Architecture

Why Architecture

Roehampton University holds a position among the top three modern London universities based on the Complete University Guide 2025, while the Times Higher Education ranking positions it among the leading 15% of young institutions globally. According to the National Student Survey 2024, it achieved the eightieth position across England in terms of learner satisfaction. To support architectural studies, the institution has opened a renovated Sustainable Engineering and Technology facility, featuring adaptable studio areas, technical workshops, an ecological testing laboratory, a computerized lab, and a computer-aided design space, providing students access to tools designed for real-world project execution.

Architectural Engineering Program Options

These Architectural Engineering program options prepare professionals who integrate technical building fundamentals with creative design approaches to attain the lowest possible energy usage in building structures. During their period of study, participants explore mathematical principles for engineers, material characteristics, load-bearing frameworks, and ecological innovations while developing critical analysis skills and resource optimization competencies. Program completers typically secure positions within green building teams at architectural and engineering organizations, where many focus their expertise on energy performance analysis, building thermal simulation, or sustainability advisory work, though others also engage with virtual environment technologies, three-dimensional scanning tools, and building site management activities.

Architectural Technology Course Offerings

Beginning in their opening academic year at Roehampton University, undergraduate learners pursuing Architectural Technology qualifications participate in interdepartmental initiatives, working within diverse student groups on practical design assignments that promote innovative problem-solving, team collaboration, and vocational competencies by producing hand-drawn sketches, digitally generated plans, and three-dimensional representations. As professionals specializing in architectural technology, these experts convert conceptual designs from architects into comprehensive construction documentation, choosing appropriate building materials and construction methodologies while addressing on-site technical complications. The curriculum stays current with industry standards through continuous partnerships with industry bodies and local building firms.

Architecture Course at Roehampton

The Architecture course at Roehampton satisfies the academic standards defined by RIBA and ARB and is currently undergoing professional accreditation processes, which represents the standard procedure for newly established architectural programs across the UK. Participants gain expertise in design methodology, construction science, technical systems, aesthetic history, and progressive construction techniques. Following program completion, they typically secure employment as assistant architects within design practices or alongside principal contractors, though numerous completers continue their academic progression to obtain full professional licensure as architects listed through the Board for Architects Registration.

Infrastructure Engineering Specialization

The Infrastructure Engineering specialization at Roehampton University concentrates on structural support systems, ecological factors, and transit networks with particular focus on sustainable development principles. Cross-disciplinary projects begin from the opening year of academic study, developing design competencies, teamwork capabilities, and professional communication through conceptual planning activities. As civil infrastructure specialists, program graduates design transportation routes, overpass structures, and water management networks while maintaining adherence to legal standards and protection protocols while assessing ecological impacts. The BEng and MEng qualifications both equip graduates for progressive professional opportunities in constructing global infrastructure systems.