最新糖心Vlog

1. Demonstrate a comprehensive understanding of the concept of energy efficiency, its principles, and its practical applications for sustainable building design.
2. Demonstrate a comprehensive understanding of the regulatory frameworks, such as the National Construction Codes, Building Codes of 最新糖心Vlog and green building rating schemes that are in place to promote energy efficiency within the building sector.
3. Demonstrate a comprehensive understanding of principles and practices of sustainability and their applications in the construction industry.
4. Develop design proposals for energy-efficient buildings by analysing energy efficient design strategies via utilising analytical tools to inform the decision-making process.
5. Demonstrate a comprehensive understanding of renewable energy sources and their pivotal role in achieving net-zero energy buildings.
6. Demonstrate a comprehensive understanding of environmental protection principles in the construction industry.
7. Demonstrate a comprehensive understanding of waste management principles and practices in the construction industry.

MyUni will be used as the primary online learning platform for this course. All resources will be available on MyUni, and an online discussion forum will be facilitated.

This course consists of three distinctive components, as outlined below:

• Online recorded lectures convey critical information and theories essential to the course topics.

• Workshops provide opportunities for students to engage in further depth on the material introduced in the lectures, fostering analytical and problem-solving skills.

• Practicals are hands-on sessions where students learn industry-relevant tools and computer applications, enhancing their technical proficiency.

• To facilitate the delivery of ‘workshops’, a flat-floor teaching space is required for 11 weeks, from week 2 until week 12.

• The Practicals component of this course requires access to the Computer Suite for nine weeks, specifically from week 3 until week 11.

(i) Workshop activities must be conducted within groups.

(ii) There are eight weeks during which students can attend workshops, participate in activities, and submit their answers. The weekly submissions will not be individually graded but will serve as a means of recording attendance for those who attended the sessions. Only the weekly Workshops in the final portfolio will be considered for grading if students have been present in the class and submitted their answers by the given deadline.

This course introduces four key assessment components to evaluate students’ understanding of the course materials. These assessments are outlined below:

• Quiz 1: This will be an online quiz, accounting for 10% of the overall course grade. It aims to assess students' understanding of materials teaching ‘energy efficiency’ in the construction industry.

• Quiz 2: This will be an online quiz, accounting for 30% of the overall course grade. It aims to assess students' understanding of materials teaching ‘environmental controls’, ‘sustainability principles and practices’, and ‘environmental protection’ in the construction industry.

• Individual BIM assignment: In this assignment, students will apply the theoretical knowledge they learn in this course to develop a net-zero energy building using DesignBuilder software.

• Group assignment: The final group assignment will consist of a portfolio containing all the activities undertaken by each group, effectively documenting the lessons learned throughout each tutorial.