B.Sc Building Technology

Colleges and Faculties > College of Engineering and Environmental Studies (CEES) > Faculty of Environmental Studies > Department of Building > B.Sc Building Technology

If you are interested in how buildings are planned, constructed, and maintained, the B.Sc. Building Technology programme offers you a practical and professional pathway into the world of construction and project management. This degree teaches you how to transform design concepts into safe, functional, and sustainable buildings. You will learn about construction processes, building materials, cost estimation, and site supervision, gaining the skills to manage projects efficiently from foundation to completion.

By the time you graduate, you will have the competence to oversee building projects, coordinate multidisciplinary teams, and apply innovative techniques to deliver quality structures that meet human, environmental, and economic needs.

Course Overview

The B.Sc. Building Technology programme runs for five academic years (or four for Direct Entry students). It provides you with a solid foundation in construction technology, materials science, structural systems, project planning, and construction management.

You will learn how to:

  1. Analyse and interpret architectural and engineering drawings.
  2. Supervise and coordinate construction site operations.
  3. Apply building codes, regulations, and safety standards.
  4. Manage human and material resources effectively.
  5. Evaluate building performance and sustainability.
  6. Your training will be both theoretical and practical. You will attend lectures and laboratory sessions, participate in field trips, and undergo industrial training where you will gain hands-on experience in real construction environments.

The programme also includes courses in entrepreneurship, digital construction tools, and environmental management — helping you develop as a well-rounded professional capable of responding to the future challenges of the building industry.

Course Curriculum

Your programme follows the NUC CCMAS curriculum, combining 70% national core content with 30% institutional innovations. It provides you with comprehensive knowledge in building production, materials, and management.

At this stage, you will be introduced to the fundamental sciences and the built environment. Courses include:

  1. Introduction to the Building Industry
  2. Communication in English
  3. General Physics, Chemistry, and Mathematics
  4. Technical Drawing and Building Graphics
  5. Introduction to Construction Materials
  6. Nigerian Peoples and Culture
  7. Computer Applications in the Built Environment

These courses help you develop scientific reasoning, communication skills, and basic technical competence.

Here, you will begin to focus on construction methods and materials. Core courses include:

  1. Building Construction Technology I & II
  2. Building Materials Science
  3. Building Services I
  4. Principles of Measurement and Estimating
  5. Site Organisation and Safety
  6. Strength of Materials
  7. Entrepreneurship and Innovation in Construction

You will deepen your understanding of how to plan and control construction activities. Core courses include:

  1. Construction Management and Supervision
  2. Building Services II
  3. Estimating and Costing in Construction
  4. Reinforced Concrete and Steel Structures
  5. Environmental Control Systems
  6. Soil Mechanics and Foundations
  7. Research Methods in Construction Technology

This level focuses on advanced management and practical applications. Courses include:

  1. Advanced Construction Technology
  2. Project Planning and Control
  3. Building Economics and Contract Administration
  4. Construction Equipment and Methods
  5. Maintenance and Facility Management
  6. Industrial Training (SIWES)

In your final year, you will integrate your knowledge into professional projects and research. Core courses include:

  1. Advanced Building Construction and Services Integration
  2. Professional Practice and Ethics
  3. Project Management and Quality Control
  4. Research Seminar in Construction Management
  5. Final-Year Research Project

Through this curriculum, you will gain the knowledge and confidence to manage complex building projects, ensuring quality, safety, and sustainability at every stage of the construction process.

Entry Requirements

You can gain admission into the programme through either the Unified Tertiary Matriculation Examination (UTME) or the Direct Entry (DE) route. Both are designed to admit students who have a strong background in science and technology and a keen interest in the construction industry.

1. UTME Entry (Five-Year Programme)

To qualify through UTME, you must have:

  1. Five (5) credit passes at not more than two sittings in the Senior School Certificate Examination (SSCE) or its equivalent.
  2. The required subjects are English Language, Mathematics, Physics, Chemistry, and any one of Technical Drawing, Fine Arts, Geography, or Economics.
  3. A satisfactory score in the UTME, with the subject combination: English Language, Physics, Mathematics, and one of Chemistry, Technical Drawing, or Geography.
  4. A successful result in the University’s Post-UTME screening exercise.

If you are admitted through UTME, you will start at the 100 Level and complete the programme in a minimum of five academic sessions.

2. Direct Entry (Four-Year Programme)

You can also be admitted directly into the 200 level if you:

  1. Meet the O’Level requirements listed above, and
  2. Hold passes at A-Level or its equivalent in Mathematics, Physics, and one of Chemistry, Technical Drawing, or Economics.
  3. Possess a National Diploma (ND) or Higher National Diploma (HND) in Building, Architecture, Civil Engineering, or related fields with at least an Upper Credit.

Direct Entry students complete the programme in four academic sessions.

Why study at OOU?

Choosing the B.Sc. Building Technology programme gives you the opportunity to combine scientific knowledge, practical experience, and management skills to shape the future of the construction industry. You will be trained to design, plan, and manage construction projects efficiently and safely.

Here’s what makes this programme special:

  1. Strong Practical Foundation: You will gain hands-on experience in workshops and on construction sites through fieldwork and the Student Industrial Work Experience Scheme (SIWES).
  2. Comprehensive Curriculum: You will study everything from materials science and building services to project management, quantity estimation, and maintenance — preparing you to manage projects from start to finish.
  3. Industry-Relevant Training: The programme is designed in line with professional requirements set by the Nigerian Institute of Building (NIOB) and the Council of Registered Builders of Nigeria (CORBON), giving you a competitive edge in the job market.
  4. Expert Guidance: Your lecturers are professionals with experience in building construction, materials research, and project supervision. They will mentor you through both theoretical learning and field practice.
  5. Innovation and Technology: You will learn to apply digital tools such as Computer-Aided Design (CAD) and Building Information Modelling (BIM) to improve accuracy and efficiency in project planning and management.
  6. Sustainability and Safety: You will be equipped to promote sustainability and safety in construction — using materials and techniques that minimise environmental impact and ensure worker well-being.

If you enjoy problem-solving, teamwork, and leadership, this course will prepare you for a career where you can shape the physical world around you.

Research Project

In your final year, you will complete a supervised research project that demonstrates your ability to apply scientific and management principles to real construction problems.

Project Focus

You will choose a research topic in any area of building technology or management, such as:

  1. Construction materials and sustainability
  2. Cost optimisation and project control
  3. Building maintenance and facility management
  4. Safety management on construction sites
  5. Productivity in the building industry
  6. Innovative construction technologies

Project Process

Under the guidance of a supervisor, you will:

  1. Develop a research proposal and objectives.
  2. Collect and analyse data using industry-standard methods.
  3. Prepare a written dissertation supported by drawings, charts, and models.
  4. Defend your findings before an academic panel.

This project helps you build research and analytical skills while developing your confidence as a problem-solver in the construction field. It also serves as an important bridge between academic study and professional practice.

Graduation Requirements

To graduate with a Bachelor of Science (B.Sc) in Building Technology, you must meet all academic and professional requirements set by the university and the National Universities Commission (NUC).

Academic Requirements

You are required to:

  1. Complete a minimum of five academic sessions (or four if admitted through Direct Entry).
  2. Pass all compulsory and elective courses as outlined in the curriculum.
  3. Accumulate the minimum number of credit units required for graduation, including industrial training and general studies.
  4. Successfully complete and defend your final-year research project.
  5. Maintain good academic standing and comply with all regulations regarding attendance, coursework, and professional conduct.

Degree Classification

Your final degree classification will be determined by your Cumulative Grade Point Average (CGPA), following the university’s grading system:

When you fulfil all requirements, you will be awarded the B.Sc. Building Technology degree, making you eligible for further professional training and registration with the Council of Registered Builders of Nigeria (CORBON).

Career Opportunities

With a B.Sc. in Building Technology, you will be prepared for a broad range of professional roles in construction, engineering, and property development. The course is designed to give you both technical competence and managerial expertise to succeed in the building industry.

Career Pathways

You can pursue careers such as:

  1. Builder or Site Manager – overseeing daily construction operations and quality control.
  2. Construction Project Manager – planning, coordinating, and supervising construction projects.
  3. Building Engineer or Consultant – offering technical advice on construction methods, materials, and maintenance.
  4. Cost Estimator or Construction Planner – managing budgeting, cost control, and scheduling.
  5. Facility or Property Manager – maintaining and improving the performance of completed buildings.
  6. Researcher or Academic – contributing to the development of new materials, methods, and construction technologies.

Professional Recognition

As a graduate, you can become a member of the Nigerian Institute of Building (NIOB) and apply for registration with the Council of Registered Builders of Nigeria (CORBON). These professional bodies recognise the programme as a qualifying degree for building professionals.

Work Settings

You can work with:

  1. Building and construction firms
  2. Real estate development companies
  3. Consulting and engineering organisations
  4. Government ministries and parastatals
  5. Multinational project management and construction firms

Your degree also opens opportunities for postgraduate studies in construction management, building technology, civil engineering, or project development.

How to Apply?

1. UTME Entry (Five-Year Programme)

  1. Register for the Unified Tertiary Matriculation Examination (UTME) through the Joint Admissions and Matriculation Board (JAMB).
  2. Choose Building Technology as your preferred course of study and select the university as your first choice.
  3. Sit for the UTME with the subject combination: English Language, Physics, Mathematics, and one of Chemistry, Technical Drawing, or Geography.
  4. Apply for and pass the university’s Post-UTME screening exercise.
  5. Complete your admission, registration, and orientation process as directed by the university.

2. Direct Entry (Four-Year Programme)

  1. Apply through the JAMB Direct Entry portal and select Building Technology as your course of study.
  2. Upload your A-Level, ND, HND, or equivalent qualifications in relevant disciplines such as building, architecture, or civil engineering.
  3. Participate in the university’s direct entry screening exercise.
  4. Successful candidates are admitted into the 200 Level and complete the programme in four academic sessions.

By choosing this course, you are setting yourself up for a dynamic and fulfilling career at the heart of one of the world’s most vital industries: construction.

Course Coordinator

Our B.Sc. Building Technology programme is administered by the Department of Building Technology within the Faculty of Environmental Studies. The department provides high-quality education and professional training designed to prepare you for leadership and innovation in the construction industry.

Contact Information:

Course Overview

  1. Next Admission Process
  2. Current Academic Year
  3. Associated programmes = Undergraduate
  4. Course Duration = 5 Years
  5. Degree = Bachelor of Science (B.Sc.)
  6. Department = Building
  7. Course Type = Full Time
  8. Course Delivery = On campus
  9. Location = Faculty of Environmental Studies,  Ibogun Campus
  10. Scholarship opportunities