SS1 Third Term Air Conditioning And Refrigeration Lesson Note and Scheme of Work
Third Term: Air Conditioning And Refrigeration Lesson Note and Scheme of Work
Week 1: Advanced HVAC System Design
Lesson Note:
Introduction to advanced HVAC system design principles.
Understanding load calculations and equipment selection for complex building environments.
Overview of integrated design approaches and building performance optimization.
Scheme of Work:
Lecture on advanced HVAC system design considerations.
Group project: designing an HVAC system for a high-rise building or specialized facility.
Presentation of design proposals and peer review.
Week 2: Building Energy Management Systems (BEMS)
Lesson Note:
Introduction to building energy management systems (BEMS) and their role in optimizing energy use in buildings.
Overview of BEMS components and functionalities.
Explanation of data analytics and optimization algorithms used in BEMS.
Scheme of Work:
Seminar on the benefits of BEMS for building owners and operators.
Hands-on training: configuring and programming BEMS controllers.
Group project: developing a BEMS implementation plan for a commercial building.
Week 3: Renewable Energy Integration in HVAC Systems
Lesson Note:
Understanding the integration of renewable energy sources (e.g., solar, wind, geothermal) in HVAC systems.
Overview of hybrid HVAC systems and energy storage technologies.
Explanation of incentives and regulatory requirements for renewable energy integration.
Scheme of Work:
Lecture on the role of renewable energy in sustainable HVAC design.
Case studies: successful implementations of renewable energy integration in HVAC systems.
Group discussion: analyzing the feasibility of renewable energy options for different building types.
Week 4: Indoor Environmental Quality (IEQ) Assessment
Lesson Note:
Importance of indoor environmental quality (IEQ) for occupant health, comfort, and productivity.
Overview of IEQ assessment parameters: air quality, thermal comfort, lighting, acoustics.
Introduction to IEQ certification programs and standards.
Scheme of Work:
Workshop on IEQ assessment methods and tools.
Indoor environmental quality testing: measuring air quality, thermal comfort parameters, and lighting levels.
Group activity: conducting IEQ assessments for different indoor environments and proposing improvements.
Week 5: Sustainable HVAC Design and Green Building Certification
Lesson Note:
Introduction to sustainable HVAC design principles and strategies.
Overview of green building certification programs (e.g., LEED, BREEAM) and their requirements.
Explanation of the benefits of green building certification for building owners, occupants, and the environment.
Scheme of Work:
Seminar on sustainable HVAC design and its role in achieving green building certifications.
Group project: designing a sustainable HVAC system for a building seeking green building certification.
Presentation of design proposals and peer evaluation.
Week 6: Building Commissioning for Sustainability
Lesson Note:
Understanding the role of building commissioning in achieving sustainable building performance.
Overview of sustainability-focused commissioning processes and standards.
Explanation of ongoing commissioning and retro-commissioning for maintaining building performance over time.
Scheme of Work:
Lecture on sustainability-focused building commissioning practices.
Field trip to a building undergoing sustainability-focused commissioning.
Group activity: developing a commissioning plan for a sustainable building project.
Week 7: Life Cycle Cost Analysis (LCCA) for HVAC Systems
Lesson Note:
Introduction to life cycle cost analysis (LCCA) and its importance in HVAC system decision-making.
Overview of LCCA methodologies and key cost factors to consider.
Explanation of software tools available for conducting LCCA for HVAC systems.
Scheme of Work:
Workshop on conducting life cycle cost analysis for HVAC systems.
Case studies: comparing the life cycle costs of different HVAC system options.
Group project: performing LCCA for a proposed HVAC system upgrade or replacement.
Week 8: HVAC System Resilience and Disaster Preparedness
Lesson Note:
Importance of HVAC system resilience for maintaining indoor comfort and safety during disasters and emergencies.
Overview of resilience strategies for HVAC systems: redundancy, backup power, disaster recovery planning.
Explanation of codes and standards related to HVAC system resilience.
Scheme of Work:
Seminar on HVAC system resilience and disaster preparedness.
Group discussion: analyzing case studies of HVAC system failures during disasters and identifying lessons learned.
Development of a disaster preparedness plan for an existing building’s HVAC system.
Week 9: Emerging Technologies in Air Conditioning and Refrigeration
Lesson Note:
Introduction to emerging technologies in the field of air conditioning and refrigeration.
Overview of trends such as smart HVAC controls, internet of things (IoT) integration, and advanced refrigerants.
Explanation of the potential impact of emerging technologies on industry practices and standards.
Scheme of Work:
Lecture on recent advancements in air conditioning and refrigeration technologies.
Hands-on demonstration: showcasing smart HVAC control systems and IoT-enabled devices.
Group discussion: exploring the benefits and challenges of adopting emerging technologies in HVAC projects.
Week 10: Industry Trends and Career Opportunities
Lesson Note:
Overview of current trends and developments in the air conditioning and refrigeration industry.
Exploration of career opportunities in HVAC engineering, project management, sales, and research.
Introduction to professional organizations and resources for HVAC professionals.
Scheme of Work:
Guest lecture by industry professionals on current trends and career pathways in air conditioning and refrigeration.
Panel discussion: insights from HVAC professionals on industry challenges and opportunities.
Career development workshop: resume writing, interview skills, and networking strategies for HVAC students.
Week 11: Revision Week
Activities:
Review of key concepts and principles covered in previous weeks.
Practice quizzes and problem-solving exercises.
Peer-led study groups for focused review sessions.
Week 12: Examination Week
Activities:
Written examination covering topics from the entire term.
Practical assessment: demonstration of skills in advanced HVAC system design, sustainability, and resilience.
Week 13: School Dismissal Week
Activities:
Recap and reflection on the term’s lessons and activities.
Distribution of report cards and feedback on student performance.
