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Bachelor of Science, Engineering

Administrator: Engineering Program Director

Requirements: 91-94 credits including 56 in engineering. 
ENGR1010. Introduction to Engineering (3) 
ENGR1050. Engineering Graphics and Design (3)
ENGR2100. Engineering Statics (3)
ENGR2200. Digital and Computer Systems (3); and,
ENGR2200L. Digital and Computer Systems Laboratory (1)
ENGR2210. Electrical Circuits (3); and,
ENGR2210L. Electrical Circuits Laboratory (1)
ENGR2310. Instrumentation and Measurements Lab I (1)
ENGR2320. Instrumentation and Measurements Lab II (1)
ENGR3100. Mechanics of Materials (3)
ENGR3110. Engineering Thermodynamics (3)
ENGR3120. Engineering Dynamics (3)
ENGR3400. Control Systems (3); and
ENGR3400L. Control Systems Laboratory (1)
ENGR3410. Engineering Economics and Ethics (3)
ENGR4971. Senior Design Project I (2) 
ENGR4972. Senior Design Project II/Capstone (2) 
MATH2510. Calculus I (4)
MATH2520. Calculus II (4) 
MATH3530. Calculus III (4)
MATH3540. Differential Equations (4) 
MATH4240. Probability and Statistics I (3)
PHYS2110. Physics for Science and Engineering I (3); and,
PHYS2110L. Physics for Science and Engineering I Laboratory (1)
PHYS2120. Physics for Science and Engineering II (3); and,
PHYS2120L. Physics for Science and Engineering II Laboratory (1)
CHEM2230. General Chemistry for Engineering Students (3); and,
CHEM2230L. General Chemistry for Engineering Students Laboratory (1)
COMP2220. Computer Programming (3); and,
COMP2220L. Computer Programming Laboratory (1)
 
Student must complete one of the following concentrations:

Agricultural Engineering Concentration

          COMP3230. Introduction to Spatial Analysis (3)          
          ENGR4100. Fluid Mechanics (3)
          ENGR4110. Machine Design (3)
          ENGR4120. Advanced Mechanical Engineering Laboratory (1)
          ENGR4130. Mechatronics (3); and,
          ENGR4130L. Mechatronics Laboratory (1)
          ENGR4140. Vibrations (3)
          ENGR4170. Agricultural Automation (3)

Computer Engineering Concentration
COMP2630. Computer Architecture (3)
COMP2750. Data Structures (3)
COMP3430. Operating Systems (3)
COMP3630. Networks and Data Communications I (3)
ENGR4210. Electronics (3); and,
ENGR4210L. Electronics Lab (1)
ENGR4230. Embedded Systems (3); and,
ENGR4230L. Embedded Systems Lab (1)
 
Electrical Engineering Concentration 
ENGR4210. Electronics (3); and,
ENGR4210L. Electronics Laboratory (1)
ENGR4220. Signal Processing (3)
ENGR4230. Embedded Systems (3); and,
ENGR4230L. Embedded Systems Lab (1)
ENGR4260. Communication Systems (3)
ENGR4250. Electromagnetic Theory (3)

Mechanical Engineering Concentration
ENGR4100. Fluid Mechanics (3)
ENGR4110. Machine Design (3)
ENGR4120. Advanced Mechanical Engineering Laboratory (1)
ENGR4130. Mechatronics (3); and,
ENGR4130L. Mechatronics Laboratory (1)
ENGR4140. Vibrations (3)
ENGR4150. Heat Transfer (3)
 
Engineering Physics Concentration
ENGR4250. Electromagnetics (3)
ENGR4400. Experiment Design (3); and,
ENGR4400L. Experiment Design Lab (1)
PHYS3130. Modern Physics (3); and
PHYS3130L. Modern Physics Laboratory (1)
PHYS3410. Analytic Mechanics (3)
PHYS4810. Quantum Mechanics (3)

All engineering students are strongly encouraged to take and pass the Fundamentals of Engineering exam during one of their last two semesters before graduation.

In addition, Engineering Physics Concentration students must take the Physics Major Fields Examination in their last semester before graduation.