Chemistry is central to all sciences, providing the mechanism of life processes that explains our interactions with the material world. Chemistry answers the fundamental questions about the nature of matter and its transformations. With a strong math, physics and chemistry foundation, graduates with a master’s in chemistry find diverse career options in any number of fields including medicine, research and development, forensics, consumer products, food chemistry and industry.
Accredited by the American Chemical Society, Florida Tech’s course of study includes organic, inorganic, physical and analytical chemistry, as well as mathematics and physics. Research is at the heart and soul of the program, giving students a chance to focus on an industry topic that most interests them. Small class sizes and one-on-one mentorship with faculty reflects a learning environment dedicated to providing the type of experiences students with a master’s in chemistry will face when on the job. Fieldwork, lab work, instrument analysis and internships develop a graduate’s expertise in topics such as nanomaterials, chemical counter-measures for biological threat agents, toxicology, cancer research and more.
Exceptional facilities also make Florida Tech a good choice for a master’s in chemistry. We make sure students have the technology they need to conduct advanced research. The Olin Physical Sciences Center is home to research laboratories, classrooms, teaching labs, several instrumentation rooms (including an NMR facility that houses two NMR spectrometers (400 and 60 MHz) and a DART (Direct Analysis in Real Time) spectrometer), Atomic force microscopy and laser-scanning confocal microscopy, to name a few.
After receiving a master’s in chemistry, students can continue their research and study at Florida Tech to earn a Ph.D. in chemistry. Full-pay tuition scholarships are available to full-time doctoral graduate research assistants.
Florida Tech builds leaders encouraging students to build their own career path and command of cutting-edge industry subject matter. Employers that have recruited Florida Tech master’s in chemistry students include Bristol-Meyers Squibb, Florida Solar Energy Center, Merck & Company, Motorola, NASA, Pfizer Pharmaceuticals and Sherwin Williams. According the Bureau of Labor Statistics, careers in chemistry show a growth rate of 6 percent through 2022.
The diversified learning environment at Florida Tech makes its academic community very different from other chemistry graduate programs. From fieldwork, faculty-led research opportunities, internships and assistantships to peer networking, one-on-one professor mentorship and more, Florida Tech’s focus on an integrated and professional learning environment has proven to be a key to success for its graduates.
The department has strong professional ties to Kennedy Space Center and Harbor Branch Oceanographic Institute, which results in more opportunities for students. Many Florida Tech graduates have published their work in the prestigious industry journals while others fulfill teaching assistantships or participate in research assistantships when available.
Florida Tech is one of the top chemistry graduate programs because of its experienced staff of professors, who engage in their own research relevant to the industry and bring to the classroom their years of industry knowledge. These same professors have earned numerous teaching and service awards on behalf of students.
When comparing chemistry graduate programs, consider if the program allows students to work collaboratively with faculty members from the chemistry department on both funded and non-funded research projects. Florida Tech does, with students working hand-in-hand with faculty to develop research that could potentially enhance society’s understanding of topics such as disease pathology, neurological disorders, design and application of nanomaterials and more. External collaborations and internships occasionally lead to international travel for dedicated industry research.
Laboratories and facilities are an important facet of chemistry graduate programs. As a top tier research university, Florida Tech provides the type of advanced technology chemistry students demand for cutting-edge research including spectrometers, high-resolution microscopy, photochemistry and computational chemistry equipment. The F.W. Olin Physical Sciences Center is 70,000 square feet of research and teaching labs, classrooms and conference facilities. The Nanoscience-Nanotechnology Lab was recently developed by Chemical Engineering and Chemistry faculty with grants from the National Science Foundation and is already a valuable asset to the students at Florida Tech.
Not all chemistry graduate programs offer a doctoral program, but Florida Tech gives students a chance to further their research and collaborate with peers and professors in research. Graduates with a Ph.D. are prepared to enter the workplace as subject matter experts, increasing their lifelong earning potential and leadership opportunities.
Successful chemistry graduate programs prepare students as experts in their field, able to apply their education to a range of career options, and Florida Tech achieves this goal. According to the Bureau of Labor Statistics, careers in chemistry show a promising growth rate of 6 percent through 2022. Graduates will find careers in pharmaceutical, medical, academic and private industries such as manufacturing, alternative energy, food chemistry and biotechnology. Employers that have recruited Florida Tech graduates include Bristol-Meyers Squibb, Florida Solar Energy Center, Merck & Company, Motorola, NASA, Pfizer Pharmaceuticals and Sherwin Williams.
Field chemistry research is a valuable part of the Florida Tech experience. By working hands-on using the tools and techniques use of professional chemists, students gather valuable knowledge that extends beyond the classroom and into the type of scenarios students will face in professional settings.
Professors at Florida Tech work hand-in-hand with students to develop chemistry research experiences that concentrate on topical issues in chemistry. This often leads to meaningful contribution to the industry by Florida Tech students. Topics include:
A few research programs unique to Florida Tech exist in medical chemistry, bioorganic chemistry, polymer chemistry and space-related chemistry. Research is a vital link to gain experience, work with professional scientific instrumentation and expand professional collaboration.
One of the many benefits of Florida Tech being a top-tier research institute is the ability to give students state-of-the-art facilities. The department’s research space is located in the 70,000-square-foot Olin Physical Sciences Center. This facility showcases:
Chemistry is a diverse field of study that ultimately provides career opportunities in range of disciplines including pharmaceutical, medical, academic and private industry. Students with an M.S. or Ph.D. in chemistry demonstrate their knowledge of research methods and processes providing employers with the type of expertise they need to fill leadership roles and solve challenging chemistry issues.
The Occupational Outlook Handbook, published by the United States Department of Labor Bureau of Labor Statistics, provides detailed information about specific jobs including median annual pay, working conditions and job outlook, among other things.
According to the labor bureau, careers in chemistry are projected to grow 6 percent through 2020. This includes a wide range of specializations including inorganic, medicine, physical, theoretical and analytical chemists. Large pharmaceutical and biotechnology firms are projected to have openings at research laboratories, while many other chemists will be employed in colleges and universities. Chemists with advanced degrees will continue to fill senior research and upper-management positions. Industries such as aerospace, pharmaceuticals, medicine and food technology are also growth areas for chemists. Check the handbook for complete information on careers in careers in chemistry.