Statistics
Impact
Learn best practices to integrate solar and battery technologies, and energy efficiency, to minimize environmental costs.
Ethics
Environmental ethics and practices to foster natural conservation will guide your work.
Cutting-edge technology
Use technologies that pave the way for renewable energy and environmental conservation.
Job readiness
Complete a capstone project that will showcase your knowledge and skills, or prepare you for a 4-year degree.
Let's map out your next move together.
About the Sustainability Technologies program
The Sustainability Technologies Associate in Applied Science (AAS) program focuses on reducing environmental impact through renewable energy technologies, construction practices and environmental stewardship. The curriculum covers sustainable energy systems, green building technology and environmental studies. You will graduate with a comprehensive view of sustainability technologies.
Additionally, you will complete a capstone project. You will research a sustainability problem and design a solution. This final project will be helpful as you are seeking jobs.
What you'll learn
You will study the competing interests of people, prosperity, and the planet. Then, you'll develop the ability to design solutions that find common ground.
Technical training includes studies in energy reduction, environmentalism, and renewable energy systems. Upon completion of the program, you will be able to:
- analyze energy usage, demand, and conservation
- create a strategy for energy reduction
- select alternative or renewable energy systems
- assess current sustainability standing and recommend improvements
- use tools to design and model alternative/renewable energy systems
- utilize field techniques to analyze the natural environment
Frequently asked questions
Examples of sustainability technology include solar panels, sustainable construction, and environmental modeling.
Sustainability technologies provide environmental, economic, and social benefits by helping organizations and communities use resources more efficiently while reducing negative impacts.
Environmental Benefits
- Reduce greenhouse gas emissions and help combat climate change.
- Decrease pollution of air, water and soil.
- Conserve natural resources such as water, energy and raw materials.
- Support biodiversity and ecosystem protection.
- Reduce waste through recycling, reuse and circular economy practices.
Economic Benefits
- Lower operating and energy costs over time.
- Increase efficiency and productivity.
- Create new jobs and industries in clean energy and green technology sectors.
- Reduce costs associated with environmental damage and resource shortages.
- Improve long-term business resilience and competitiveness.
Social Benefits
- Improve public health through cleaner air and water.
- Enhance quality of life by creating healthier and more sustainable communities.
- Increase access to reliable and affordable energy, especially through renewable energy technologies.
- Promote environmental responsibility and sustainable development.
- Help ensure resources remain available for future generations.
Accreditation information