Chemical Engineer

What the work actually is

O*NET’s task statements for chemical engineers: develop safety procedures to be employed by workers operating equipment or working in close proximity to ongoing chemical reactions; troubleshoot problems with chemical manufacturing processes; evaluate chemical equipment and processes to identify ways to optimise performance or to ensure compliance with safety and environmental regulations; determine most effective arrangement of operations such as mixing, crushing, heat transfer, distillation and drying; and perform tests and monitor performance of processes throughout production.

⚠ Read that list again and notice what is first. The defining task of the profession is safety, and the second is troubleshooting a process that is already running. Students arrive expecting to design new plants; most chemical engineers spend their careers making an existing plant run better and more safely, which is harder and considerably more consequential.

Projected need

O*NET, on federal projections: 21,600 chemical engineers employed (2024), growth projected average, 3–4% through 2034, about 1,100 openings, median pay $125,040. A bachelor’s degree is the entry credential — 91% of employers surveyed require one.

⚠⚠ Put the pay next to the size and read both. The median is among the highest of any bachelor’s-level occupation. But 21,600 people is a small occupation — mechanical engineering is roughly fifteen times larger, civil roughly fourteen — and a small occupation means fewer employers, fewer postings, and far more sensitivity to where you are willing to live. This degree pays well and has narrow doors. That is the honest trade, and it should be made deliberately.

⚠⚠⚠ Where you can actually study it in Florida — three places

Federal completions data (IPEDS, CIP 14.0701, first-major bachelor’s degrees at Florida public institutions):

⚠⚠ Those are four institutions but three locations. Florida State and Florida A&M share the FAMU-FSU College of Engineering, a single joint college in Tallahassee — the only engineering college in the country operated by two universities together. Its chemical engineering students sit in the same classrooms and its course records are identical down to the title, which is why the two appear as a matched pair throughout the course list below. You apply to one university or the other and you attend the same college.

⚠⚠⚠ UCF and FIU award none

The two largest universities in Florida by enrolment — the University of Central Florida and Florida International University — do not award a chemical engineering degree. UCF carries no ECH course at all. FIU carries three as service and elective courses while awarding degrees in seven other engineering CIP codes.

⚠⚠ A student in Orlando or Miami cannot study chemical engineering at their own state university, and almost nothing a prospective student reads says so. It is the single most useful fact on this page: it is discovered late, it is expensive to discover late, and the remedy — planning a transfer to Gainesville, Tampa or Tallahassee from the start — is easy if it is planned and painful if it is not.

What to do if you are at a state college

The route works and is well travelled: complete the A.A. with the calculus, physics, general chemistry and organic chemistry sequences finished, then transfer into one of the three programmes. Organic chemistry is the part to get right — 29 Florida public institutions carry CHM2210 and CHM2211, so it is available almost everywhere, and it is the prerequisite most likely to be missing when a transfer application is assessed. ⚠ Nothing with an ECH prefix is offered below the junior year at any Florida institution, so there is no way to start the major early — and no need to.

⚠⚠ The Florida employment picture, stated honestly

Florida has no petroleum refineries. The oil, gas and petrochemical sector is the largest single employer of chemical engineers in the United States, and it is concentrated on the Texas and Louisiana Gulf Coast, not here. A graduate who wants refinery or petrochemical work will almost certainly leave the state, and it is far better to know that in the second year than in the final one.

What Florida does have is real and worth naming:

• Phosphate and fertiliser — central Florida is one of the world’s major phosphate districts, and Mosaic, headquartered in Tampa, is the largest chemical process employer in the state.
• Pharmaceutical and biotechnology manufacturing — growing, and the sector where the bioprocess electives pay off.
• Semiconductor and electronic materials — process engineering in fabs, which hires chemical engineers preferentially.
• Water and wastewater treatment, and environmental consulting — large in Florida for obvious reasons, and one of the few chemical engineering routes where the PE licence genuinely matters.
• Power generation, food and beverage processing, citrus and sugar processing, specialty chemicals, and aerospace propellants and life support on the Space Coast.

⚠ The practical consequence for course choice: the Florida-facing electives are the bioprocess, environmental, polymer and materials ones, not the petroleum ones — although the FAMU-FSU college carries ECH4803 Petroleum Science and Technology for students heading out of state.

⚠⚠ Two structural traps in the course numbering

UF numbers the transport sequence differently from everybody else

Transport phenomena is the analytical core of the degree, and Florida numbers it two ways:

⚠ Same material, two schemes, and no number in common. This matters to anyone transferring between Florida programmes mid-degree, which is uncommon but not rare. Send a topic list and a syllabus, not a course number — an evaluator matching on identifiers will find nothing to match.

⚠⚠⚠ One statewide prerequisite that resolves nowhere

ECH3854 Chemical Engineering Computations is carried by FAMU, FSU and USF. Its statewide prerequisite names three courses:

The explanation is visible in the numbers themselves: ECH3264 and CGS3460 are University of Florida numbering, and UF does not carry ECH3854. The prerequisite was contributed by an institution that does not teach the course. ⚠ It is recorded here because it is the clearest possible demonstration of a general rule this repository has learned the hard way: a statewide prerequisite is contributed by one institution and is not a promise about yours. Read the gate from your own catalogue, every time.

Licensure — the minority case, and where it is not

Most chemical engineers never become licensed. Process plants are covered by the industrial exemption, so manufacturing employers hire on the degree. ⚠⚠ But two Florida-relevant routes are the exception: environmental and water engineering consulting, where work is sealed for public clients and the PE is effectively mandatory, and any move into forensic or expert work.

⚠ Sit the FE examination in your final year regardless. It is inexpensive as a student, expensive to recreate later, and the chemical FE is written for exactly the curriculum you have just finished — it will never be easier than the term you graduate. Under s. 471.013(1)(a), Florida Statutes, an approved engineering curriculum needs four years of qualifying experience toward the PE.

⚠ Check ABET accreditation, and check it by name

All four Florida programmes are ABET-accredited under the Engineering Accreditation Commission, which is what makes graduates eligible for the standard four-year PE route and is what most employers screen on. Accreditation attaches to a named programme at a named institution, not to a course list — so verify the specific programme in ABET’s own search rather than assuming it from the university’s reputation.