Architectural Engineering

Architectural Engineering Tracks:

Construction management is primarily concerned with getting the project completed on time, budget and to the desired and stated specification. The course teaches the students how to manage and lead a construction project, using technical and leadership skills, within a multi-organizational team that work on a project’s lifecycle. Construction Management looks at engineering management as a cohesive process, examining projects from initiation through to completion, directing, planning and scheduling and communication which are key for the project success. Students get grips with a wide range of project management tools and techniques that are commonly used in the industry. Students who successfully complete the course will have gained practical experience with project management, allowing them to excel within their current role or in the next job. The construction management course offers:

• Get a critical understanding of the social, economic and environmental issues commonly affecting construction problems and the practical means to address them. Practical case studies will be presented to examine how project sites are equipped, manned and managed. Site visits will also be part of the teaching activities.
• Gain experience with important project management tools, techniques and software.
• Become contractually familiar with laws surrounding construction, particularly construction contract law.
• Examine case studies and develop appropriate project management processes and strategies.
• Gain an understanding of financial planning (planned and earned values).

Reducing building energy consumption through adaptive and sustainable design has become a basic criterion of architectural practice. The aim of this track is to deepen students’ understanding and knowledge about basic principles and best practices of sustainability and high-performance buildings. Through this track, students will be able to develop problem-solving skills and market-driven solutions, which will help them become leaders in sustainable design and better serve their society. Emphasis will be placed on the analysis of the environmental impacts of buildings, and how we can mitigate these impacts through various and innovative design solutions/practices.

Through three electives students will be equipped with knowledge related to creating sustainable building structures and using processes and systems that are environmentally responsible and resource-efficient. These courses will address a full range of issues associated with sustainable building including energy and water efficiency, materials, waste and storm-water management, and the building operational efficiency in relation to the use of advanced and smart technologies. There will be also a focus on principles of smart (IoT) and green building systems, and how the components of these two systems can integrate and interact with one another.