This program provides a foundation in mechanical, electrical, and industrial engineering and technology. The coursework within the program comprises a technical core covering engineering and computer science topics, aimed at preparing students for real‑world applications, as well as a focus area in industrial and systems engineering or electrical engineering, for a comprehensive curriculum of modern engineering design skills.
APCS 201 – Programming Fundamentals
2 Credit hours
Concepts of structured programming including control structure design – sequence, selection, iteration and method call; concepts of data abstraction including primitive data types, strings, arrays, library objects and files. Laboratory experience emphasizing application development.
Prerequisite: LDRS 105
APCS 206 – Object Oriented Programming
2 Credit hours
Concepts of object-oriented programming including the use of objects and the design of classes including inheritance. Also covers algorithm development including searching, sorting and recursion. Laboratory experience emphasizing application development.
Prerequisite: C- or higher in APCS 201
APCS 220 – Computer Organization & Digital Circuits
3 credit hours
Introduction to the fundamental principles of digital logic analysis & design, computer organization, and digital communication. Includes logic elements, asynchronous logic, microprocessors, computer architecture, assembly language programming, and operating systems. Open labs. Lab fee required.
Prerequisites: MATH 211 and either MATH 140 or 241; LDRS 105
(APCS 201 or INDU 333 strongly recommended)
APCS 345 – Numerical Analysis Methods
3 credit hours
Techniques for curve fitting, interpolation, numerical differentiation and integration; solutions of equations and systems of linear equations; polynomial approximation; error analysis, statistics and eigenvectors. Emphasis on the development of mathematical algorithms and data analysis techniques for solving problems encountered by engineers and scientists. Some solutions will be implemented in a programming environment such as MATLAB or C/C++.
Prerequisites: MATH 241 and APCS 201
ENGR 100 – Introduction to Engineering
1 credit hour
Introduces various aspects of engineering academics and professions ranging from academic coursework, careers, industries, opportunities, and expectations of engineers as professionals. The course also involves team work, communication skills, engineering ethics, creativity and engineering problem-solving activities involving hands-on projects. Offered every spring semester.
Prerequisite: LDRS 100
ENGR 101 – Engineering Graphics I
3 credit hours
Introduction to solid modeling with Autodesk Inventor. Students will utilize the software to create parts, fully dimensioned drawings, assemblies, and presentations. Students will produce a complete set of professional quality working drawings. Offered every fall.
ENGR 102 – Engineering Graphics II
3 credit hours
Introduction to 2D drawing using AutoCAD. Will include orthographic projections, dimensioning, tolerancing, sections, auxiliaries, fasteners, and pictorials. Students will produce a complete set of professional quality working drawings.
ENGR 125 – Industrial Manufacturing Processes
3 credit hours
Industrial Manufacturing processing involving hand and machine operations. Planning, measurement, and precision layout.
INDU 215 – Materials & Processes
3 credit hours
Foundations for using technology responsibly. Materials and processes used in manufacturing, including computer integration and productivity. Discovering and developing creative design capabilities.
ENGR 327 – Engineering Thermodynamics
3 credit hours
Introduction to the principles of work, energy and the physical properties of engineering fluids including temperature, pressure, internal energy, enthalpy, specific heat and entropy. The first and second laws of thermodynamics will be studied and used to analyze various thermodynamic processes common in engineering practice. The non-flow energy equation, continuity equation, Bernoulli’s equation and steady flow energy equation will be introduced. Calculations will also involve the ideal gas law, gases, and gas mixtures, steam and non-ideal gases.
Same as PHYS 327
Prerequisites: MATH 140/MATH 241 and PHYS 202/212
ENGR 341 – Statics
3 CREDIT HOURS
An introduction to the principles of engineering statics and the laws of equilibrium. Mathematical analysis of forces and moments acting on machine elements, frames and trusses at rest or in non-accelerated motion. The concepts of free body diagrams, inertia, friction and moment diagrams are introduced to help analyze multiple force systems. Classroom concepts will be applied to actual industrial problems to develop a method of problem evaluation and final solution.
Same as PHYS 341
Prerequisites: PHYS 201/211, MATH 241
ENGR 342 – Dynamics & Kinematics
3 credit hours
An introduction to the principles of engineering dynamics, including particle position, displacement, velocity and acceleration. Newton’s laws will be used to evaluate the forces required to produce desired motions, velocities and accelerations of machine elements. Concepts of work, kinetic energy, impulse, momentum and the conservation of energy will be introduced and applied in the analysis of actual industrial problems.
Same as PHYS 342
Prerequisite: ENGR 341
ENGR 343 – Mechanics of Materials
3 credit hours
An introduction to the concept of internal stresses in machine elements resulting from applied external force systems. Mathematical analysis of tension, compression, torsional and flexure stresses in machine elements and pressure vessels. Introduction and mathematical analysis of strain and deflections resulting from external forces. Classroom concepts will be applied to actual industrial problems to develop a method of problem evaluation and resolution.
Same as PHYS 343
Prerequisite: ENGR 341
INDU 227 – Electrical Energy & Circuits
4 credit hours
Scientific theory of magnetism and electricity. An introduction to the generation and distribution of electrical energy. Application of Ohm’s Law and Watt’s Law to DC & AC circuits containing resistors, and/or capacitors, and/or inductors in series, parallel, and series/parallel combinations. Laboratory includes use of test equipment, breadboarding and troubleshooting of basic DC & AC circuits, and an introduction to residential wiring. Also includes units on Programmable Logic Controllers, basic electronics, and the construction of an individual project. Lab fee required. Offered every fall.
Same as PHYS 227
Prerequisite: MATH 102 or MATH 120
INDU 350 – Manufacturing and Entrepreneurialism
3 credit hours
Operating a manufacturing enterprise; organization, methods, production planning and control, purchasing, quality control, sales, personnel, costs, and financing. Development of a consumer product from initial concept through marketing distribution. Lab fee required. Offered fall of even years.
Prerequisites: ENGR 101, ENGR 125
MATH 211 – Discrete Mathematics
3 Credit hours
Finite math for computer science majors stressing an algorithmic approach. Topics include Boolean algebra, number base conversions, binary arithmetic, matrices and determinants, graph theory, functions, and recursion.
Prerequisite: MATH 140 or equivalent
MATH 241 – Calculus I
4 Credit hours
Limits, continuity, implicit and explicit differentiation, extrema, increasing and decreasing functions, concavity, differentials, antiderivatives, basic integration theory (Riemann sums), and integration by substitution.
Prerequisite: MATH 140 or equivalent
Must take General Physics or College Physics
PHYS 201 – General Physics I
4 credit hours
Solid mechanics including kinematics, dynamics and statics; fluid mechanics, waves, periodic motion, sound, and light with algebra and trigonometry applications. Three lectures and one laboratory session per week.
Prerequisite: MATH 140 or consent of instructor
PHYS 202 – General Physics II
4 credit hours
Heat transfer, thermodynamics, magnetism; electricity including resistance, capacitance, inductance, series and parallel combinations, DC and AC circuits; electromagnetic waves, atomic structure and modern physics with algebra and trigonometry applications. Three lectures and one laboratory session per week.
Prerequisite: PHYS 201
PHYS 211 – College Physics I
5 credit hours
Solid mechanics including kinematics, dynamics and statics; fluid mechanics, waves, periodic motion, sound and light with vector and calculus applications. Three lectures, one laboratory session, and one problem-solving session per week.
Prerequisite: MATH 241 or consent of instructor
PHYS 212 – College Physics II
5 credit hours
Heat transfer, thermodynamics, magnetism; electricity including resistance, capacitance, inductance, series and parallel combinations, DC and AC circuits; electromagnetic waves, atomic structure and modern physics with vector and calculus applications. Three lectures, one laboratory session, and one problem-solving session per week.
Prerequisite: PHYS 211
Must take 1 of the options
357 – Internship
1-6 credit hours
Extensive work experience in an area related to student’s major field of concentration under the direct supervision of a regular faculty member and an on-site work supervisor. Approval of the faculty member, work supervisor, and division chair must be secured in advance of registration. This course may be taken more than once, for up to a total of 6 hours maximum credit per declared major. University guidelines specify a student must perform a minimum of 40 hours of meaningful work per credit hour earned. The division chair will oversee all internships credits.
MATH 390 – Professional Development Seminar
2 credit hours
Readings and discussion of professional and ethical issues; preparation of an individual’s professional portfolio. Participation in a professional meeting and presentation of a paper based on original research and/or ideas encountered at the meeting. May be substituted for APCS/INDU/MATH/PHYS 357.
Same as APCS/INDU/PHYS 390
Prerequisite: Junior standing in MATH or consent of instructor
Select 3 from the following
APCS 116 – Geographic Information Systems
3 credit hours
Introduction to terminology, concepts, applications, data acquisition, trends, and careers in Geographic Information Systems (GIS), computer-based mapping software. Includes an overview of related technologies, such as Global Positioning Systems (GPS) and Remote Sensing (RS), as well as hands-on use of GPS and GIS to explore the creation, management, analysis, and mapping of geospatial data across various disciplines, including environment, conservation, business, agriculture, government, transportation, public safety, recreation, Science and technology. Includes a community project using geospatial applications.
APCS 265 – Systems Analysis & Design Methods
3 credit hours
Emphasis on structured analysis & design including the systems development life cycle and agile methodologies. Includes fact finding techniques, data flow diagrams, entity/relationship diagrams, case tools, feasibility analysis, input/output design, user interface design, prototyping, file and database design.
Same as BUSI 265
Prerequisites: LDRS 105 and either APCS 201 or BUSI 130
or consent of the instructor
ENGR 260 – Introduction to Engineering Design
2 credit hours
Fundamentals of the engineering design process in various fields of engineering. Course will focus on design, research and analysis, teamwork, communication methods, engineering standards, and technical documentation. Course will also employ modem computer tools to aid in engineering design, analysis and problem solving.
Prerequisites: ENGR 100,101, APCS 201, MATH 241, PHYS 211
INDU 223 – Welding Technology
4 credit hours
AC & DC flat position shielded metal arc welding (SMAW), GTAW, GMAW, and resistance welding, cutting, and flame spraying. Welding equipment, materials, supplies, and safety. Lab fee required. Offered spring of odd years.
Prerequisite: ENGR 125
INDU 226 – Industrial Metal Processing
4 credit hours
Production of metal products involving hand and machine operations utilizing sheet, cast, and machined metals. Precision layout and measurement stressed. Efficiency, production planning, inventory control, and costing. Lab fee required. Offered spring of even years.
Prerequisite: ENGR 125
INDU 315 – Industrial Plastics
3 credit hours
Industrial processing of plastics; design, tooling, equipment, and processes. Lab fee required. Offered fall of odd years.
Prerequisite: ENGR 125
INDU 329 – Advanced Solid Modeling
3 credit hours
Solid modeling with Autodesk Inventor used to create advanced sweeps, blends, patterns, family tables, rounds, drafts, animations, and assemblies. Includes an original group design project. Desktop publishing software is used to import Creo graphics to develop a marketing brochure. Offered fall of even years. Previously called Graphics.
Prerequisites: ENGR 101, LDRS 105
INDU 333 – Industrial Electronics
4 credit hours
Scientific theory of semiconductors. An introduction to circuits using diodes, transistors, and op-amps. Exploration of the use of transducers to interface mechanical, fluid, electrical, and thermal systems with emphasis placed on industrial automation and control. Laboratory activities include breadboarding and troubleshooting basic circuits, use of Programmable Logic Controllers, and various forms of electric motor controls. Construction of individual and group projects including original design of a printed circuit board is encouraged. Lab fee required. Offered spring of even years.
Same as PHYS 333
Prerequisites: INDU 227 or PHYS 202/212
INDU 216 – Automated Manufacturing Processes
4 credit hours
Programming and operating Computer Numerical Controlled (CNC) equipment. Includes manual, conversational, and computer aided programming. Covers tool selection, speed and feed rates, fixturing considerations, setup sheets, and an introduction to robotics. Lab fee required. Offered spring of odd years.
Prerequisites: ENGR 101, ENGR 125
INDU 346 – Alternate Energy
3 credit hours
Exploration of alternatives (solar, wind, nuclear, geothermal, ocean thermal, biomass, conservation, and others) to presently used nonrenewable energy sources. Includes numerous field trips as well as the design and construction of a group alternate energy project. Emphasis placed on the analysis of the consequences associated with various energy paths. Lab fee required. Offered spring of odd years.