Master of Architecture (M.Arch.)

3 Years On Campus Masters Program

New Jersey Institute of Technology

Program Overview

The Master of Architecture (M.Arch.) at the New Jersey Institute of Technology is a 90-credit, three-year professional program designed primarily for students with a bachelor’s degree in a field other than architecture who want to pursue professional architectural practice and licensure. Students develop architectural design, digital representation, building technology, environmental systems, structures, professional practice, and research skills, with opportunities to specialize through urban, sustainable, and advanced computational design.

Curriculum Structure

Year 1: The first year builds the essential foundations of architectural design, representation, history, and construction. ARCH 501G – Architecture Studio I, ARCH 555G – Tools and Techniques I, and ARCH 528G – History of Architecture I introduce design thinking, architectural communication, historical context, and technical methods; the second semester advances these through ARCH 502G – Architecture Studio II, ARCH 500G – Tools and Techniques II, and ARCH 542G – Construction II.

Year 2: Students progress into more technically and environmentally integrated architectural design. ARCH 503G – Architecture Studio III, ARCH 545G – Structures I, and ARCH 543G – Environmental Control Systems I develop understanding of structural and environmental performance, while ARCH 504G – Architecture Studio IV, ARCH 548G – Structures II, and ARCH 544G – Environmental Control Systems II further integrate building systems into architectural solutions; students also begin selecting history/theory or technology coursework.

Year 3: The final year emphasizes advanced design, professional practice, and synthesis. ARCH 505G – Advanced Architecture Studio I and ARCH 506G – Advanced Architecture Studio II provide opportunities for more specialized design exploration, while ARCH 569G – Professional Practice I, ARCH 579G – Professional Practice II, and ARCH 547G – Synthesis Seminar connect architectural design with professional, ethical, legal, and integrative practice.

Focus areas

Urban design, sustainable design, advanced computational design, architectural history and theory, building technology, construction, structures, environmental control systems, digital design and representation, landscape and urbanism, and professional practice.

Learning outcomes

Students learn to analyze theoretical, social, political, economic, cultural, and environmental contexts; communicate architectural ideas through writing, drawing, modeling, and digital methods; integrate technical systems and materials into design; synthesize multiple design variables; and apply business, management, legal, and ethical principles to architectural practice.

Professional alignment (accreditation)

The M.Arch. is a professional degree fully accredited by the National Architectural Accrediting Board (NAAB) and is designed to lead toward professional architectural licensure. NJIT states that its architecture programs are grounded in professional accreditation requirements, while NAAB accreditation is recognized as the professional-degree pathway used by U.S. registration boards for architectural licensure.

Reputation (employability rankings)

NJIT's School of Architecture states that its undergraduate architecture program is among the top 35 most admired undergraduate architecture programs in the country and among the top 10 architecture schools most hired by firms; while this recognition refers specifically to the undergraduate program, it demonstrates the School's established professional standing.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Architecture at New Jersey Institute of Technology (NJIT) is built around a studio-based, technology-intensive learning environment where students develop architectural ideas through design, construction, digital representation, structures, environmental systems, and urbanism. As part of the Hillier College of Architecture and Design, students can work with digital design and fabrication technologies and access specialized labs for physical prototyping, 3D printing, laser cutting, robotics-related work, and other forms of computational design.

Practical learning opportunities include:

Architecture studios: The curriculum uses progressive Architecture Studio I–IV followed by Advanced Architecture Studio I–II, giving students repeated opportunities to develop and integrate architectural design solutions through studio-based projects.
Digital design: Tools and Techniques I and Tools and Techniques II form part of the M.Arch. core, developing digital design and representation capabilities alongside the studio sequence.
Computational design: NJIT's architecture environment supports research and learning in computation, augmented and virtual reality, robotics, and digital fabrication, allowing students to explore technology-driven approaches to architectural production.
Digital fabrication: HCAD provides a DigiFab Lab equipped with three CNC mills, a vacuum-forming machine, spot welder, machining shear, manual box-and-pan brake, chop saw, bench grinder, corner notcher, and bandsaws.
Laser and 3D fabrication: The Laser Lab includes laser cutters, vinyl cutters, and resin 3D printers, supporting the production of physical architectural models and prototypes.
Woodworking: The Woodshop provides a table saw, compound miter saw, drill press, band saws, routers, and handheld power tools for hands-on model and fabrication work.
Materials experimentation: The Materials Library supports materials research and application in studio and related courses, giving students a dedicated resource for investigating architectural materials.
Physical computing and visualization: HCAD facilities include an Electronics Lab, 3D Printing Lab, Physical Computing Lab, and Animation Lab, with equipment such as 3D scanners, sensors, motion-capture equipment, and film/video technology.
Project-based learning: The curriculum integrates design studios with Construction I–II, Structures I–II, Environmental Control Systems I–II, and Landscape and Urbanism, requiring students to connect design concepts with technical and environmental considerations.
Professional practice: Professional Practice I and Professional Practice II expose students to the business and professional dimensions of architecture, including the management and practice of architecture.
Research environment: NJIT describes the architecture school as a research platform where students can collaborate with faculty working across areas such as nanotechnology, augmented and virtual reality, robotics, and digital fabrication.
Digital portfolio and review: The Kepler Review System provides a continuous digital record of student work and supports the sharing and documentation of design work across screen and print media.
Architecture library: Students have access to the Littman Architecture and Design Library, listed among HCAD's dedicated student resources.
Collaborative specialization: M.Arch. students can pursue dual-degree pathways with Master of Urban Design, M.S. in Management, M.S. in Civil Engineering, or MBA, allowing interdisciplinary work across architecture, urbanism, engineering, management, and business.

Progression & Future Opportunities

The Master of Architecture (M.Arch.) at New Jersey Institute of Technology prepares graduates for professional architectural practice through a 90-credit curriculum integrating design, technology, building systems, materials, environmental considerations, and professional practice. As a STEM-designated, NAAB-accredited professional degree, it provides a strong foundation for graduates pursuing architectural careers and the professional licensure pathway.

Typical career roles: Architect, Architectural Designer, Designer I, Project Manager

Career development and progression opportunities include:

Career pathways: NJIT identifies architecture career opportunities including Architect, Architectural Designer, Designer I, Project Manager, and Assistant Project Manager.
Employer connections: NJIT lists leading architecture, design, engineering, and construction employers associated with its architecture graduates, including Gensler, Perkins Eastman, AECOM, Perkins+Will, and Turner Construction.
Salary information: NJIT publishes a $63,300 starting salary as the NJIT average and a $79,000 mid-career salary as the national average for architecture on its program page. These figures are presented by NJIT for architecture rather than specifically for M.Arch graduates.
Research-to-industry exposure: Students can collaborate with research faculty on emerging areas including nanotechnology, augmented and virtual reality, robotics, and digital fabrication, giving the professional degree a strong technology and research dimension.
Professional licensure value: The M.Arch. is fully accredited by the National Architectural Accrediting Board (NAAB). NJIT explains that most U.S. registration boards require an accredited professional architecture degree as a prerequisite for licensure, making NAAB accreditation particularly valuable for students planning a long-term U.S. architecture career.
Accreditation continuity: NJIT's current accreditation information states that the next accreditation visit for its B.Arch. and M.Arch. programs is scheduled for 2031, supporting the program's continuing professional alignment.
Graduation outcomes: NJIT's official architecture career information identifies architecture graduates working in roles such as architect, architectural designer, designer, project manager, and assistant project manager, with employers including major firms such as Gensler, Perkins Eastman, AECOM, Perkins+Will, and Turner Construction.

Further Academic Progression: After the M.Arch., students can pursue advanced specialization or research through NJIT's Master of Science in Architecture (M.S. Arch.), a post-professional STEM-designated program focused on areas such as Sustainability, Urbanism, and Computation. Students interested in research-intensive careers can also explore the Hillier College's Ph.D. in Urban Systems, while the College's architecture research environment covers areas including sustainable and resilient design and nanomaterials.