Chemical Engineering, M.S.

Chemical Engineering, M.S.

Get a Master's in Chemical Engineering

Chemical Engineering MSChemical engineers study the application of chemical principles to industrial processes and are responsible for at least one aspect of almost every engineered design, process and product. Experts in the field are needed in a variety of areas including food production, health technologies and biomedicine, nuclear technologies, alternative energy and computer technology. A master's in chemical engineering from Florida Tech provides graduates with advanced expertise for a career engineering innovative products and solutions.

Close Knit Learning Environment

Through advanced research and fieldwork, students desiring a master's in chemical engineering work with faculty to develop innovative solutions for today's complex challenges. Small class sizes and dedicated faculty allow for individualized mentoring as well as the opportunity to build a lifelong network of fellow chemical engineering professionals. Florida Tech's sought-after learning environment stimulates intellectual curiosity and encourages creative interaction between students and faculty as well as provides opportunities to obtain real-world knowledge and skills beyond those obtained in the classroom.

Advanced Research

As a leading research university, Florida Tech boasts state-of-the-art engineering, physical sciences and life sciences facilities. Candidates also have access to research facilities at the Florida Solar Energy Center, NASA Kennedy Space Center and Cape Canaveral Air Force Station. Past research studies have included alternative food production methods, space exploration modeling, bioreactor development and more. Students often submit research to leading engineering journals and present research findings at industry conferences.

Why Pursue a Master's in Chemical Engineering at Florida Tech?

What makes the Florida Tech academic environment unique from another chemical engineering master's program is the extraordinary emphasis put on research and collaborative learning. From fieldwork, faculty-led research opportunities, internships and assistantships to peer networking, one-on-one mentorship and more, Florida Tech's focus on a diversified learning environment has proven successful for graduates to succeed.

A Program Known for Engineering Excellence

Many Florida Tech graduates have published their work in the most prestigious journals in the field and others fulfill teaching assistantships or participate in research assistantships when available.

As acknowledged by the National AIChE Student Chapter Committee, Florida Tech students stand at the top of the list of most awarded chemical engineering schools in the nation. This milestone is significant when considering that the student body represents about 0.3% of all chemical engineering students in the United States.

Customized Degree Options

The opportunity to specialize in unique and exciting subfields of chemical engineering helps students tailor their education based on their professional aspirations. Students in the chemical engineering master's program may choose to specialize in:

  • Environmental engineering

  • Materials synthesis

  • Processing and characterization

  • Transport and separation processes

  • Computer-aided modeling

  • Processing and control

  • Hydrogen and fuel cell technology

  • Biomaterials and tissue engineering

Doctoral Program

Graduates from the chemical engineering master's program can immediately enter the workforce or pursue a doctoral degree at Florida Tech. The program is designed for further research and specialization. Graduates with a Ph.D. become subject matter experts, increasing their earning potential and leadership opportunities in their career.

Dedicated Experienced Faculty

Florida Tech is a top chemical engineering master's program because the department faculty has not changed for more than 10 years. This consistency and stability, combined with a small student-to-faculty ratio, allows professors to develop a close learning environment to mentor graduate students. The faculty has earned numerous teaching and service awards from the students, as well as high ratings in student surveys. Professors are engaged in their own research and bring to the classroom their years of industry knowledge and expertise.

State-of-the-Art Laboratories and Facilities

As a leading research university, laboratories and facilities are an important facet of a program's quality. Florida Tech's chemical engineering master's program features state-of-the-art laboratories located in the F.W. Olin Building, accommodating engineering, physical sciences and life sciences. 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.

Great Florida Location

While many graduate students are already working professionals in the local area, other master's candidates choose the chemical engineering master's program at Florida Tech for its prime location in the heart of Florida's Space Coast. This positions them near the nation's fourth largest high-tech workforce and over 5,000 high-tech companies.

Excellent Career Potential

Graduates find a wide range of career options with a degree from Florida Tech's chemical engineering master's program. Chemical engineers work in industries related to manufacturing products, as well as newer fields that include nanotechnology, alternative energy and biotechnology. Demand for chemical engineers is growing as these new fields expand and the world demands emerging technology. Employers such as NASA, Kraft Foods, Procter & Gamble, IBM, Intersil and the Environmental Protection Agency have hired graduates from Florida Tech.

What Chemical Engineering Research or Other Opportunities Can I Expect?

Chemical engineering internships are a valuable part of the learning experience at Florida Tech.  Florida Tech is a top-tier research institution with state-of-the-art facilities and the latest engineering technology. Research is the heart and soul of the program and students combine classroom learning with hands-on fieldwork that reflects the kind of work they can expect to do once they begin their career.

Example of research activities include:

  • Reverse osmosis
  • Materials synthesis, characterization and failure prevention
  • Transport and separation processes
  • Computer-aided modeling, processing and control

In addition to chemical engineering internships, teaching assistantships are always available to graduate students, while research assistantships become available when faculty earn research grants.

Research Recap

Research is an essential element of chemical engineering at Florida Tech, on campus and while participating in chemical engineering internships. Florida Tech students work alongside faculty and fellow students in laboratories across campus to hone in on a variety of subfields, ensuring that their degree focuses on the topics that most interest them. Topics past graduates have chosen for research include:

  • Hydrogen vehicles
  • Alternative food production methods
  • Bioreactor development to produce micro-algae
  • Alternative hydrogen purification methods
  • Space exploration modeling
  • Materials processing and characterization

Graduate students have published their research from chemical engineering internships and research collaborations in leading journals such as:

  • Advances in Colloid and Interface Science
  • Chemical Engineering Journal
  • Journal of Chemical Physics

They also present research findings at leading chemical engineering conferences such as:

  • American Institute of Chemical Engineers (AIChE) National Meetings
  • Biennial Conference on Chemical Education
  • Biophysics Society Conference
  • Florida Academy of Sciences Conference
  • International Conference on Advanced Ceramics and Composites
  • International Conference on Porous Media

State-of-the-Art Laboratories

Florida Tech graduate students pursue research in laboratories in the three F.W. Olin Buildings for engineering, physical sciences and life sciences/biology or The National Center for Hydrogen Research on campus. The recently developed Nanoscience-Nanotechnology Lab is valuable for course-related and research projects. Additionally, students have access to regional facilities including Florida Solar Energy Center, NASA Kennedy Space Center, or Cape Canaveral for chemical engineering internships or special research projects.

American Institute of Chemical Engineers (AIChE)

The American Institute of Chemical Engineers is the largest organization of chemical engineering experts in the world. Membership in Florida Tech's student chapter exposes students to a wealth of knowledge including groundbreaking research and access to well-respected thought-leaders in the field.

How will a master's degree benefit my Chemical Engineering career?

Careers in chemical engineering are very diverse and this is one of the main advantages to a degree in the field. Chemical engineers have a role in just about every industry and can collaborate with other scientists and engineers, including medical doctors in biomedical applications.

Because of this, a high demand exists for chemical engineers in the marketplace. Over the last 100 years, chemical engineers have been integral in the advances of products and services such as fuel refining, water supply distribution, environmental protection, innovations in food processing and packaging, nuclear technologies, alternative fuels, space technology and exploration, microchips and so much more.

Career Outlook

Graduates with a master's in chemical engineering find careers in energy, electronics, food and clothing, healthcare, biotechnology and industry. Employers that have hired Florida Tech graduates include NASA, Kraft Foods, Pfizer, IBM, Mobil and more.

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, employment of chemical engineers is projected to grow through 2020. Employment in the manufacturing sector is projected to grow at a moderate pace, while the new market segments of nanotechnology, alternative energy and biotechnology are projected to have higher employment. Food production, aerospace and pharmaceutical are other industries with job opportunity. Check the handbook for complete information on careers in chemical engineering.

Career Specialization

Specializations for the master's in chemical engineering degree creates subject matter experts in topics that align with career goals including:

  • Environmental engineering

  • Materials synthesis

  • Computer-aided modeling

  • Processing and control

  • Processing and characterization

  • Hydrogen and fuel cell technology

  • Transport and separation processes

  • Biomaterials and tissue engineering

Career Options

Careers in chemical engineering include:

  • Chemical Engineer
  • Biomedical Engineer
  • Chemical Technician
  • Chemist
  • Product Development Engineer
  • Process Engineer
  • Materials Scientist
  • Nuclear Engineer
  • Research Engineer
  • Petroleum Engineer

Potential Employers

Past graduates have found positions with the following organizations:

  • NASA
  • Lockheed Martin
  • Kraft Foods
  • Tropicana
  • Pfizer
  • Procter & Gamble
  • IBM
  • Intersil
  • Baker Hughes
  • Mobil
  • BP
  • Environmental Protection Agency