Russ College of Engineering and Technology1997-98

Chemical Engineering Degree Program

Bachelor of Science in Chemical Engineering

Major code BS7251

The chemical engineering curriculum is planned so that its graduates are familiar with the techniques used in analyzing and solving engineering problems associated with the chemical and related industries (petroleum, metallurgical, plastics, pollution, control, etc.). In addition, the program provides an excellent background for graduate study in engineering, science, business administration, law, or medicine.

Study in chemistry, mathematics, physics, and communication skills is emphasized. Courses in engineering fundamentals are introduced, followed by intensive work in engineering analysis and design. Emphasis is placed upon the application of principles from many fields of study to the solving of engineering problems. Computer solutions, safety, process control theory, economics, and similar topics are stressed. Electives permit you to pursue interests in humanities, social sciences, and technical areas.

Freshman

Fall

CHEM 151    Fund. of Chemistry I 5
MATH 263A   Calculus 4
INCO 103     Public Speaking1 4
ENG 151      English Composition 5

Winter

CHEM 152    Fund. of Chemistry II 5
MATH 263B   Calculus 4
CHE 100      Intro Chemical Engineering 1
             Soc. Sci. or Hum.2 8

Spring

CHEM 153    Fund. of Chemistry III 5
MATH 263C   Calculus 4
CHE 101      Approaches to Problem Solving 4
             Soc. Sci or Hum 2 4

Sophomore

Fall

CHEM 305    Organic Chemistry 3
MATH 263D  Calculus 4
PHYS 251    General Physics 5
CHE 331     Principles of Engr. Mat. 4

Winter

CHEM 306   Organic Chemistry 3
MATH 340   Differential Equations 4
PHYS 252   General Physics 5
CHE 200    Intro to Chem. Engr. I 4
CHE 418    Materials Lab 2

Spring

CHEM 303   Organic Chem. Lab 2
CHE 201     Intro to Chem. Engr. II 4
PHYS 253   General Physics 5
CHEM 307   Organic Chemistry 3
CE 301      Applied Mechanics 5

Junior

Fall

CHE 305    Thermo. I 4
CHE 400    Appl. Chem. Eng. Calc. 3
CHE 345    Unit Oper. I 5
CHEM 453   Physical Chemistry 3
ENG 305J   Junior Composition 4
            or other jr-level comp.4

Winter

CHE 306    Thermo. II 4
CHE 307    Kinetics I 3
CHE 346    Unit Oper. II 5
CHEM 454  Physical Chemistry 3
           Soc. Sci. or Hum2 4

Spring

CHE 308    Kinetics II 4
CHE 408    Engr. Experimental Dsgn. 3
CHE 347    Unit Oper. III 5
CHEM 459   Physical Chemistry 3
CHEM 456   Phys. Chemistry Lab 3

Senior

Fall

CHE 415   Lab III- Unit Oper. 3
CHE 442   Proc. Control 4
CHE 443   Design 5
EE 313     Basic Elec. Engr. I 3
          Soc. Sci or Hum.2 4

Winter

CHE 417   Lab V- Proc. Control 2
CHE 444   Design 4
          Soc. Sci. or Hum.2 4
          Technical Electives3 6

Spring

CHE 416   Lab IV-Unit Oper. 3
          Tier III requirement 4
          Technical Electives3 6

The program listed above contains 210 hours of courses for the degree.

May be taken in any order.
In general, courses outside the chemical engineering sequence can be taken at any time provided prerequisites have been met. A minimum of 24 hours must be taken in social studies and humanities, with at least 8 hours in each area (including the depth requirement described in "Humanities and Social Sciences Electives") and adherence to university General Education Requirements.
Minimum list available in departmental office. These are courses in the areas of engineering, chemistry, mathematics, physics, plant biology, microbiology, and geology. Minimum of three chemical engineering and nine additional CHE or other technical elective hours required.
Does not count toward ENT humanities.

University Publications and Computer Services revised this file (https://www.ohio.edu/~ucat/97-98/colleges/cheng.htm) August 24, 1998.

Please e-mail comments or suggestions to "ucat@www.ohiou.edu."