- 20 Books and access to 2,000 e-library books.
- 20 Workbooks and access to online activities.
- Set of 100 posters.
- Student & teacher flashcards.
- Printed and digital teacher lesson plans.
- Games, music, and songs.
- 20 licenses for digital learning platform: lessons, activities, assessment, live video streaming, and e-library.
- Supplemental Classroom Materials include:.
- Supplemental Classroom Materials include:.
- 20 Books and access to 2,000 e-library books.
- 20 Workbooks and access to online activities.
- Set of 100 posters.
- Student & teacher flashcards.
- Printed and digital teacher lesson plans.
- Games, music, and songs.
- 20 licenses for digital learning platform: lessons, activities, assessment, live video streaming, and e-library.
- Supplemental Classroom Materials include:.
- 20 Books and access to 2,000 e-library books.
- 20 Workbooks and access to online activities.
- Set of 100 posters.
- Student & teacher flashcards.
- Printed and digital teacher lesson plans.
- Games, music, and songs.
- 20 licenses for digital learning platform: lessons, activities, assessment, live video streaming, and e-library.
- Supplemental Classroom Materials include:.
- 20 Books and access to 2,000 e-library books.
- 20 Workbooks and access to online activities.
- Set of 100 posters.
- Student & teacher flashcards.
- Printed and digital teacher lesson plans.
- Games, music, and songs.
- 20 licenses for digital learning platform: lessons, activities, assessment, live video streaming, and e-library.
- Course Description: This course explores green aviation technologies, focusing on sustainable innovations in aircraft design, fuel alternatives, and emissions reduction. Students will learn about the latest advancements in making aviation more environmentally friendly. Course Objectives:
- Understand green technologies in aviation.
- Learn about sustainable innovations in aircraft design.
- Explore alternative fuels for aviation.
- Assess strategies for emissions reduction.
- Implement green technologies in aviation operations.
- Utilize sustainable innovations in aircraft design.
- Adopt alternative fuels in aviation.
- Reduce emissions through effective strategies.
- Course Description: This course focuses on sustainable and environmentally friendly cleaning practices in housekeeping. Participants will learn about green cleaning products, sustainable methods, and waste reduction to promote environmental stewardship in healthcare settings. Course Outcomes:
- Develop proficiency in green cleaning practices.
- Implement environmentally friendly cleaning methods.
- Utilize green cleaning products effectively.
- Promote waste reduction and recycling in housekeeping.
- Enhance environmental stewardship through sustainable practices.
- Identify key principles of green cleaning practices.
- Implement sustainable cleaning methods in housekeeping.
- Use green cleaning products safely and effectively.
- Monitor and evaluate the impact of green cleaning practices.
- Address common challenges in sustainable cleaning.
- Educate staff about environmentally friendly practices.
- Collaborate with environmental professionals.
- Ensure compliance with environmental regulations and standards.
- Develop strategies for continuous improvement in green cleaning.
- Review case studies to apply green cleaning techniques in real-world settings.
- Introduction to Green Cleaning Practices
- Principles of Sustainable Cleaning Methods
- Utilizing Green Cleaning Products
- Monitoring and Evaluating Green Cleaning Impact
- Addressing Challenges in Sustainable Cleaning
- Staff Education on Environmentally Friendly Practices
- Collaboration with Environmental Professionals
- Compliance with Environmental Regulations and Standards
- Continuous Improvement in Green Cleaning
- Course Title and Description: Dive into sustainable construction techniques for healthcare facilities. This course emphasizes eco-friendly designs that enhance operational efficiency and reduce environmental impact. Learning Objectives:
- Design hospitals with sustainable construction methods.
- Incorporate energy-efficient systems in healthcare facilities.
- Address water and waste management in hospital design.
- Evaluate the environmental and financial impacts of green hospitals.
- Introduction to Sustainability in Healthcare Facilities
- Energy-Efficient Systems for Hospitals
- Sustainable Materials in Medical Construction
- Water Conservation and Waste Management Systems
- Designing for Natural Lighting and Ventilation
- Smart Technologies for Resource Optimization
- Policy and Incentives for Green Healthcare Projects
- Financial Planning for Sustainable Hospitals
- Case Studies: Successful Green Hospitals Worldwide
- Capstone Project – Designing a Sustainable Healthcare Facility
- Course Description: This course explores strategies to achieve carbon neutrality in rail transportation. Participants will learn how to implement sustainable solutions, reduce emissions, and integrate green technologies into freight and passenger rail systems. Objectives:
- Understand global decarbonization strategies for rail transport.
- Evaluate fuel efficiency improvements for diesel and electric trains.
- Explore alternative energy sources for railway propulsion.
- Assess carbon footprint tracking and emission reduction tools.
- Develop strategies for sustainable logistics and freight operations.
- Implement AI-driven solutions for energy-efficient rail systems.
- Design climate-conscious urban rail systems.
- Integrate smart grid technologies with railway electrification.
- Monitor progress toward net-zero railway emissions.
- Propose policy recommendations for decarbonized rail transport.
- Course Title: Green Refining: Principles and Practices for a Sustainable Industry Course Overview: Green Refining: Principles and Practices for a Sustainable Industry is designed for professionals seeking to advance their knowledge in sustainable practices within the refining sector. This course covers the production of biofuels, the integration of renewable energy sources, and the implementation of green operational practices. Participants will explore the latest in green technologies and methodologies that not only reduce the environmental footprint of refining operations but also comply with international environmental standards. Through lectures, case studies, and project work, students will learn how to apply these green principles in real-world scenarios, paving the way for a more sustainable and responsible refining industry.