BSc. Construction Technology

The BSc Construction Technology curriculum at KAAF University is intentionally sequenced to build students’ competence from foundational construction science to advanced technical and managerial skills. The programme blends theory with extensive practical training, ensuring graduates are industry‑ready and capable of contributing to sustainable infrastructure development.

Foundation Stage (Level 100–200)

Students begin with core scientific and technical subjects that establish the groundwork for advanced construction studies:

• Basic Mathematics Quantitative methods and calculations essential for construction measurement and analysis.

• Construction Materials Properties, selection, and performance of materials such as concrete, steel, timber, and composites.

• Construction Drawing & Drafting Technical drawing, interpretation of plans, and introduction to CAD tools.

• Construction Science & Engineering Fundamentals Basic mechanics, building science, and introductory structural concepts.

These courses build analytical thinking, technical literacy, and familiarity with construction tools and documentation.

Advanced Stage (Level 300–400)

Students progress into specialized construction technology and management courses, including:

• Building Construction Techniques for constructing residential, commercial, and civil structures.

• Construction Methods Modern and traditional methods for earthworks, formwork, concreting, masonry, roofing, and finishing.

• Quantity Measurement Measurement of building works, preparation of bills of quantities, and cost estimation.

• Project Planning and Control Scheduling, resource allocation, supervision, and monitoring of construction activities.

• Construction Management Site management, procurement, contract administration, and project leadership.

• Health and Safety Occupational safety standards, risk assessment, and safe construction practices.

• Building Services Electrical, plumbing, HVAC, and other essential building systems.

These courses prepare students to manage construction operations effectively and apply engineering principles to real projects.

Practical Training Components

Practical experience is central to the programme:

• Laboratory Work Materials testing, soil analysis, concrete technology, and structural experiments.

• Workshops Hands‑on training in carpentry, masonry, steelwork, and construction equipment handling.

• Industrial Attachment Supervised fieldwork in construction firms, exposing students to real‑world project environments.

• Final‑Year Project A capstone research or design project that integrates theory, technology, and practical problem‑solving.

Key Competencies of Graduates

• Application of Construction Technology Principles Graduates will apply construction science, engineering fundamentals, and modern construction technology to building and civil works projects.

• Interpretation of Technical Documentation They will accurately interpret construction drawings, specifications, contracts, and related project documents to support effective planning and execution.

• Planning, Supervision, and Control of Construction Operations Graduates will plan, coordinate, supervise, and monitor construction activities to ensure quality, efficiency, and adherence to project timelines.

• Use of Modern Tools, Equipment, and Management Techniques They will demonstrate proficiency in contemporary construction tools, equipment, digital technologies, and project management systems used in the industry.

• Professional Ethics, Safety Awareness, and Teamwork Graduates will uphold ethical standards, prioritize occupational health and safety, and work collaboratively within multidisciplinary construction teams.

Students enrolled in the BSc Construction Technology programme at KAAF University benefit from a modern, well‑equipped learning environment designed to support practical training, technical competence, and academic excellence. The University provides facilities and resources that align with industry standards, ensuring students are fully prepared for professional practice.

Modern Academic and Technical Facilities

• Modern Lecture Halls Spacious, technology‑enhanced classrooms that support interactive teaching, demonstrations, and collaborative learning.

• Construction Laboratories Dedicated labs for materials testing, soil analysis, concrete technology, and structural experiments, enabling students to apply construction science and engineering principles.

• Workshops Practical workshops for hands‑on training in carpentry, masonry, steelwork, and construction equipment handling.

• Computer Laboratories ICT labs equipped with relevant software for drafting, modelling, project planning, and construction management applications.

Library and Digital Resources

• University Library (Print & Electronic Resources) Access to construction textbooks, building codes, engineering standards, manuals, and reference materials.

• Online Databases Electronic journals, e‑books, and digital repositories that support research, coursework, and final‑year projects.

Campus Environment

KAAF University offers a safe, accessible, and practical learning environment, providing:

• Reliable ICT infrastructure

• Well‑maintained study spaces

• Supportive academic services

• Facilities that promote hands‑on learning and professional development

Graduates of the BSc Construction Technology programme at KAAF University are equipped with strong technical, managerial, and practical skills that prepare them for diverse roles within the construction and built‑environment sector. Their training in construction methods, project planning, quantity measurement, and site management positions them for both supervisory and technical roles across public and private industry settings.

Professional Career Paths

• Construction Technologists / Site Supervisors Overseeing daily site operations, coordinating labour and materials, and ensuring adherence to construction specifications.

• Building and Works Inspectors Inspecting buildings and civil works to ensure compliance with standards, codes, and safety regulations.

• Project and Construction Managers (Assistant Level) Supporting project planning, scheduling, cost control, and supervision of construction activities.

• Quantity Measurement and Site Planning Officers Preparing bills of quantities, conducting measurements, and assisting with project planning and resource allocation.

• Health, Safety, and Quality Control Officers Implementing safety protocols, conducting risk assessments, and ensuring quality standards on construction sites.

• Contracting and Construction Consultancy Staff Working with construction firms, consultancy practices, and contractors on project documentation, supervision, and technical support.

• Entrepreneurs in Construction and Building Services Establishing small to medium‑scale construction firms, building services companies, or specialized trade businesses.

1. WASSCE / SSSCE Applicants

Applicants must have credit passes in:

• Core Subjects:

  • English Language

  • Core Mathematics

  • Integrated Science

• Three (3) Relevant Elective Subjects Credit passes in any three electives related to science, technical, or vocational studies.

2. GCE Advanced Level Applicants

Applicants must have:

• Passes in any three (3) A‑Level subjects

• Credit passes in five (5) O‑Level subjects, including:

  • English Language

  • Mathematics

  • A Science subject (for non‑science students)

  • An Arts subject (for science students)

3. HND Holders

• Applicants with a Higher National Diploma (HND) in a relevant construction, engineering, or technical field—along with appropriate work experience—may be admitted to Level 300.

4. Equivalent / International Qualifications

• Applicants with recognized international qualifications, GCE ‘A’ Levels, or other equivalent certificates may be considered in line with GTEC admission guidelines.

The BSc Construction Technology programme at KAAF University provides continuous, structured academic support to ensure students progress smoothly through coursework, practical training, and project work. The support system is designed to strengthen technical competence, enhance practical exposure, and promote timely completion of the programme.

Academic and Practical Support Systems

• Academic Advising Students receive ongoing guidance on course selection, academic planning, and programme expectations. Advisors help students navigate challenges and maintain steady academic progress.

• Practical Supervision Lecturers and technical instructors provide close supervision during laboratory work, workshops, and field exercises, ensuring students develop hands‑on skills and understand construction processes thoroughly.

• Industrial Attachment Coordination The University facilitates and monitors students’ industrial placements, ensuring they gain relevant field experience, exposure to real construction environments, and mentorship from industry professionals.

• Final‑Year Project Guidance Students receive structured supervision throughout their final‑year project—from topic selection and proposal development to data collection, analysis, and report writing. This ensures academic rigor and practical relevance.

Outcome of Support

Through these support mechanisms, students are guided throughout:

• Coursework — building strong theoretical and technical foundations

• Site Training — gaining real‑world construction experience

• Final‑Year Project — integrating knowledge to solve practical construction challenges

This comprehensive support system ensures skill development, professional growth, and timely completion of the programme.