Program Overview

Conservation Technology, M.S.

The M.S. in Conservation Technology is a 30-credit, non-thesis program designed to be completed in one year (two semesters and a summer session) or over the course of three semesters. This program combines ecological science with training in tools like GIS, ecological modeling, and conservation genetics, providing students with practical experience in designing studies, analyzing data, and mapping landscapes using the same technologies conservation professionals rely on.

Program Overview

• The program emphasizes both basic and applied research, building marketable skills and a systems-thinking approach across scales—from genes to ecosystems to human impacts.
• Graduates are prepared for roles in land management, environmental consulting, marine and wildlife conservation, and more.
• The program offers flexibility through elective options, allowing students to explore areas like marine biology, environmental science, plant biotechnology, sustainability, or environmental economics.

Locations Offered

• Melbourne Campus

Career Opportunities

• Conservation scientist or technician
• Wildlife biologist
• Environmental scientist or specialist
• Natural resource manager
• Ecological data analyst
• Zoologist or agricultural scientist
• Employers include organizations such as the U.S. Environmental Protection Agency, U.S. Army Corps of Engineers, St. Johns River Water Management District, and conservation-focused nonprofits, as well as zoos, aquariums, and private-sector firms.

Curriculum

• The curriculum prepares students for real-world conservation work using the tools and approaches employers value most.
• In addition to core training in ecological science and technology, the program offers flexibility through elective options.
• Courses include:
  • Design and Analysis of Ecological Studies
  • Conservation Genetics
  • Applied Geographic Information Systems for Biological Research
• Students can also apply internships, research projects, or summer field courses toward their elective credits, giving them the freedom to shape their degree around their interests and career goals.

Summer Fieldwork Opportunities

• Summer field research courses offer conservation technology students opportunities for immersive, hands-on experience in globally diverse ecosystems.
• These courses blend classroom learning with real-world field methods, providing crucial training in research techniques, logistical planning, and ecological analysis.

Admission Information

• To be well-prepared for the program, applicants should have an undergraduate degree that includes coursework in introductory biology, calculus, statistics, ecology, and zoology.
• A broad academic background is also important, so at least three courses each in the physical sciences, humanities, and social sciences or liberal arts are recommended.
• For more information about applying, please see university graduate admission requirements.

Facilities and Resources

• The conservation technology program is supported by advanced facilities designed for meaningful research and hands-on training.
• The Mertens Marine Center serves as a base for fieldwork, with on-site labs that allow samples to be processed within minutes of collection.
• The Ralph S. Evinrude Marine Operations Center offers direct water access and supports a wide range of research.
• On campus, students have access to specialized laboratories, including the High-Resolution Microscopy and Advanced Imaging Center and the L3Harris Center for Science and Engineering.

Why Choose Florida Tech for Conservation Technology?

• Florida Tech’s ideal location, interdisciplinary focus, and emphasis on hands-on learning make it a standout choice for studying conservation science.
• The program connects biology, technology, and sustainability, preparing graduates with the scientific insight and technical fluency needed for real-world impact.
• A close-knit community with a global perspective, led by internationally recognized faculty, provides students with a rich, dynamic learning environment.
• Interdisciplinary training for career success, combining a strong foundation in biology, conservation science, and ecology with advanced training in technology, equips students with the skills and knowledge needed to address complex environmental challenges.