Architectural Technology Bachelor of Science

3 Years On Campus Bachelors Program

Atlantic Technological University – Galway City

Program Overview

The Bachelor of Science in Architectural Technology at Atlantic Technological University (ATU), Galway combines creative design with strong technical and construction knowledge, preparing students to play a key role in how buildings are designed, detailed, and delivered. This programme suits students who enjoy problem-solving, design thinking, and understanding how buildings perform in real-world conditions, while developing industry-ready technical skills.

Curriculum Structure

Year 1
In the first year, students develop a solid foundation in architectural design and communication through Detail and Design Studio 1, Architectural Technology and Services 1, and Computer Aided Design (CAD) 1. Modules such as Construction Materials, Architectural Graphics and Communication, and History of Western Architecture introduce how buildings are conceived, represented, and constructed. The focus is on building confidence in drawing, modelling, and understanding basic construction principles.

Year 2
Second year builds technical depth and analytical thinking with Detail and Design Studio 2, Building Information Modelling (BIM) 2, and Structural Element Design. Students also study Building Surveying and History and Conservation of Irish Architecture, helping them understand both modern construction systems and traditional building methods. This year strengthens problem-solving skills and prepares students for more complex design and detailing work.

Year 3
In the final year, students bring together design, technology, and professional knowledge through modules such as Advanced Architectural Technologies, Environmental Building Systems, and BIM 3. A structured Work Placement provides valuable industry experience, while Professional Practice and Law ensures graduates understand regulations, contracts, and professional responsibilities. The emphasis is on producing technically sound, sustainable architectural solutions aligned with industry expectations.

Focus areas:

Architectural design and detailing, building technology and sustainability, BIM and digital modelling, construction systems, professional practice and surveying

Learning outcomes:

Graduates will be able to develop detailed architectural solutions, apply technical and environmental standards, produce professional drawings and digital models, interpret building regulations, and collaborate effectively within multidisciplinary construction teams

Professional alignment (accreditation):

This programme is recognised by the Royal Institute of the Architects of Ireland (RIAI), confirming that it meets industry standards for architectural technology education

Reputation (employability rankings):

ATU is well regarded for its practice-focused approach to education in the built environment, with strong links to industry and a reputation for producing work-ready graduates with practical technical skills

Experiential Learning (Research, Projects, Internships etc.)

At Atlantic Technological University (ATU), Galway, the Bachelor of Science in Architectural Technology is strongly focused on learning by doing. Students spend much of their time in dedicated architectural studios, working on real design and technical projects that mirror professional practice, supported by modern digital tools and specialist facilities. Throughout the programme, studio-based learning, collaborative projects, and a structured work placement ensure students graduate with practical experience, confidence, and a clear understanding of industry expectations:

Dedicated Architectural Studios: Students work in purpose-built studios designed specifically for Architectural Technology, with access to drawing spaces, computer workstations, and large-format printing to support both manual and digital design work
Industry-Standard Software: The programme integrates Building Information Modelling (BIM) and Computer-Aided Design (CAD) software into studio and technical modules, ensuring students develop skills aligned with current professional workflows
Project-Based Studio Learning: Each year includes design and detailing studios where students complete progressive projects that reflect real architectural and construction challenges, often working in groups to simulate professional collaboration
Structured Work Placement: A compulsory work placement allows students to gain hands-on experience in architectural, engineering, or construction-related practices, applying their academic learning in a real workplace environment
Exhibitions and Project Presentation: Students regularly present and exhibit their work, helping them build confidence in communicating technical ideas visually and verbally to academic and professional audiences
Library and Academic Support: Students have full access to ATU’s libraries and research resources, supporting technical research, building regulations study, and project development throughout the programme

Progression & Future Opportunities

Graduates of the Bachelor of Science in Architectural Technology at ATU Galway are well prepared for technical and design-focused roles across the construction and built environment sector. With strong skills in building technology, detailing, and digital modelling, graduates typically progress into roles such as Architectural Technologist, BIM Technician or Coordinator, Building Surveyor, or Technical Designer within architectural, engineering, and construction organisations:

Career development support: ATU’s Career Development Centre provides dedicated employability support, including CV and cover letter guidance, interview preparation, employer presentations, and access to graduate job opportunities, helping students transition smoothly into professional roles
Work placement advantage: The programme includes a structured work placement, allowing students to gain real industry experience, build professional networks, and often secure employment with placement providers after graduation
Industry-aligned skills: Graduates develop practical competencies in BIM, technical documentation, and construction detailing that are directly aligned with current industry practices and employer expectations
Professional recognition value: The degree is aligned with recognised professional standards within architectural technology, supporting long-term career progression and credibility in the built environment sector
Graduate outcomes: Graduates typically find employment in architectural practices, construction firms, engineering consultancies, and public or private sector organisations involved in building design and delivery

Further Academic Progression:
After completing this programme, students may progress to a Level 8 Honours degree in Architectural Technology or a related built environment discipline. This qualification also provides a strong foundation for postgraduate study in areas such as construction management, sustainable building design, building information modelling, or other specialised fields, supporting continued professional development and expanded career opportunities.