- Solar power system installations for campus energy needs
- Wind energy micro-turbine projects for off-grid campuses
- Rainwater harvesting and storage systems
- Greywater recycling for irrigation and sanitation
- Green building design and certification (LEED, EDGE)
- Energy-efficient lighting retrofits (LEDs)
- Smart energy management systems for campuses
- Solar water heaters for dormitories and kitchens
- Installation of electric vehicle charging stations
- Sustainable landscaping with native plants
- Composting organic waste for campus gardens
- Biogas generation from organic campus waste
- Use of recycled construction materials for refurbishments
- Installing green roofs and living walls on campus buildings
- Energy-efficient HVAC system upgrades
- Training workshops on sustainable building practices
- Development of green labs for environmental technologies
- Low-flow plumbing fixtures for water conservation
- Solar-powered lighting for pathways and security
- Waste segregation and recycling programs on campus
- Use of passive solar design in new building projects
- Campus-wide energy audits and efficiency improvements
- Installation of battery storage systems for renewable energy
- Green transport initiatives, including bike-sharing programs
- Electric shuttle services for campus mobility
- Use of sustainable timber and bamboo in construction
- Incorporating environmental science modules into curricula
- Setting up urban farming and permaculture gardens
- Building rain gardens for stormwater management
- Installing solar-powered water pumps for irrigation
- Campus-wide policies on reducing single-use plastics
- Developing workshops on green construction techniques
- Collaboration with green technology startups for pilot projects
- Establishing an on-campus environmental innovation hub
- Installation of solar-powered charging stations for devices
- Utilizing geothermal energy for campus heating/cooling
- Solar-powered desalination units for water-scarce campuses
- Designing zero-energy buildings for new facilities
- Creating energy benchmarking and reporting systems
- Solar-powered classroom and workshop lighting upgrades
- Incorporating biodiversity zones within campus grounds
- Using recycled water for toilet flushing systems
- Installation of wind-powered water pumping systems
- Establishing solar-powered IT and computer labs
- Green procurement policies for campus supplies
- Developing partnerships with green finance institutions
- Retrofitting existing buildings with energy-efficient windows
- Introducing carbon footprint tracking and reduction initiatives
- Conducting green skills training for campus maintenance staff
- Installing solar-powered emergency lighting systems
- Using modular and prefabricated green building materials
- Creating eco-friendly student housing projects
- Waste-to-energy pilot projects on campus
- Installing solar-powered street and security lighting
- Developing electric vehicle maintenance training workshops
- Solar-powered cold storage facilities for agricultural programs
- Establishing green certification programs for students
- Integrating climate resilience into campus infrastructure plans
- Building rainwater-fed fish farming systems
- Installing green insulation materials in buildings
- Setting up solar-powered water purification stations
- Using recycled plastic bricks in construction projects
- Installing energy recovery ventilation systems
- Developing solar-powered food processing labs
- Incorporating natural ventilation strategies in buildings
- Training students on sustainable waste management techniques
- Creating a green campus awareness and engagement program
- Installing solar-powered internet connectivity solutions
- Partnering with NGOs for environmental restoration projects
- Implementing campus-wide water conservation challenges
- Developing low-carbon transport infrastructure around campuses
- Using bio-based construction materials in workshops
- Establishing renewable energy research and development centers
- Setting up solar-powered charging kiosks in common areas
- Building greenhouses with solar-powered climate control
- Installing solar thermal systems for campus laundry services
- Creating eco-tourism facilities for environmental education
- Using solar-powered water fountains and hydration stations
- Incorporating circular economy principles into campus operations
- Developing green entrepreneurship incubators within TVET
- Installing permeable pavements for improved stormwater management
- Conducting workshops on sustainable urban drainage systems
- Creating community gardens using organic and recycled inputs
- Developing solar-powered automated irrigation systems
- Establishing microgrids combining solar and wind energy
- Introducing electric bike and scooter fleets for campus transit
- Setting up biophilic design principles in new construction
- Installing solar-powered refrigeration units for labs and cafeterias
- Developing campus-wide policies for green event management
- Implementing solar-powered outdoor classroom facilities
- Using LED signage and display systems to reduce energy use
- Creating educational campaigns on reducing energy consumption
- Developing green data centers with efficient cooling systems
- Installing solar-powered traffic and pedestrian signals
- Using smart meters for real-time monitoring of energy usage
- Promoting local sourcing of green building materials
- Creating student-led green innovation challenge programs
- Developing pilot projects for off-grid solar lighting in remote campuses
- Collaborating with government on green infrastructure incentives
- Establishing campus carbon neutrality targets and action plans
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