MSci Advanced Architectural Technology (Top-up route)

1 Year On Campus Masters Program

Robert Gordon University

Program Overview

The MSci Advanced Architectural Technology (Top-up route) is a one-year master’s-level programme designed to build on your previous architecture or architectural technology studies and take your technical and sustainability skills to the next level. It’s a brilliant fit if you want to specialise in low-carbon design, digital/parametric methods and modern construction technologies, and if you’re aiming for a career at the forefront of innovation in the built environment.

Curriculum Structure

Single intensive year (12 months) — You’ll work through an integrated studio-based programme that blends sustainable design, digital/parametric design and construction technology. Studio modules let you develop advanced proposals supported by research and technical analysis, while project-management content ensures you can deliver design solutions in real industry settings.
Final project / thesis (depending on your entry background) — You’ll choose a topic that reflects your interests — such as zero-carbon buildings, digital fabrication or circular construction — and develop it into a comprehensive design or research-based output.

Focus Areas

Sustainable and low-carbon building design, digital and parametric design workflows, building technology and construction methods, project and construction management, data-driven architectural design.

Learning Outcomes

You’ll graduate able to design technically and environmentally advanced buildings, work confidently with digital design and fabrication methods, understand modern construction and regulatory demands and produce architectural proposals that balance creativity, performance and sustainability.

Professional Alignment (Accreditation)

The course is accredited by the Chartered Institute of Architectural Technologists (CIAT), supporting your pathway toward becoming a fully qualified and professionally recognised Architectural Technologist.

Reputation & Employability

The programme is highly industry-focused, with learning centred on real-world problems in sustainable and contemporary construction. Graduate outcomes are strong, with a very high proportion of alumni securing employment or progressing to further study within 15 months.

Experiential Learning (Research, Projects, Internships etc.)

What really stands out about the MSci Advanced Architectural Technology (Top-up route) at RGU is how practical and hands-on the learning experience is. You don’t just talk about sustainable buildings, digital design or modern construction — you get to explore them through real projects, physical and digital model-making, advanced studio work and industry-relevant technology. It feels much closer to the day-to-day work of a professional Architectural Technologist than a traditional classroom experience.

Here’s how that learning comes to life:

Dedicated studio spaces within the Scott Sutherland School of Architecture & Built Environment — a professional design studio environment where you work on design and technology projects, collaborate with peers and develop ideas through studio-based learning.
Professional model-making and fabrication workshops — access to both analogue and digital fabrication tools, including CNC and laser-cutting equipment, letting you translate digital concepts into accurate physical prototypes and understand construction detail through making.
High-spec IT and CAD modelling suites — specialist computer labs that support advanced CAD, digital modelling and analysis software used throughout the programme and across the built-environment sector.
Studio-based projects connected to real-world and research themes — assignments link directly to current industry challenges such as low-carbon building, sustainable urban development, data-driven digital design and construction management.
Interdisciplinary learning environment — you study alongside peers from other built-environment disciplines, helping you understand the bigger picture of how architecture, construction and sustainability fit together in real practice.

The result is a course that feels active, creative and professionally relevant — giving you the technical and design confidence employers expect from a future-ready Architectural Technologist.

Progression & Future Opportunities

Graduates from the MSci Advanced Architectural Technology (Top-up route) leave with a strong mix of technical ability, design confidence and sustainability expertise — the exact combination employers in the built-environment sector are looking for right now. Whether you see yourself developing innovative building solutions, improving energy performance or shaping the future of construction, this degree gives you the platform to do it. Typical career paths include Architectural Technologist, Building Performance Consultant, Construction Project Manager, or Sustainability & Retrofit Specialist.

To support your journey into the workplace, the university provides:

Career support through RGU’s Employability Hub, including portfolio and CV advice, interview coaching and industry networking opportunities.
Strong employment outcomes, with most graduates from this programme moving into work or further study shortly after completing their degree and securing competitive early-career salaries.
Professional recognition that carries weight, thanks to the course’s accreditation by the Chartered Institute of Architectural Technologists (CIAT), helping you progress toward Chartered status.
A reputation for employability, with employers valuing RGU graduates for their practical skills, real-world project experience and future-focused approach to design and construction.

Further Academic Progression:
After completing the MSci, you can continue to research-focused study — such as an MPhil or PhD — in areas like sustainable construction, digital design, building performance or urban technologies. This path is ideal if you’re interested in advancing into academic roles, specialist consultancy or leadership in innovation within the built environment.