ABOUT ENGINEERING AT OLE MISS | STUDENTS | DEPARTMENTS | FACULTY/STAFF
RESEARCH | ALUMNI | VISITORS | CONTACT | HOME
You may also be interested in...
Bachelor of Science in Chemical Engineering  <-- Catalog  <-- Students  <-- Home
Information for Current Students, or prospective Undergraduate, Graduate, or Transfer students.

Catalog for The School of Engineering

Bachelor of Science in Chemical Engineering

The undergraduate curriculum in chemical engineering provides the student with a fundamental knowledge of chemical engineering science to prepare graduates for a variety of careers in industry and government, or for advanced study in engineering, business or professional school.

Program Goals

The goals of the Department are consistent with and an outgrowth of the academic focus and goals of the University as a whole. Graduates from the Department of Chemical Engineering of the University of Mississippi are:

  1. Globally competitive in the professional world.
  2. Prepared for success in their chosen career or in continued education.
  3. Equipped with flexible problem solving skills to address complex issues in society.

Program Objectives

Graduates of the Chemical Engineering program can:

  1. Apply basic principles of math, science and engineering, and particularly of advanced chemistry, to identify, analyze, formulate, and solve a wide variety of engineering problems;
  2. Apply the core chemical engineering content (material and energy balances, thermodynamics, transport phenomena, separations and chemical reaction engineering) to analysis, problem solving, and design;
  3. Analyze and design safe and economic process systems using skills and tools appropriate at any phase, from synthesis through optimization and control to operability;
  4. Design and conduct experiments, and analyze and interpret technical data using modern experimental and computational techniques and tools;
  5. Communicate technical information through effective presentations, memoranda and reports;
  6. Contribute to the success of multi-disciplinary teams characteristic of today's workplace;
  7. Understand the professional and ethical responsibility of the engineer, the safety and environmental aspects of engineering decisions, and the impact of engineering solutions in the context of societal needs and contemporary issues;
  8. Continue their education and pursue new concepts through self-directed study.

TOTAL SEMESTER HOURS: 132


FIRST YEAR: 31 Semester Hours

Classes Semester Course Hours
  1st 2nd

English 101, 102 - English Composition 3 3
Mathematics 261, 262 - Unified Calculus and Analytic Geometry 3 3
Chemistry 105, 106, 115, 116 - General Chemistry; Laboratory 4 4
Chemical Engineering 103, 104 - Introduction to Chemical Engineering 1 1
Socio-humanistic/fine arts electives 3 6

SECOND YEAR: 34 Semester Hours

Classes Semester Course Hours
  1st 2nd

Mathematics 263, 264 - Unified Calculus and Analytic Geometry 3 3
Mathematics 353 - Differential Equations   3
Chemistry 221, 222, 225 - Organic Chemistry; Laboratory 4 3
Physics 211, 212, 221, 222 - Physics for Science, Engineering; Laboratory 4 4
Chemical Engineering 307, 308 - Chemical Process Principles I, II 2 2
Engineering 321 - Thermodynamics   3
Computer Science 251 - Programming for Engineering and Sciences 3  

THIRD YEAR: 33 Semester Hours

Classes Semester Course Hours
  1st 2nd

Engineering 310 - Engineering Analysis I 4  
Engineering 322 - Transport Phenomena 3  
Engineering 360 - Electric Circuit Theory   4
Chemistry 331, 332, 337 - Physical Chemistry; Laboratory 4 3
Chemical Engineering 345 - Engineering Economy   2
Chemical Engineering 317 - Process Fluid Dynamics and Heat Transfer   4
Chemical Engineering 421 - Chemical Engineering Thermodynamics 3  
Chemical Engineering 423 - Chemical Reactor Analysis and Design   3
Socio-humanistic/fine arts elective 3  

FOURTH YEAR: 34 Semester Hours

Classes Semester Course Hours
  1st 2nd

Engineering 309 - Introductory Mechanics   3
Engineering 361 - Electric Circuits Laboratory 1  
Chemical Engineering 411 - Senior Seminar 1  
Chemical Engineering 417 - Separation Processes 4  
Chemical Engineering 445, 446 - Chemical Engineering Laboratory I, II 2 2
Chemical Engineering 451, 452 - Plant Design I, II 3 3
Chemical Engineering 511 - Process Control   3
Chemistry, biology or engineering elective 3  
Socio-humanistic/fine arts elective 3 3
Engineering/science/mathematics elective   3

Last modified: March 17, 2005.
Copyright © 2006 The University of Mississippi. All rights reserved.
About UM Web | Comments, Suggestions, and Assistance