Diploma-In-Construction-Project-Mangement

Overview
Curriculum

Duration: 24 weeks

Categories: Diploma, Faculty of Engineering

Diploma in Construction Project Management

Excel in Construction with a 120-Credit Diploma in Construction Project Management at BIET

Advance your career with the Diploma in Construction Project Management at BIET. This intensive 120-credit program delivers essential training in project planning, cost estimation, risk management, contract administration, and sustainable construction. Designed for aspiring construction managers and project supervisors, our hands-on, industry-aligned curriculum combines practical skills with managerial expertise. Graduates are ready to lead residential, commercial, and infrastructure projects or seamlessly progress to advanced degrees. Build your future—develop the project management skills that global employers demand.

Entry Qualification: 3 Passes in A/L or a University Foundation

Delivery

Duration: 06 Months – Full Time | Weekdays & Weekends

Curriculum

4 Sections
0 Lessons
24 Weeks

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Construction Technology and Services
This is an introductory module to the fundamental methods, systems and materials used in construction as well as experience the daily activities of an individual in the role of a construction project manager.
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Design Project For Construction Project Managers
By the end of this module a student should gain an understanding and appreciation of the design process by other professionals in the built and natural environment; the aim of the module is to create an awareness of the design process
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Law, Economics And Management
This module is intended to give the students an idea of the environment in which contractual obligations are fulfilled in the construction project management environment.
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Building Science
By the end of this module a student should gain an understanding to Identify a range of common and emerging construction materials and discuss their properties. Explain how each material can be analysed and evaluated using established scientific processes. Identify and summarize the legislative constraints affecting material selection, environmental design and energy efficiency. Identify the different parameters of a building’s materials and internal environment that contribute towards human health and comfort.
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