Biochemistry is an interdisciplinary field and the foundation of biology, medicine and pharmacology. Medical research relies on biochemistry to identify the pathology of diseases and understand how our bodies react and change at the cellular level. Called the "chemistry of life," biochemists delve into the complex, chemical reactions that occur inside living organisms such as the study of amino acids and proteins, sugars or DNA and RNA.
With a master's in biochemistry from Florida Tech, graduates obtain expertise to enter challenging careers in medicine, veterinary medicine, blood analysis, detection of biomarkers for early disease diagnosis and pharmaceutical research. In addition, the American Chemical Society accredits the master's in biochemistry program.
Florida Tech has an active faculty who are involved in research and teaching. Small class sizes and an environment of mentorship encourage students seeking a master's in biochemistry to engage in unique research exploration. Several professors are studying various aspects of biochemistry including biophysical measurements involving proteins, various imaging and spectroscopic methods of analysis of biological molecules, as well as cures and treatment for Alzheimer's, Cancer, Asthma, Age-related Macular Degeneration and diseases of the brain.
Florida Tech is a top-tier research institution with state-of-the-art facilities and the latest in scientific technology. Research is the heart and soul of the master's in biochemistry program, providing students the chance to focus on biochemistry research topics of their choice.
Pairing classroom learning with hands-on research reflects what students in the master's in biochemistry program can expect in career settings. Working hand-in-hand with professors from the chemistry and biology departments, students are immersed in field work, lab work, instrument analysis and research that enhances society's understanding of disease pathology, neurological disorders, DNA replication, biotechnology, toxicology and more. External research collaborations can lead to research around the world on topics such as degenerative diseases, vision, cancer, neuroscience and more.
Employers that have recruited Florida Tech students with a master's in biochemistry include Intel, Merck, Andean Biodiversity Consortium and various universities. Careers in biochemistry are projected to increase 19% through the next ten years, according to the U.S. Bureau of Labor Statistics.
After receiving a master's in biochemistry from Florida Tech, many graduates choose to continue their research in a doctoral program. Not only does this program further student research activities, but it also increases lifelong career earning potential.
When investigating universities with biochemistry graduate programs, particularly with renowned research opportunities, students should look no further than Florida Tech.
Florida Tech has a 50-year history in science and engineering education, empowering future leaders such as NASA scientists, CEOs of Fortune 500 companies and highly decorated military generals.
With curriculum built on a culture of innovation and hands-on learning, graduates prepare for their career using the industry's latest body of knowledge and conducting biochemistry research in state-of-the-art facilities. With jobs demanding leaders who are able to craft solutions for complex scientific challenges, students find a rich learning environment in which to advance their knowledge and build their subject matter expertise. This is a huge benefit that other graduate biochemistry graduate programs may not provide.
Perhaps the greatest benefit of studying at Florida Tech over other biochemistry graduate programs is being part of not one, but two outstanding science departments, both of which are committed to a high level of faculty-student interaction and collaboration. Students experience an intimate, focused environment with professors that mentor them and class sizes are small. Research opportunities are plentiful. Plus, other biochemistry graduate programs can't offer the strong ties with Kennedy Space Center and the Harbor Branch Oceanographic Institute that Florida Tech can.
Students work collaboratively with colleagues and faculty members on funded and non-funded research. Field work, laboratory exploration, instrument analysis and summer research expeditions are some of the hands-on research opportunities graduate students find at Florida Tech. Nearby natural resources such as the estuarine habitats of the Indian River Lagoon and the Atlantic Ocean marine ecosystem are ideal for biological research, something other biochemistry graduate programs can't offer. Central Florida's year-round warm weather means research and outdoor activity is available 365 days a year.
State-of-the-art facilities are an important aspect of quality biochemistry graduate programs and Florida Tech delivers. Students have access to the F. W. Olin Physical Sciences Center (and Instrumentation Center) and the F.W. Olin Life Sciences Building. These facilities offer cutting-edge laboratories and instrumentation that include NMR spectrometer, DART (Direct Analysis in Real Time) spectrometer, atomic force microscopy, scanning tunneling microscopy, scanning emission microscopy and laser-scanning confocal microscopy. There are also laboratories for photochemistry, glassblowing and computation chemistry. A temperature-controlled greenhouse, small mammal and reptile facilities, aquaculture center, marine laboratory and multimedia auditorium are additional facilities students find at Florida Tech.
Another benefit to choosing Florida Tech over other biochemistry graduate programs is access to a doctoral program. For full-time doctoral graduate research assistants, full-pay tuition scholarships are available.
Graduate biochemistry research allows students to build a portfolio of original content to submit for publication and conference presentations and to potential employers after graduation. Biochemistry students research a variety of topics in both biology and chemistry, often as a part of experienced faculty research teams.
Fieldwork, laboratory exploration, instrument analysis and summer research expeditions are part of the hands-on research opportunities. Florida Tech's nearby natural resources such as the Indian River Lagoon and the Atlantic Ocean marine ecosystem are ideal for biological research. Central Florida's year-round warm weather means research and outdoor activity is available 365 days a year.
Novel approaches to degenerative diseases
DNA analysis and chromosome replication
Chemical counter-measures for biological threat agents
Plant molecular biology
Students present biochemistry research papers at academic meetings and conferences. This provides the perfect introduction to the world of professional biochemistry and a chance to network with colleagues around the world. Many Florida Tech students have had their work published in scientific journals such as the American Chemical Society – the largest national scientific society.
With a master's degree in biochemistry from Florida Tech, students are able to work in various capacities, including medical, pharmaceutical, academic, private industry, non-profit organizations, government agencies and research institutions. Careers in biochemistry continue to grow and the industry is very promising, with the job outlook set to increase by 19% through the next 10 years, according to the U.S. Bureau of Labor Statistics.
The Occupational Outlook Handbook, published by the U.S. Department of Labor Bureau of Labor Standards (BLS), provides information about specific jobs including median annual pay, working conditions and job outlook, among other things.
The Labor Bureau cites that this increase is due to the demand for research and development of biological products and processes that improve our lives, such as new lifesaving drugs and procedures to cure and prevent disease, fight genetic disorders and cancer. Other areas of growth for careers in biochemistry include energy, food and environmental protection. Biochemists are responsible for a majority of the advances in medical research, agriculture, genetic engineering, pharmacy, forensics and food science.
Drug Research and Development
Animal Population Restoration
Post Secondary Professor
Entry-level salaries for careers in biochemistry are reported by PayScale.com be $43,200 with further earning potential to grow to $88,500. PayScale.com is an online salary information company that helps people obtain accurate real-time information on job market compensation.
Other biochemistry careers provide good salary potential such as:
Biotechnology: $41,400 - $82,800
Agricultural and food scientists: $44,000 – $81,100
Zoologists and wildlife biologists: $36,500 – $69,700
Medical scientists: $54,900 – $90,640