Building Science and Technology – International School of Engineering, Science and Technology

Program Overview

The modern construction industry demands buildings that are not only structurally sound but also energy-efficient, healthy for occupants, durable, and highly adaptive to climate change. The Building Science and Technology program at ISEST is an advanced technical discipline that sits at the intersection of architecture, materials science, physics, and construction management.

This program moves beyond basic structural drafting to analyse how a building functions as an interconnected physical system. Enrolling at the HND level and progressing to a B.Tech, students explore the physics of heat transfer, air movement, moisture migration, and acoustic performance within building envelopes. They graduate equipped with the operational knowledge to choose high-performance building materials, optimise insulation and ventilation layouts, run energy simulations, and manage complex construction sites from foundation to premium finishing.

Main Objectives

To teach the physical principles governing heat, air, moisture, and light movement across building envelopes.
To develop expert capability in selecting, testing, and applying advanced and sustainable building materials.
To train students in utilizing building performance simulation software to analyze energy consumption and comfort metrics.
To build advanced competency in structural construction methodologies, interior layout coordination, and finish execution.
To prepare graduates to conduct rigorous building diagnostic audits, forensic failure assessments, and quality control management.

Program Duration

2 Years

HND in Building Science and Technology

1 Year

BTech in Building Science and Technology

Internship

Included at both levels

Study Options

Day and Evening Sessions

Skills Acquired

Graduates of the program will be proficient in:

Building Envelope Engineering: Designing insulated, moisture-resistant, and climate-adaptive wall, roof, and foundation assemblies.
Energy Performance Modeling: Utilizing specialized digital tools to simulate thermal loads and optimize HVAC and solar integration.
Construction Diagnostic Auditing: Operating thermal imaging cameras, moisture meters, and air tightness testing equipment to locate structural defects.
Materials Science & QC: Evaluating the longevity, structural limits, and environmental impact of concrete, polymers, wood composites, and glass.
Advanced Cost Estimation: Drafting detailed building specifications, material takeoffs, and project cost sheets.
Finishing & Systems Coordination: Overseeing drywall systems, acoustics, flooring configurations, and secondary structural components.

Target Audience

Baccalauréat/A-Level graduates with an interest in applied physics, sustainable architecture, and practical engineering.
Site supervisors, draftspersons, or technicians looking to shift into high-demand roles like green building consultancy or materials testing.
Property developers wanting a deep scientific understanding of building sustainability, asset lifespan maximization, and construction quality.
Aspiring building inspectors, project controllers, and independent construction contractors.

Career Opportunities

Graduates can pursue roles such as:

Building Technology Specialist / Consultant
Construction Project Coordinator
Building Envelope & Insulation Inspector
Materials Testing Lab Supervisor
Energy Efficiency Auditor
Construction Cost Estimator / Specification Writer
Quality Assurance Manager in Construction Firms

Opportunities for Further Studies

Master’s degrees in Building Science, Construction Management, Architectural Engineering, Sustainable Energy Technology, or Materials Engineering.
Professional Certifications in:
- LEED Green Associate / LEED AP (Leadership in Energy and Environmental Design)
- Certified Building Commissioning Professional (CBCP)
- Project Management Professional (PMP)
- National Order of Civil Engineers (ONIGC) licensing

Optimize. Engineer. Perfect.
Master the physics of the built environment. Go beyond basic construction to design and execute high-performance, energy-smart, and resilient structures with the Building Science and Technology program.

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