University of Southern Mississippi

What you'll study

This programme focuses on the practical application of building science, structural principles and construction technology to the design and delivery of safe, efficient buildings. Course work balances design graphics and computer-aided design with hands-on laboratory work and construction materials testing.

• Design graphics and CAD/BIM: instruction in 2D and 3D drafting, building information modelling (BIM) workflows and digital documentation for design and construction.
• Building materials and methods: properties, selection and performance of common construction materials, detailing and methods of assembly for walls, floors and roofs.
• Structural fundamentals: applied statics and strength of materials concepts as they relate to common building systems and load paths.
• Building systems: principles of HVAC, electrical and plumbing systems, integration of mechanical and electrical services within architectural design.
• Environmental control and sustainability: building science topics such as thermal performance, moisture control, daylighting and energy-efficient design strategies.
• Construction technology and management: scheduling, cost estimating, construction practices, site management and health and safety on building sites.
• Laboratory and fabrication work: hands-on testing of materials, construction mock-ups and use of workshop facilities to develop practical skills.
• Capstone project or practicum: an applied project that synthesises design, technical documentation and construction considerations—often with an industry or community partner.

The programme is typically delivered through a combination of lectures, studio sessions, laboratory work and field visits. Students gain proficiency in industry-standard software and leave with a portfolio of technical drawings, BIM models and laboratory reports.

Entry requirements

Applicants are normally expected to hold an accredited secondary school qualification with strong performance in mathematics and a science subject such as physics. Admissions decisions take into account academic records, letters of recommendation, and a personal statement that outlines interest in building technology and design.

• Standard applicants: completion of appropriate high-school curriculum including algebra/trigonometry and a science course; presentation of transcripts and a personal statement.
• Transfer applicants: submission of college transcripts showing completed coursework in relevant technical or engineering subjects; articulation agreements may apply for students transferring from community colleges.
• International applicants: academic credential evaluation, evidence of English language proficiency (accepted tests such as TOEFL or IELTS) and submission of comparable academic records.
• Portfolio / experience: while a formal design portfolio is not always required for the engineering technologies route, applicants with relevant work experience, technical drawings or a small portfolio of projects can strengthen their application.

Career prospects

Graduates with a degree in Architectural Engineering Technologies are prepared for technical and supervisory roles within the architecture, engineering and construction sectors. They are well placed to work on multidisciplinary teams that deliver building projects from concept through construction.

• Architectural technologist or technologist assistant producing detailed drawings and technical documentation.
• BIM technician or modeller responsible for digital models, coordination and clash detection.
• CAD technician creating construction drawings and shop documentation.
• Construction project assistant, estimator or scheduler supporting site delivery and cost control.
• Building systems coordinator or commissioning technician focussed on HVAC, electrical and plumbing systems performance.
• Quality control / materials testing technician in laboratories or for contractors overseeing compliance with specifications.
• Facilities technician or building maintenance supervisor applying building science and systems knowledge in operational settings.
• Further study options include postgraduate certificates in construction management, architectural technology, or progression to professional architecture or engineering pathways where appropriate qualifications and routes are available.

Why study at University of Southern Mississippi

The University of Southern Mississippi offers a learning environment that emphasises applied learning, with access to workshop and laboratory facilities suited to architectural and construction technologies. The campus maintains connections with regional contractors, design firms and public agencies, supporting internship and practicum opportunities that give students real-world experience.

• Practical facilities: hands-on labs and fabrication spaces that allow students to test materials, build mock-ups and develop construction detailing skills.
• Industry links: local and regional partnerships that facilitate internships, site visits and project collaborations with practising professionals.
• Small classes and faculty support: opportunities for close mentoring from faculty with industry and teaching experience in building technologies and construction practice.
• Career support: university career services help students prepare portfolios, résumés and interview skills tailored to architecture and construction employers.