Why Fire Protection and Safety Engineering Technology?
Create New Opportunities and Build for Your Future
When you work in the fire and safety industry, it’s important to develop the technical knowledge and expertise that builds the foundation for every fire science career. Fire protection and safety engineering technology focuses on the advanced techniques, procedure, research, and data that fire and safety professionals need to excel in any emergency situation.
Fire protection and safety engineering technology professionals address the fire science concepts and skills that keep people safe, today and into the future. Study the latest cutting edge research on fire, materials, construction, safety measures, and investigation. Explore fire protection concepts that relate to future safety challenges and develop solutions that can save lives. Examine emergency protocol and safety measures to develop more efficient plans. Work with architects, engineers, and officials to learn how structures are built and to fully understand how safety measures are implemented. Study fire damage to find out how protective measures fail, and what can be done to improve them.
As a fire protection and safety engineering technology professional, you’ll play a vital role in creating a safer world for everyone. When working with teams of firefighters and safety personnel you’ll help them develop faster, more efficient, and safer procedures and equipment. In your community you’ll help to create higher standards of safety and reduce the loss of lives.
If you’re a fire and safety professional interested in advancing your career while creating a safer world around you, Eastern Kentucky University’s online Fire Protection and Safety Engineering Technology Bachelor’s Degree is an excellent way to gain the skills and knowledge to make the world a safer place to live. This program is a comprehensive study of the advanced techniques for responding to fire and safety issues. The program supplies you with the in depth technical knowledge and detail oriented approach you’ll need to redefine the future of fire science.