Kingsbury Hall is the main academic hub for the College of Engineering and Physical Sciences and home to most engineering programs, as well as mathematics & statistics, and computer science. Students take core and advanced courses here in modern classrooms, computer labs, and collaborative project spaces, including the dedicated student project wing where teams design, build, and test their ideas.

Kingsbury is also home to the CEPS Makerspace, the CEPS Machine Shop, Kingsbury Library and the Mathematics Assistance Center, giving students access to hands-on tools, tutoring, and academic support in one central location.

Academic programs with their offices in Kingsbury include analytics, chemical engineering, civil engineering, computer engineering, computer science, data science, electrical engineering, information technology, mathematics, mechanical engineering, and statistics.

Kingsbury Courtyard is the heart of a strong CEPS community, serving as a central gathering space where students connect outside the classroom. At the start of each academic year, it hosts the CEPS Day BBQ and a later hosts the college’s annual Spring Field Day. Student in CEPS can choose from dozens of ways to get involved, including professional organizations like the American Society of Mechanical Engineers (ASME) and Society of Women Engineers (SWE), or they can also join hands-on competition teams such as the FASE Formula One race team, Concrete Canoe, and Students for the Exploration and Development of Space, a hybrid rocketry team.

The Career and Professional Success (CaPS) office, located in Kingsbury Hall,  empowers CEPS students to build the skills they need to adapt, grow, and succeed beyond graduation. Through coaching, experiential learning, mentoring, and employer and alumni connections, CaPS helps students explore career paths, gain real-world experience, and develop professionally following UNH’s Wildcat Way to Professional Success

The CEPS Makerspace is a hands-on innovation hub where students can turn ideas into real projects. Open to all experience levels, the space offers tools, equipment, and expert guidance for both personal and academic work. Whether you’re prototyping for a class, building a club project, or exploring a new idea, the Makerspace gives you the support and resources to create, experiment, and learn by doing.

The Mathematics Assistance Center (MaC) provides drop-in tutoring and support for services for students in 400-level and some 500-level Math courses. The service is FREE to UNH students. Come in to work on your coursework and to ask our tutors questions about your course material. Drop-in tutoring is a great place to make new friends among your classmates and to form study groups.

Parsons Hall is home to chemistry teaching and research, operating as a hub for labs and courses that most student in the college take early in their academic journey. Here, abstract concepts come to life through hands-on experiments and coursework that prepare students for advanced study and research. Academic programs with their offices in Parsons Hall include all chemistry degrees.

James Hall is home to UNH’s Earth Sciences programs, where students study the planet through hands-on labs, fieldwork, and research. Here, classroom learning connects directly to real-world topics like geology, climate, environmental systems, and natural resources. Students use James Hall for courses – including an outdoor classroom  – laboratory work, and research projects, often preparing for field experiences that take them beyond campus. The academic programs with an office in James Hall include Earth sciences and environmental sciences.

Morse Hall is a hub for research and students interested in space science, Earth systems, and the technologies used to study them. Here, students can join research teams to work in labs and build instruments that collect data from the atmosphere and beyond, including payloads that fly on sounding rockets and other research missions.

Gregg Hall is a research and teaching facility where students explore real-world environmental challenges through engineering and science. The building is home to environmental engineering labs focused on water quality, treatment systems, infrastructure and sustainable solutions.

The academic program with an office in Gregg Hall includes environmental engineering.

The Jere A. Chase Ocean Engineering Laboratory gives students hands-on experience with the technologies used to study and design systems for the ocean environment. Inside its large wave and engineering tanks, students conduct research in ocean engineering, marine robotics, ocean mapping, acoustics, and hydrographic surveying. Through advanced coursework, research projects, and real-world testing, students apply what they learn in the classroom to the challenges of working in coastal and marine environments.

DeMeritt Hall is the center of physics at UNH, where students explore everything from fundamental concepts to innovative research in engineering physics and space science. Here, classes and labs emphasize hands-on learning, small-group problem solving, and collaboration with faculty on research in areas like space physics, optics, and advanced materials. Academic programs with their offices in DeMeritt Hall include physics and engineering physics.

The UNH Interoperability Laboratory  gives students the chance to work with some of the world’s top technology companies while testing innovative networking and data communication products. As the only full-scale, non-profit test lab of its kind, the IOL employs more than 100 undergraduate and graduate students in paid roles where they gain real-world engineering experience. Working alongside professional staff and industry partners, students build in-demand skills, contribute to emerging technologies, and launch careers with leading tech companies.

The John Olson Advanced Manufacturing Center gives students hands-on experience with innovative manufacturing technologies in a real factory-style environment. Through paid internships, applied research, and interdisciplinary coursework, students work alongside faculty and industry partners to solve real-world problems and build career-ready skills before graduation.