Pro Tip
Still unsure if a degree in environmental control technology is your calling? Take the career test
Environmental Control Technology is a degree category that consists of the following common degrees:
Energy Management And Systems Technology/Technician
Satisfaction:
N/A
Energy Management And Systems Technology/TechnicianAvg Grad Salary:
$86k
Read more about Energy Management And Systems Technology/TechnicianAn energy management and systems technology degree is a program that focuses on the efficient utilization and management of energy resources. It combines knowledge from multiple disciplines such as engineering, environmental science, business, and policy to address the complex challenges of energy management in various sectors. Here are key components and features of an energy management and systems technology degree: - Energy Fundamentals: The program typically provides a solid foundation in energy fundamentals, including energy sources, energy conversion technologies, energy efficiency, and renewable energy systems. Students learn about different forms of energy, energy conservation techniques, and the environmental impact of energy use. - Energy Policy and Economics: The degree program covers energy policy and economics to understand the regulatory frameworks, market dynamics, and economic factors that influence energy systems. Students study energy markets, energy pricing, energy policy development, and the impact of government regulations on energy management. - Energy Systems Analysis: The curriculum includes courses on energy systems analysis, which involves evaluating the performance, efficiency, and optimization of energy systems. Students learn how to analyze energy data, conduct energy audits, assess energy consumption patterns, and identify opportunities for energy conservation and optimization. - Renewable and Sustainable Energy: The program focuses on renewable and sustainable energy technologies and their integration into existing energy systems. Students explore topics such as solar energy, wind power, bioenergy, geothermal energy, and energy storage technologies. They learn about the design, implementation, and management of renewable energy systems. - Energy Efficiency and Conservation: The degree program emphasizes strategies for energy efficiency and conservation. Students learn about energy-efficient building design, energy management systems, energy-efficient technologies, and energy conservation practices. They gain knowledge and skills to identify energy-saving opportunities and develop sustainable energy management plans. - Energy Management and Policy: The curriculum covers energy management principles, energy project management, and energy policy development. Students learn about energy management strategies, energy management systems, energy monitoring and control, and the implementation of energy projects. They also study policy frameworks related to energy efficiency, renewable energy incentives, and sustainability initiatives. - Environmental Impact and Sustainability: The program addresses the environmental impact of energy systems and emphasizes sustainable practices. Students learn about environmental assessment techniques, life cycle analysis, carbon footprint analysis, and strategies for reducing environmental impact in energy production and consumption. - Practical Experience and Internships: Many energy management and systems technology programs offer opportunities for practical experience through internships, co-op programs, or industry collaborations. These experiences provide students with hands-on training, exposure to real-world energy management projects, and networking opportunities in the field. - Industry-Relevant Skills: The degree program aims to develop skills that are highly valued in the energy industry. These skills may include energy auditing, energy modeling and simulation, data analysis, project management, policy analysis, energy systems design, and communication skills necessary for working with diverse stakeholders. Graduates of an energy management and systems technology program can pursue careers in various industries, including energy consulting firms, utilities, government agencies, renewable energy companies, energy management companies, and sustainability departments within organizations.Wastewater Treatment Management
Satisfaction:
N/A
Wastewater Treatment ManagementAvg Grad Salary:
$85k
Read more about Wastewater Treatment ManagementA wastewater treatment management degree is an undergraduate or graduate degree program that focuses on the science, engineering, and management of wastewater treatment processes. The degree program prepares students for careers in managing, designing, and implementing wastewater treatment systems in various industries, including municipal wastewater treatment plants, industrial wastewater treatment plants, and consulting firms. The curriculum for a wastewater treatment management degree typically includes courses in environmental science, chemistry, microbiology, fluid dynamics, engineering, and management. Students learn about the various processes used in wastewater treatment, such as screening, sedimentation, biological treatment, and disinfection. They also learn about the environmental regulations and policies related to wastewater treatment, as well as the principles of sustainable wastewater management. Graduates of a wastewater treatment management degree program can pursue careers in a variety of fields, including wastewater treatment plant management, environmental consulting, water and wastewater system design, and regulatory compliance. They may work for municipalities, government agencies, engineering firms, or private companies. Some graduates may also choose to pursue advanced degrees in environmental science, engineering, or business to further their career opportunities.Environmental Engineering Technology
Satisfaction:
N/A
Environmental Engineering TechnologyAvg Grad Salary:
$86k
- Read more about Hazardous Materials Management
A hazardous material is any item or agent – biological, chemical, radiological, and/or physical – that has the capacity to cause harm to humans, animals, or the environment, in and of itself or as a result of interaction with other materials.
The nine classes of hazardous materials are explosives, compressed gases, flammable liquids, flammable solids, oxidizers and organic peroxides, toxic (poisonous and infectious) materials, radioactive / nuclear material, corrosive material, and any other materials that produce a hazard but do not meet the definition of any of the other classes.
Hazardous materials removal workers and other specialists work to ensure that hazardous materials are handled in a safe manner and in compliance with regulatory requirements.
Hazardous materials management programs are designed to train the next generation of these professionals. The curriculum covers product supply, transportation, storage, handling, control, recycling, and waste disposal.