envelopes, and integrated building systems.

Year 3: Students advanced their technical and professional preparation through Building Performance Vertical Studio, Structures 2, and Construction Industry Seminar 1, while also completing science and professional electives. The curriculum encouraged students to connect building-performance investigations with structural systems, construction practice, and specialized areas of building science.

Year 4: The final year centered on Building Science Capstone Seminar, followed by Building Sciences Capstone Studio (Life Cycle Studio) and Construction Industry Seminar 2. This stage brought together the program's design, technology, environmental, construction, and analytical components in a culminating building-science project.

Focus Areas

Integrated design, building performance, construction, ecology, materials, structures, energy, comfort, environmental systems, building enclosures, lighting, acoustics, sustainability, data literacy, professional practice, life-cycle design.

Learning Outcomes

Interdisciplinary investigation, integrated building design, material and system analysis, building-performance evaluation, environmental awareness, data-informed design, construction knowledge, structural understanding, professional communication, and problem-solving for emerging challenges in the built environment.

Professional Alignment (Accreditation)

NAAB: The Bachelor of Science in Building Sciences was not an NAAB-accredited professional architecture degree; Rensselaer identifies its Bachelor of Architecture as the professional architecture degree accredited by NAAB. The university describes the Building Sciences degree as preparation for building science, architecture, engineering, construction, and related design careers, with pathways into specialized master's programs and the professional M.Arch.

Reputation (Employability Rankings)

DesignIntelligence: Rensselaer’s School of Architecture was ranked 13th nationally among undergraduate architecture programs in the 2017–18 DesignIntelligence rankings, based on feedback from architecture and design professionals. The university also reports 2020 DesignIntelligence rankings of #6 for “Most Hired From by Firms”, #6 for Construction Materials & Methods, #8 for Design Technologies, and #9 for Undergraduate Research; these are School of Architecture-level rankings and are not specific rankings of the suspended BS in Building Sciences.

Experiential Learning (Research, Projects, Internships etc.)

The Bachelor of Science in Building Sciences at Rensselaer Polytechnic Institute is designed around applied investigation of the built environment, with studios using material testing, information mapping, data storytelling, and impact-driven design. Students gain practical experience through building-performance studios, materials and enclosure studies, construction systems, and a life-cycle capstone, supported by Rensselaer’s fabrication facilities, digital tools, and research environments.

Building Performance Studios: Courses such as ARCH 2850 Building Performance Studio 1 and ARCH 2860 Building Performance Vertical Studio give students studio-based experience investigating building performance and applying building-science concepts to design problems. The curriculum also includes ARCH 4530 Building Sciences Capstone Studio (Life Cycle Studio), providing an opportunity to integrate building-science knowledge into a final project.
Materials & Testing: ARCH 2510 Materials and Design, ARCH 4560 Materials and Enclosures, and related building-science work connect material investigation with building performance and construction. Students can use the School of Architecture’s Fabrication Shop, while Rensselaer also has a material testing lab elsewhere in its campus shop network.
Digital Fabrication: The Fabrication Shop provides access to 3D printers, CNC routers, laser cutters, a ceramics laboratory, and traditional woodworking and machine tools, allowing students to turn digital designs into physical prototypes and study materials through making.
Robotics: The Fabrication Shop includes a dedicated Robotics Lab with an ABB IRB 2600 six-axis robotic arm, expanding opportunities for digitally controlled fabrication and experimental making.
Digital & Computational Work: The Building Sciences curriculum specifically includes Digital Constructs for Building Sciences, while the School’s Digital Futures Lab provides high-end computing workstations and projection facilities for digitally based design and research activities.
Construction Practice: Students study ARCH 2350 Construction Systems, ARCH 4740 Building Systems and Environment, and ARCH 4510 Construction Industry Seminar 1, linking design decisions with construction systems, building environments, and the construction industry.
Research & Innovation: Rensselaer’s School of Architecture includes research centers in Architectural Acoustics, the Center for Architecture Science and Ecology (CASE), and the Lighting Research Center, providing a wider research environment connected to building performance and the built environment.
New York / CASE Experience: The School offers a semester-away program at CASE in Brooklyn, where undergraduate students can study advanced digital, fabrication, building-system, environmental-science, and research technologies while engaging with New York’s professional design and innovation communities.

Progression & Future Opportunities

The Bachelor of Science in Building Sciences was designed to prepare graduates for careers spanning building science, architecture, engineering, construction, and related design fields, with an emphasis on integrated design, technology, data literacy, and building performance. Rensselaer specifically identifies pathways into building performance consulting, sustainability, construction management, façade design, architectural acoustics, lighting, environmental systems consulting, and related sectors.

Typical roles include building performance consultant, sustainability consultant, construction manager, and building systems specialist.

Career progression and opportunities:

Career preparation: The curriculum includes Professional Practice, Construction Industry Seminar 1 and 2, and a Building Sciences Capstone Studio, giving students exposure to professional practice, construction-industry issues, and life-cycle building analysis.
Industry-connected research: Rensselaer’s Center for Architecture Science and Ecology (CASE) connects students and faculty with architecture and engineering firms, manufacturers, consultants, startups, and mission-driven organizations through semester-long research projects addressing real built-environment challenges.
Industry partnerships: CASE works with government, industry, and academic collaborators in areas including climate adaptation, circular economies, environmental intelligence, and planetary health, providing an environment for translating research into real-world applications.
Professional ecosystem: CASE has relationships with New York City’s built-environment, construction, and real-estate communities, while also supporting entrepreneurship in building and climate-focused technologies.
Employment statistics: The official Rensselaer Building Sciences sources reviewed do not publish a program-specific graduate employment rate, employment percentage, or salary figure. Therefore, no salary or employment statistic is provided here.
Accreditation value: The published program page does not identify a professional accreditation for the BS in Building Sciences. Rensselaer instead states that the program prepares students for specialized master's programs or its NAAB-accredited Master of Architecture, providing a route toward a professional architecture qualification for students pursuing that path.
Graduation outcomes: Rensselaer states that graduates are prepared for diverse careers in building science, architecture, engineering, construction, and broader design fields, while also being prepared for specialized master's study.

Further Academic Progression: After completing the BS in Building Sciences, students can continue into specialized Master of Science programs or Rensselaer’s Master of Architecture; the university also identifies graduate-level opportunities in areas such as Architectural Sciences, Lighting, Geofutures, and Architectural Sciences research. The Building Sciences program has also been described as a foundation for advanced study in architecture, engineering, construction management, and business.