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Masters of Science in Engineering: Concentration in Chemical Engineering

Typical Schedule

| Chemical Sciences Option | Environmental Option |

Option: Chemical Sciences
Mathematics Component: (6 Semester Hours)

  • Mathematics 515—Applied Mathematics for Science and Engineering I (3)

one course selected from:

  • Mathematics 516—Applied Mathematics for Science and Engineering II (3)
  • Mathematics 518—Advanced Numerical Methods (3)
Electives selected from: (6 Semester Hours)
  • Engineering 430—Chemical System Design (3)
  • Engineering 432—Chemical Operations I (3)
  • Engineering 433—Chemical Operations II (3)
  • Engineering 434—Chemical Kinetics and Reactor Design (3)
  • Engineering 436—Thermal Component Design (3)
  • Engineering 438—Advanced Fluid Dynamics (4)
  • Chemistry 443— Instrumental Analysis (4)
  • Engineering 558—Advanced Engineering Economy (3)
  • Chemistry 475—Polymer Chemistry (2)
Specialty: (16 Semester Hours)
  • Engineering 532—Advanced Thermodynamics (4)
  • Engineering 534—Transport Phenomena (4)
  • Engineering 536—Mass Transfer Operations (4)
one course selected from:
  • Engineering 526—Water and Wastewater Treatment Systems (4)
  • Engineering 528—Air Pollution Control Systems (4)
  • Engineering 578—Microprocessor Applications (4)
Research:* (6 Semester Hours)
  • Engineering 599r—Thesis (2-4)
Total: 34 Semester Hours

*With approval of the Engineering Graduate Committee, students who do full-time engineering work in industrial or governmental organizations may substitute six hours of approved 500-level courses plus Engineering 590 Engineering Project (3) for Engineering 599r Thesis (6).

Option: Environmental
Mathematics Component: (6 Semester Hours)

  • Mathematics 515—Applied Mathematics for Science and Engineering I (3)

one course selected from:

  • Mathematics 516—Applied Mathematics for Science and Engineering II (3)
  • Mathematics 518—Advanced Numerical Methods (3)
Electives selected from: (6 Semester Hours)
  • Engineering 430—Chemical System Design (3)
  • Engineering 432—Chemical Operations I (3)
  • Engineering 433—Chemical Operations II (3)
  • Engineering 434—Chemical Kinetics and Reactor Design (3)
  • Engineering 436—Thermal Component Design (3)
  • Engineering 438—Advanced Fluid Dynamics (4)
  • Chemistry 443— Instrumental Analysis (4)
  • Engineering 558—Advanced Engineering Economy (3)
  • Chemistry 475—Polymer Chemistry (2)
Specialty: (16 Semester Hours)
  • Engineering 532—Advanced Thermodynamics (4)
  • Engineering 534—Transport Phenomena (4)
  • Engineering 536—Mass Transfer Operations (4)
one course selected from:
  • Engineering 526—Water and Wastewater Treatment Systems (4)
  • Engineering 528—Air Pollution Control Systems (4)
  • Engineering 578—Microprocessor Applications (4)
Research:* (6 Semester Hours)
  • Engineering 599r—Thesis (2-4)
Total: 34 Semester Hours

*With approval of the Engineering Graduate Committee, students who do full-time engineering work in industrial or governmental organizations may substitute six hours of approved 500-level courses plus Engineering 590 Engineering Project (3) for Engineering 599r Thesis (6).