Technical Electives

The degree plan includes a set of four courses that comprise the technical area option, two of which must be in chemical engineering, a chemistry elective that includes a laboratory, and an advanced mathematics, physics, chemistry or biology elective. These electives total 19 credit hours.

The technical courses should be selected in consultation with a faculty advisor and must be approved by the undergraduate advisor if they do not appear on the lists published in the Course Catalog. The courses listed do not constitute an exclusive list but illustrate the types of courses that are generally suitable.

Architectural Engineering
ARE 323K Project Management and Economics

Biology
BIO 320 Cell Biology
BIO 325 Genetics
BIO 226R General Microbiology: Microbial Cell Structure and Genetics
BIO 226S General Microbiology: Microbial Physiology and Ecology
BIO 339 Metabolism and Biochemistry of Microorganisms
BIO 365R Vertebrate Physiology I
BIO 365S Vertebrate Physiology II

Civil Engineering
CE 341 Introduction to Environmental Engineering
CE 342 Water and Wastewater Treatment Engineering
CE 346K Hazardous Waste Management
CE 364 Design of Wastewater and Water Treatment Facilities
CE 369L Air Pollution Engineering
CE 370K Environmental Sampling and Analysis

Chemistry
CH 339K Biochemistry I
CH 339L Biochemistry II
CH 354 and 154K Physical Chemistry and Laboratory
CH 354L and 154K Physical Chemistry and Laboratory
CH 367L Macromolecular Chemistry
CH 370 Physical Methods for Biochemistry
CH 431 Inorganic Chemistry
CH 455 Fundamentals of Analytical Chemistry

Chemical Engineering
ChE 323 Chemical Engineering for Microelectronics
ChE 325L Cooperative Engineering
ChE 339 Introduction to Biochemical Engineering
ChE 340 Product and Process Development
ChE 341 Design for Environment
ChE 342 Chemical Engineering Economics and Business Analysis
ChE 355 Introduction to Polymer Engineering
ChE 356 Optimization: Theory and Practice
ChE 357 Technology and Its Impact on the Environment
ChE 376K Process Evaluation and Quality Control
ChE 377K Undergraduate Research Project
ChE 379 Topic: Cell and Tissue Engineering
ChE 679H Undergraduate Honors Thesis

Electrical Engineering
EE 339 Solid-State Electronic Devices
EE 370K Computer Control Systems
EE 374K Biomedical Electronics
EE 379K Topic: Statistical Quality Control

Mathematics
M 325K Discrete Mathematics
M 326K Foundations of Number Systems
M 427K Advanced Calculus for Applications I
M 427L Advanced Calculus for Applications II
M 328K Introduction to Number Theory
M 329W Cooperative Mathematics
M 333L Structure of Modern Geometry
M 439J Probability Models with Actuarial Applications
M 339U Actuarial Contingent Payments I
M 439V Actuarial Contingent Payments II
M 340L Matrices and Matrix Calculations
M 341 Linear Algebra and Matrix Theory
M 343K Introduction to Algebraic Structures
M 343L Applied Number Theory
M 344K Intermediate Symbolic Logic
M 346 Applied Linear Algebra
M 348 Scientific Computation in Numerical Analysis
M 349P Actuarial Statistical Estimates
M 349T Time Series and Survival-Model Estimation
M 358K Applied Statistics
M 360M Mathematics as Problem Solving
M 361 Theory of Functions of a Complex Variable
M 361K Introduction to Real Analysis
M 362K Probability I
M 362M Introduction to Stochastic Processes
M 364K Vector and Tensor Analysis I
M 364L Vector and Tensor Analysis II
M 365C Real Analysis I
M 365D Real Analysis II
M 367K Topology I
M 367L Topology II
M 368K Numerical Methods of Applications
M 372 Fourier Series and Boundary Value Problems
M 372K Partial Differential Equations and Applications
M 373K Algebraic Structures I
M 373L Algebraic Structures II
M 374 Fourier and Laplace Transforms
M 374G Linear Regression Analysis
M 374K Fourier and Laplace Transforms
M 474M Introduction to Mathematical Modeling and Industrial Mathematics
M 375C Conference Course (Computer-Assisted)
M 376C Methods of Applied Mathematics
M 378K Introduction to Mathematical Statistics
M 379H Honors Tutorial Courses

Mechanical Engineering
ME 335 Probability and Statistics for Engineers
ME 348D Introduction to Mechatronics II
ME 353 Engineering Economic Analysis
ME 354 Biomedical Engineering
ME 366L Operations Research Models