BSc Construction Management

Program Overview

The BSc Construction Management program at the University of Roehampton emphasizes sustainable building development, equipping students with construction project management skills. The program combines cutting-edge education with hands-on experience, preparing graduates for careers in various sectors of the construction and engineering industries. Through a dynamic and project-based approach, students develop technical expertise and engage with industry professionals, ensuring their industry-readiness and career success.

Program Outline

BSc Construction Management - University of Roehampton

Degree Overview:

This BSc Construction Management program at the University of Roehampton focuses on sustainable building development, a key area in the path towards Net Zero. The program aims to equip students with the knowledge and skills necessary for a successful career in construction project management. It combines cutting-edge education with hands-on experience, preparing graduates for the demands of the industry.

Outline:

Program Structure:

• The program is offered as a 3-year BSc (Single Honours) degree.
• A 4-year program with a foundation year is also available (September entry only).
• Students can opt for a one-year paid work placement after year two, boosting employability.

Course Schedule:

• Year 1:
• Construction Science, Materials and Performance
• Construction Technology
• Interdisciplinary Design Project
• Introduction to the Built Environment, Professional Skills and Context
• Land Surveying, Drawing and Measurement
• Year 2:
• Construction Technology 2
• Estimating, Tendering and Financial Management
• Interdisciplinary Design Project 2
• Procurement and Contract Law
• Professional Practice and Digital Applications
• Placement Year:
• Optional one-year paid work placement
• Year 3:
• Construction Project Management
• Interdisciplinary Design Project 3
• Research Methods and Dissertation
• Sustainable and Emerging Technologies

Module Descriptions:

• Construction Science, Materials and Performance: Introduces students to the composition and properties of materials used in buildings and structures, covering common engineering materials, laboratory measurement of physical properties, and the science of building performance.
• Construction Technology: Covers technological concepts used in constructing building elements, focusing on low-rise domestic buildings and simple industrial and commercial buildings.
• Interdisciplinary Design Project: Develops design skills through tasks requiring students to come up with solutions to design problems, introducing collaborative design practices.
• Introduction to the Built Environment, Professional Skills and Context: Introduces students to the roles of professionals in the built environment, covering professional activities, code of conduct, and integration with stakeholders, processes, and practices in the industry.
• Construction Technology 2: Focuses on the technology of high-rise frame construction and new construction methods, deepening understanding of contemporary construction technology principles in complex buildings.
• Estimating, Tendering and Financial Management: Covers design economics, pre-contract estimating, cost control, tendering practices, financial analysis, budgetary control, and cash flow analysis.
• Interdisciplinary Design Project 2: Requires students to present their designs using sketches, computer graphics, drawings, models, calculations, specifications, and bills of materials, developing their knowledge of CAE and its value in optimization and parametric design.
• Procurement and Contract Law: Encourages students to adopt a problem-solving approach to procurement strategies and contract management, justifying solutions by reference to professional principles and practice.
• Professional Practice and Digital Applications: Supports students in their future careers and employability, demonstrating digital and professional skills and developing an understanding of key considerations for practice, continued study, and career aspirations.
• Construction Project Management: Covers fundamental theories and concepts of project management in construction, focusing on managing resources (people, plants, materials, subcontractors) effectively.
• Interdisciplinary Design Project 3: Requires research on site background, developments in construction practices and techniques, and includes research methods teaching.
• Research Methods and Dissertation: Allows students to independently choose and research a topic in the built environment, managing time, identifying objectives, and following a systematic approach to solve or explore a problem, culminating in a dissertation.
• Sustainable and Emerging Technologies: Develops knowledge and understanding of how sustainable and emerging technologies are transforming the design, production, and management processes of buildings, focusing on energy efficiency, climate change resilience, and contributing to UN sustainable development goals.

Foundation Year:

• The foundation year provides academic and practical experience, equipping students with the skills needed to successfully complete the degree.
• A £2,000 Foundation Scholarship is available for home students.

Assessment:

• Assessments are authentic, replicating the working world of Construction Management.
• Assessment methods include:
• Technical reports
• Lab reports
• Essays and presentations
• Students can opt for a professional placement year between years 2 and 3, gaining valuable real-world experience.

Teaching:

• The program employs a dynamic approach to learning, preparing students for the real-world of Construction Management.
• Students learn alongside other sustainable engineering and technology students.
• Project-based learning provides practical experience in Construction Management.
• Formal and interactive lectures and workshops ensure students graduate with the necessary technical expertise.
• Sustainability is central to the program, embedded in all learning, with a particular emphasis on good health and well-being, clean water and sanitation, affordable and clean energy, and sustainable cities and communities.
• The program benefits from engagement with and teaching by industry professionals, providing firsthand industry exposure and preparing students for the world of work.

Careers:

• Graduates of the BSc Construction Management program have many opportunities in the built environment sector, both internationally and domestically.
• Potential career paths include:
• Construction and project management in various sectors of the construction and engineering industries
• Property and estates management
• Facilities management
• Building control
• Design management
• Design coordination
• Design & Build coordination
• Health & Safety management
• Planning
• Site engineering and surveying
• Building consultancy

Other:

• The program is designed to meet the accreditation standards of the Chartered Institute of Building (CIOB).
• The program has a professional advisory board that actively shapes the curriculum and learning methods, ensuring graduates are industry-ready.
• The program is delivered by the School of Sustainable Engineering and Technology, which pioneers excellence in sustainable built environment education.

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