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Address: 2525 Pottsdamer St., Suite A166 Tallahassee, FL 32310
Phone: (850) 410-6149
Description of Major
Chemical engineering encompasses the development, application, and operation of processes in which chemical, biological, and/or physical changes of material are involved. The work of the chemical engineer is to analyze, develop, design, control, construct, and/or supervise chemical processes in research and development, pilot-scale operations, and industrial production. The undergraduate curriculum emphasizes the application of experimental and computer analysis to classical chemical engineering principles. This includes laboratory instruction in modern, state-of-the-art facilities in the transport phenomena, unit operations, and process control laboratories. Students are instructed in and utilize state-of-the-art computational programs such as Aspen. MATLAB, and COMSOL Multiphysics. In order to meet students interests in chemical engineering and related fields, elective courses are available in bioengineering, polymer engineering, materials engineering, electrochemical engineering, environmental engineering, and biomedical engineering. The majors in Chemical-Materials Engineering and Biomedical Engineering build upon the core classical chemical engineering principles developed initially for the original major in Chemical Engineering. Consult an advisor for specific requirements for the three major options.
The Accreditation Board for Engineering and Technology, Inc. (ABET) requires that all students graduating from an ABET-accredited program meet certain requirements. Completion of the A.A. degree will not meet these requirements. Prospective majors should select courses after consulting an advisor.
Students must complete the following prerequisites required for admission in preparation for the upper division major. Students are encouraged to complete these in the freshman and sophomore years. All may also apply to other requirements.
MAC X311 (4) Calculus I
MAC X312 (4) Calculus II
MAC X313 (4-5) Calculus III
MAP X302 (3) Ordinary Diff. Equations or MAP X305. (FSU students must instead take ECH 3301 (4) Intro. to Process Analysis and Design)
CHM X045, X045L (3,1) General Chemistry I and Lab
CHM X046, X046L (3,1) General Chemistry II and Lab
PHY X048C (5) General Physics A with Lab
PHY X049C (5) General Physics B with Lab
Strongly recommended: BSC X010 (3) Biological Science I
Note: State-wide common prerequisites are always under review. For the most current information and for acceptable alternative courses, visit the “Common Prerequisites Manual.” This is available from the “Student Services” section of http://www.flvc.org .
Pre-Engineering Program Requirements:
All students are placed in a Pre-Major Engineering code until all of the prerequisites have been completed. Students must earn a grade of "C" or better on the first attempt of the courses designated in our Pre-Engineering curriculum (Calculus I, Calculus II, General Physics I with calculus*, Pre-Engineering Lab) at any institution attended. One repeated attempt out of all pre-engineering courses is permitted. (* students who wish to major in Chemical or Biomedical Engineering shall replace Physics I with General Chemistry I for their Pre-Engineering sequence).
Requirements for Progression to the Upper-Division:
To be admitted, students must complete at least 52 hours of credit with an FSU GPA of a 2.00, including at least one-half of the required hours in the General Education program, including all of the Area I English and math. In addition, the following requirements must be met: a grade of 'C' or better in EGN1004L, MAC2311, and one other pre-engineering course. Students must not be in violation of the pre-engineering program requirements.
Students wishing to transfer into the FAMU-FSU College of Engineering must meet the following criteria:
• Must earn a grade of "C" or better on the first attempt of the courses designated in the Pre-Engineering curriculum (Calculus I, Calculus II, General Physics I with calculus*, Pre-Engineering Lab) at any institution attended. One repeated attempt out of all pre-engineering courses is permitted. (* students who wish to major in Chemical or Biomedical Engineering shall replace Physics I with General Chemistry I for their Pre-Engineering sequence).
• Transfer students who have one grade below 'C' in the pre-engineering courses, must have already completed all pre-engineering courses (excluding Pre-Engineering Lab).
• Transfer students who will earn an AA or have more than 60 hours of transfer credit prior to enrollment at the College must have completed at least Calculus I. It is strongly preferred that AA transfer students have the majority of the pre-engineering courses completed before arriving (excluding Pre-Engineering Lab).
Major Program of Studies at FSU: (110 hours)
The prepared, motivated student with proper high school preparation can complete a Chemical Engineering degree in four to five years by taking a course load averaging 15-18 hours each semester supplemented by taking courses during summer terms. Some students may require additional terms to complete the program. A student with superior training may gain advanced placement through programs for acceleration (credit by exam, high school dual-enrollment). Students may choose to specialize in any of the three majors through the selection of Advanced Chemistry and Engineering electives. Biomedical Engineering majors must complete additional coursework. Visit the current departmental curriculum guide: http://www.eng.fsu.edu/cbe/undergraduate/ .
Math/ Basic Science: (38 hours)
MAC 2311 (4) Calculus I
MAC 2312 (4) Calculus II
MAC 2313 (5) Calculus III
ECH 3301 (4) Introduction to Process Analysis and Design
CHM 1045, 1045L (3,1) General Chemistry I and Lab
CHM 1046, 1046L (3,1) General Chemistry II and Lab
BSC 2010 (3) Biological Science I
PHY 2048C (5) General Physics A with Lab
PHY 2049C (5) General Physics B with Lab
Advanced Chemistry: (Chemical and Chemical-Materials Majors 12 hours; Biomedical Majors 9 hours)
CHM 2210 (3) Organic Chemistry I
CHM 2211 (3) Organic Chemistry II
CHM 4410 (3) Physical Chemistry I
CHM 3/4XXX or BCH 4XXX (3) Advanced Chemistry Elective (not required for Biomedical Engineering majors)
General Engineering: (Chemical and Chemical-Materials Majors 8 hours; Biomedical Majors 5 hours)
EGN 1004L (1) First Year Engineering Lab
EGM 3512 (4) Engineering Mechanics
EEL 3003 (3) Introduction to Electrical Engineering (not required for Biomedical Engineering majors)
Chemical Engineering Science and Design: (48 hours)
ECH 3023 (3) Mass and Energy Balances I
ECH 3024 (4) Mass and Energy Balances II
ECH 3101 (3) Chemical Engineering Thermodynamics
ECH 3266 (3) Transport Phenomena I
ECH 3274L (3) Transport Phenomena Lab
ECH 3418 (3) Separations Processes
ECH 3854 (4) Chemical Engineering Computations
ECH 4267 (3) Transport Phenomena II
ECH 4323 (3) Process Control
ECH 4323L (1) Process Control Lab
ECH 4404L (3) Unit Operations Lab
ECH 4504 (3) Kinetics and Reactor Design
ECH 4604 (4) Chemical Engineering Process Design I
ECH 4615 (3) Chemical Engineering Process Design II
ECH 4XXX or BME 4XXX (6) Chemical Engineering Electives (3 for Biomedical Engineering)
Biomedical Engineering Majors Only:
In addition to the above, Biomedical Engineering majors must complete
BME 3009 (3) Introduction to Biomedical Engineering
BME 4403C, 4404C (3, 3) Quantitative Anatomy and Systems Physiology I and II
Computer Skills Competency: (0 hours beyond major)
ECH 3854 (4) Chemical Engineering Computations meets this requirement for the major.
Oral Communication Competency: (0 hours beyond major)
Students must demonstrate the ability to orally transmit ideas and information clearly. The required course ECH 3274L (3) Transport Phenomena Lab meets the FSU Oral Communications Competency requirement.
Minimum Program Requirements - Summary
Total Hrs. Required 131
General Education 36*
Major Coursework 110*
Minor Coursework 0
Computer Skills 0 beyond other requirements
Oral Communication Competency 0 beyond other requirements
*Note: Engineering students satisfy the natural science and the mathematics area requirements of General Education through coursework in the Engineering Core. Students not prepared to begin mathematics with Calculus I (MAC 2311) will need to take additional prerequisite hours in mathematics: MAC 1105, 1114, and/or 1140. All students should take the math placement test (ALEKS) to determine proper placement.
Mapping is FSU’s academic advising and monitoring system. Academic progress is monitored each Fall and Spring semester to ensure that students are on course to earn their degree in a timely fashion. Transfer students must meet mapping guidelines to be accepted into their majors. You may view the map for this major at www.academic-guide.fsu.edu/.
1. A minimum of 45 hours at the 3000 level or above, 30 of which must be taken at this University.
2. Half of the major course semester hours must be completed in residence at this University.
3. The final 30 hours must be completed in residence at this University.
Salary Information: National Association of Colleges and Employers; U.S. Bureau of Labor Statistics, Occupational Outlook Handbook
Representative Job Titles Related to this Major: Chemical Engineer, Petroleum Engineer, Environmental Engineer, Biomedical Engineer, Biochemical Engineer, Design Engineer, Food Engineer, Development Engineer, Polymer Engineer, Project Engineer, Process Engineer, Research Engineer, Materials Engineer.
Representative Employers: The work of the chemical engineer is to analyze, develop, design, control, construct, and/or supervise chemical processes in research and development, pilot-scale operations, and industrial production. The graduate in chemical engineering is particularly versatile. Industrial work may involve the production, operation, or research departments of chemical or allied plants, such as inorganic chemicals (e.g., acids, alkalis, pigments, fertilizers), organic chemicals (e.g., petroleum, petrochemicals, polymers, fuels, propellants, plastics, pharmaceuticals, specialty chemicals), biological products (e.g., enzymes, vaccines, biochemicals, biofuels), materials (e.g., ceramics, polymeric materials, paper, biomaterials), and foods. Employment is also available in the technical service, process improvement, or environmental compliance sections of such industries. Graduate education in chemical engineering, biomedical engineering, medical school, dental school, business school, law school, and other science or engineering disciplines are viable alternatives for the more accomplished graduate. Research and development work or policy analysis at governmental agencies, and university/college teaching are other employment options.
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