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What is Chemistry?

Get a Master's in Chemistry

The Chemistry M.S.

Build advanced chemistry expertise that opens doors across science and industry.

Florida Tech’s master’s in chemistry prepares graduates for dynamic careers in research and development, biotechnology, pharmaceuticals, environmental science and more.

With small classes and close faculty mentorship, you can gain practical experience through lab work, internships and collaborative research in high-demand areas. Both thesis and nonthesis options are available, with every student following a customized plan of study designed to support their professional goals.

Degree specializations in astrochemistry, nanoscience and environmental chemistry allow you to align your studies with emerging fields and industry needs—whether you are interested in exploring molecules in space, designing next-generation materials or developing sustainable chemical solutions.

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Why Choose Florida Tech for Chemistry?

With flexible options tailored to your goals, Florida Tech’s chemistry program offers expert faculty and advanced facilities to support your studies. Located on the vibrant Space Coast, the program prepares you for careers and research opportunities in areas like nanoscience, astrochemistry, environmental chemistry and pharmaceuticals.

Florida Tech’s chemistry M.S. program offers a supportive academic setting where small class sizes and close faculty mentorship create a highly personalized learning experience. You’ll work side by side with accomplished faculty in areas such as nanoscience, catalysis, environmental chemistry and molecular design.

Our campus brings together students from across the U.S. and around the world, fostering a vibrant exchange of ideas and perspectives. This global, interdisciplinary atmosphere encourages collaborative problem-solving and prepares you to tackle complex scientific challenges in research, industry or policy.

Chemistry graduate students at Florida Tech work side by side with faculty on research that addresses some of today’s most pressing scientific challenges.

Projects span areas such as disease pathology, neurological disorders, cancer research, biotechnology and the design of nanomaterials.

Students gain direct experience in advanced lab techniques and collaborative problem-solving while contributing to research with applications in medicine, defense and environmental science.

These efforts often lead to meaningful advancements and position students for impactful careers in industry, research or further academic study.

At Florida Tech, chemistry M.S. students have access to the advanced tools and facilities needed for cutting-edge research.

The 70,000-square-foot F.W. Olin Physical Sciences Center houses dedicated research and teaching labs, conference spaces and specialized instrumentation rooms.

Students use high-resolution techniques such as atomic force, scanning tunneling and confocal microscopy, along with tools for photochemistry, spectroscopy and computational chemistry. The building also features an NMR facility with 400 and 60 MHz spectrometers, a DART (Direct Analysis in Real Time) spectrometer and in-house glassblowing support for custom labware.

Florida Tech’s location in the heart of the Space Coast, home to one of the nation’s largest high-tech and research-driven workforces, offers outstanding opportunities for chemistry students.

You’ll be near leading companies, research labs, government agencies and environmental organizations, making it an ideal setting for internships, collaboration and career development. Our 130-acre campus is just south of NASA-Kennedy Space Center and Cape Canaveral, a region where science and innovation thrive.

Outside the lab, enjoy 72 miles of Atlantic coastline, the biodiverse Indian River Lagoon and easy access to the Florida Keys and Orlando’s world-famous attractions—a perfect mix of academic focus and coastal living.

The chemistry M.S. program offers both thesis and nonthesis tracks to suit different academic and career goals.

In the thesis option (available with department head approval), students conduct original research under faculty supervision, culminating in a written thesis and oral defense. This path is ideal for those planning to pursue a Ph.D. or research-intensive career. Students select a research advisor in their first semester and work closely with an advisory committee throughout the process.

The nonthesis option is the default for all admitted students. Instead of a research thesis, students complete additional coursework tailored to their interests and a literature-based research project, which concludes with a final program examination. This track is well suited for students aiming to advance professionally or transition into industry.

Applicants to the chemistry M.S. program should have a bachelor’s degree in chemistry or a closely related field, with coursework across the major areas of chemistry, as well as math and physics.

Students with gaps in their undergraduate preparation may be admitted with the expectation of completing foundational coursework during their first year.

All students enter the nonthesis track by default and may request to transfer to the thesis option with departmental approval. Admission is available for both fall and spring semesters.

For more information, please see our graduate admission requirements, or start your application now!

Careers in Chemistry

A master’s degree in chemistry prepares graduates for diverse careers in research, industry and applied science.

Florida Tech alumni apply their expertise across broad areas such as materials science, biotechnology, environmental and sustainability science, energy and space research. They also contribute in pharmaceutical development, chemical manufacturing, defense and scientific communication.

Career fields in chemistry include:

  • Materials science and polymer chemistry
  • Biochemistry and biotechnology
  • Environmental chemistry and sustainability
  • Nanotechnology and nanomaterials
  • Astrochemistry and space science research
  • Pharmaceutical and medical research
  • Chemical manufacturing and process development
  • Forensic science and regulatory compliance

The program’s strong research foundation prepares graduates to solve complex challenges and advance innovation in both established and emerging industries. 

Employers that have recruited Florida Tech master’s in chemistry students include Bristol-Meyers Squibb, Florida Solar Energy Center (FSEC), Merck & Co., Inc., Motorola, NASA, Pfizer Pharmaceuticals, and Sherwin-Williams.

Florida Tech Career Services assists students, alumni and employers in their search for careers and employee candidates. We help students develop career plans and job-search skills. Explore our Career Toolbox to learn more about our services and access additional resources.

The Occupational Outlook Handbook, published by the United States Department of Labor, Bureau of Labor Statistics (BLS), provides information about jobs, including median annual pay, working conditions and job outlook, among other things. Check the handbook for information on the outlook for jobs in chemistry.

Advanced Degree Options

After earning a master’s degree in chemistry, many students choose to continue their research at Florida Tech by pursuing a Ph.D. in chemistry. Full-time doctoral research assistants may qualify for full-tuition scholarships. Ph.D. graduates emerge as recognized experts in their fields, unlocking greater leadership roles and enhanced earning potential throughout their careers.

Chemistry, Ph.D.

Explore the Chemistry, M.S., Curriculum

The Chemistry, M.S., Curriculum

The chemistry master’s program provides a solid, broad foundation in advanced chemistry, with core courses in inorganic, organic, physical and analytical chemistry. This rigorous academic base ensures students are well prepared for careers across research, industry and applied science.

Students can tailor their studies by choosing a specialization in astrochemistry, nanoscience or environmental chemistry, gaining focused expertise in areas aligned with emerging scientific challenges and career opportunities.

All students complete an individualized program plan and work closely with faculty advisors to shape their course selections and research experiences.

Thesis students conduct original research under faculty mentorship, while nonthesis students complete advanced coursework and a literature-based research project.

Check the catalog for a description of all courses.

Download the Chemistry, M.S., Curriculum now!

A graduate student working in a lab

Chemistry Specializations

Astrochemistry

This specialization gives students a solid foundation in applying modern chemical techniques to the study of molecules under astrophysical conditions.

It covers the chemistry of interstellar atoms and molecules, planetary environments and molecule-radiation interactions.

Students also gain hands-on experience with computational methods for identifying and characterizing unknown chemistries, with important applications in astrobiology.

Environmental Chemistry

This specialization gives students a strong foundation in the chemical principles behind environmental conservation, sustainability and natural resource protection.

It explores the environmental impact of chemical processes and emphasizes the development of green chemistry solutions to reduce pollution and waste.

This interdisciplinary track prepares graduates to tackle real-world environmental challenges through innovative, chemistry-based approaches.

Nanoscience

Nanoscience offers students a solid foundation in cutting-edge technologies operating at the nanoscale.

This interdisciplinary specialization emphasizes understanding nanomaterial structure-function relationships, mastering advanced characterization methods and developing innovative nanoscale sensors.

Students explore advanced topics in materials synthesis, including nanocomposites, carbon nanotubes, molecular self-assembly and biologically inspired materials.

Learn more about Chemistry at Florida Tech on the website.

Where Chemistry Research Takes Shape

Florida Tech chemistry faculty lead advanced research across analytical, biochemistry, inorganic, organic and physical chemistry.

Based in the F.W. Olin Physical Sciences Center, their work includes developing electrochemical sensors to study metal toxicity, designing photo-responsive molecules to probe brain function and creating new catalysts and nanoscale materials for energy and environmental applications.

Faculty also explore cutting-edge areas like quantum biology, asymmetric synthesis, spin dynamics and AI-driven molecular modeling.

With access to state-of-the-art instrumentation and interdisciplinary collaboration, graduate students engage directly in high-impact research that addresses real-world scientific challenges.

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