B.S.E. COURSE DESCRIPTIONS

Numbers in parentheses at the end of course descriptions indicate (X-Y-Z) the number of lecture, discussion, and laboratory hours per week.

EGR 100 Introduction to Engineering

An introduction to engineering as a career. The major fields of engineering and the typical responsibilities of an engineer are introduced through the use of readings, discussion, hands-on learning activities, and field trips. (0-1-1). One credit. Offered fall semester.

EGR 101 Computer-Aided Design and Manufacturing

Introduction to the engineering design process using solid modeling and computer-aided manufacturing. Students work individually and in teams to design and build several products of increasing complexity using standard industry software and CNC milling machines. Graphical communication, 2D and 3D sketching, orthographic detail drawings, sectioning, dimensioning, tolerancing, and assembly drawings. Laboratory. Prerequisite: MTH 122 and 123 or college preparatory algebra and trigonometry. Corequisite: MTH 201. (2-0-3). Three credits. Offered fall and winter semesters.

EGR 103 Engineering Measurement and Analysis

An introduction to basic engineering measurement and analysis. Topics include measurement techniques and instrumentation, conduct of experiments, data analysis, statistical error analysis, uncertainty propagation, and mathematical methods in measurement. Students improve technical communication skills through formal laboratory reports and oral presentations. Laboratory. Prerequisite: MTH 201 with a grade of C or better and EGR 101 with a grade of C or better, or permission of instructor. Corequisite: WRT 150. (2-0-3). Three credits. Offered fall and winter semesters.

EGR 105 Product Design and Prototyping

Introduction to the fundamentals of product design and prototyping, including the safe use of hand and power tools commonly employed in engineering shop practice. Various exercises and short projects that involve the use of common tools and machines. Intended for students with little or no exposure to shop practice. Laboratory. Corequisite: MTH 122 and 123 or college preparatory algebra and trigonometry. (1-0-2). Two credits. Offered fall and winter semesters.

EGR 180 Special Topics in Engineering

Readings, lectures, discussions, or laboratories (or any combination) on specific engineering topics appropriate for freshman engineering students. Prerequisites: Variable depending on topic. One to four credits. Offered on sufficient demand.

EGR 209 Statics and Solid Mechanics

Topics include vector algebra, particle and rigid body equilibrium, centroids, moments of inertia, internal loads, friction, stress-strain diagrams, stress and strain due to axial and torsional loading, statically indeterminate axially and torsionally loaded members, thermal stresses, stress concentrations, column buckling, shear and bending moment diagrams. Prerequisite: MTH 202 and PHY 230. (4-0-0). Four credits. Offered fall and spring/summer semesters.

EGR 210 Solid Mechanics

Designed for transfer students who have had a statics course but not a solid mechanics course. Topics include stress-strain diagrams, generalized Hooke's law, stress and strain due to axial, torsional shear, and flexural loads. Prerequisite: Sophomore-level course in statics. (1-0-0). One credit. Offered fall semester.

EGR 214 Circuit Analysis I

The first of a two-course sequence in linear circuit analysis. Topics include Ohm's Law, Kirchhoff's Laws, node voltage and mesh current analysis, Thevenin's and Norton's Theorems, superposition, basic operation of diodes, transistors, operational amplifiers and transformers, capacitance, inductance, time-domain analysis of first order circuits. Laboratory. Prerequisite: EGR 103 and MTH 202. Corequisite: PHY 230. (3-0-3). Four credits. Offered fall and winter semesters.

EGR 226 Introduction to Digital Systems

A first course in the analysis and design of digital systems. Provides an introduction to digital systems and microcontroller programming, Boolean algebra, combinatorial and sequential logic, microprocessor architecture, C programming for microcontrollers. Laboratory. Prerequisite: EGR/CS 261. (3-0-3). Four credits. Offered fall and winter semesters.

EGR 250 Materials Science and Engineering

The internal structure, composition, and processing of metals, polymers, and ceramics are related to their properties, end use, performance and application in engineering. Materials selection exercises are included. Laboratory. Prerequisites: CHM 115 and PHY 234 or PHY 231. (3-0-3). Four credits. Offered winter and spring/summer semesters.

EGR 255 Materials for the Electrical Sciences

An introduction to the science of materials with an emphasis on applications in electrical engineering. The electrical, optical, mechanical and thermal properties of metals, ceramics and plastics are correlated with their atomic, molecular and crystalline structures. Prerequisites: CHM 115 and PHY 231. (3-0-0). Three credits. Offered winter semester.

EGR/CS 261 Structured Programming in C

An introduction to structured and modular software problem solving using C. Numerous programming assignments develop the practical skills necessary to ensure students are capable of writing, testing, debugging, and validating programs. Basic concepts in numerical methods techniques are introduced through assigned programming problems. A dual listing of CS 261. Corequisites: MTH 122 and MTH 123. (0-2-2). Three credits. Offered every semester.

EGR 280 Special Topics in Engineering

Readings, lectures, discussions, or laboratories (or any combination) on specific engineering topics appropriate for sophomore engineering students. Prerequisites: Variable depending on topic. One to four credits. Offered on sufficient demand.

EGR 289 Engineering Co-op Preparation

Introduces potential engineering cooperative education students to the industrial environment, the manufacture of quality products, and the basic principles of leadership. Helps students develop a better self-understanding through self-assessment and career development theory and prepares students for the co-op interview process. Prerequisite: EGR 103. Corequisites: EGR 209 and 226. (1-0-0). One credit. Offered fall semester.

EGR 290 Engineering Co-op 1

The first full-time, four-month cooperative engineering work experience usually in a local industrial/manufacturing firm. Reading, writing assignments required. At least one evening meeting required. Prerequisites: Acceptance into B.S.E. degree program, employability through standard interview process, EGR 289. Must have permission of the co-op director. Three credits. Offered spring/summer semester.

EGR 304 Creativity and Innovation

An exploration of creative processes that fosters development of new products and systems including the recognition of conditions and activities found in a creative climate. The balance between divergent thinking and judgment, the benefits and risks of creative behavior, and the nature of innovation and technological advancement are considered. Prerequisite: Completion of General Education Foundations Requirements. (3-0-0). Three credits. Offered winter semester.

EGR 309 Machine Design I

Topics include shear and bending stresses in beams, beam deflections, statically indeterminate beams, planar combined loading, triaxial stress and strain transformations, static failure theories, fatigue failure theories, surface failures, belt and chain drives, clutches and brakes, finite element analysis for planar loading, introduction to strain gages and rosettes. Laboratory. Prerequisite: EGR 209. (3-0-3). Four credits. Offered spring-summer semester.

EGR 312 Dynamics

Study of motion and the relationship between force, mass and acceleration for particles and rigid bodies. Work-energy and impulse-momentum concepts. Prerequisite: EGR 209. (3-0-0). Three credits. Offered fall semester.

EGR 314 Circuit Analysis II

Continuation of EGR 214. Topics include: first- and second-order system transient analysis, Laplace transform analysis, sinusoidal steady state analysis, Bode plots, resonance, first- and second-order filters, Fourier series, and use of computer-aided design software. Laboratory. Prerequisites: EGR 214 and MTH 302. (3-0-3). Four credits. Offered fall semester.

EGR 315 Electronic Circuits I

The design of discrete and integrated electronic circuits. Topics include large and small signal modeling of diodes, bipolar junction transistors, and MOS transistors. Biasing, small and large signal amplifier design, feedback, oscillators, and the use of computer-aided design software. Laboratory. Corequisite: EGR 314. (3-0-3). Four credits. Offered fall semester.

EGR 316 Electronic Circuits II

A continuation of EGR 315. Topics covered include Bode plots, frequency response of transistor circuits, differential amplifiers, multistage amplifiers, power amplifiers, operational amplifier structures and design, feedback and its implementation, active filters, oscillators, and use of computer-aided design software. Laboratory. Prerequisite: EGR 315. (3-0-3). Four credits. Offered spring/summer semester.

EGR 323 Signals and Systems Analysis

A course in the engineering applications of transform methods. The processing of analog and digital signals is discussed, as well as the analysis and design of linear time-invariant systems. Topics include signal and system classification, vector space representations, convolution, impulse response, Fourier Transform, DTFT, DFT, FFT, windowing, and time-frequency tradeoff. Prerequisite: EGR 314. (3-0-0). Three credits. Offered spring/summer semester.

EGR 326 Embedded System Design

A course in the design and implementation of embedded electronic systems. Topics include digital logic building blocks, programmable logic, microcontrollers, analog interface and support components, timing margin analysis, serial interfacing, signal integrity, heat sinks and thermal resistance. A significant term project is required. Laboratory. Prerequisite: EGR 214, 226. (3-0-3). Four credits. Offered fall semester.

EGR 340 Electromagnetic Fields

An intermediate-level study of electricity and magnetism for students of engineering. Vector analysis, static electric and steady magnetic fields and forces. Maxwell's equations for time independent and dependent fields. Computer applications are included. Prerequisites: PHY 234 or PHY231 and MTH 302. (4-0-0). Four credits. Offered spring/summer semester.

EGR 345 Dynamic System Modeling and Control

An introduction to mathematical modeling of mechanical, thermal, fluid, and electrical systems. Topics include equation formulation, Laplace transform methods, transfer functions, system response and stability, Fourier methods, frequency response, feedback control, control actions, block diagrams, state-variable formulation, computer simulation. Emphasis on mechanical systems. Laboratory. Prerequisites: EGR 214 and MTH 302. (3-0-3). Four credits. Offered fall semester.

EGR 350 Vibration

Study of mechanical vibration of structures and engineering components. Free and forced vibration of single-, two-, and multi-degree of freedom systems. Modal analysis and mode summation. Elements of analytical dynamics. Approximate numerical methods. Random vibration. Vibration measurement, isolation, and control. Prerequisite: EGR 345. (4-0-0). Four credits. Offered spring/summer semester.

EGR 352 Kinematics and Dynamics of Machinery

The kinematics of machines are analyzed explicitly and approximately using computer- based mathematical techniques. Topics covered include planar mechanisms, positions, velocities, accelerations, spatial mechanisms, cams, gears, planar dynamics and spatial dynamics. Prerequisites: EGR 312, MTH 302. (4-0-0). Four credits. Offered winter semester.

EGR 360 Thermodynamics

Basic concepts of thermodynamics and an introduction to heat transfer. Properties of pure substances, equation of state, work, heat, first and second laws of thermodynamics, closed systems and control volume analysis, irreversibility and availability, refrigeration and power cycles, thermodynamic relations, introduction to conduction, convection, radiation, heat transfer, heat exchanger design. Prerequisites: PHY 231 and MTH 302. (4-0-0). Four credits. Offered fall and winter semesters.

EGR 365 Fluid Mechanics

Topics include fluid statics, control volume analysis--continuity, momentum, energy, Bernoulli equation, dimensional analysis and similitude, laminar and turbulent flows, boundary layers, differential analysis, external flow, lift and drag, internal flow, pump selection, introduction to turbomachinery, open channel flow. Laboratory. Prerequisites: EGR 312, 360, or permission of the instructor. (3-0-3). Four credits. Offered spring-summer semester of even-numbered years.

EGR 367 Manufacturing Processes

The fundamentals of manufacturing processes and the machinery of production. The forming of metals, plastics, ceramics and composites with an emphasis on the economics of engineering designs and designs which can be practically manufactured. Computer Aided Manufacturing and quality control processes. Metrology. Laboratory. Prerequisite: EGR 250. (3-0-3). Four credits. Offered fall and winter semesters.

EGR 370 Engineering Acoustics

An introduction to acoustics and control of sound. Propagation of sound in air, enclosures, and architectural structures. Psycho-acoustics and human sensation to sound. Laboratory. Prerequisite: EGR 314. (3-0-3). Four credits. Offered winter semester.

EGR 371 Manufacturing Systems Simulation

The application of the basic techniques of discrete event computer simulation to current manufacturing engineering practice. Process world view modeling, experiment design and analysis, and animation. Emphasis on case studies involving systems organization, operational strategies, material handling, scheduling, and logistics. Multiple case problems and a significant term project are required. Laboratory. Prerequisite: STA 314. (2-0-3). Three credits. Offered fall semester.

EGR 373 Production Scheduling and Control

Techniques for demand forecasting, capacity planning, production planning, inventory control, and operations scheduling are developed. Experience is gained in understanding the dynamics of production operations and production control systems. Prerequisite: Admission to major standing in the School of Engineering. (4-0-0). Four credits. Offered spring-summer semester.

EGR 380 Special Topics in Engineering

Lecture, discussion, and/or laboratory in specific areas of engineering. Topics will reflect the special interests of the students and/or the instructor. Prerequisites depend on the nature of the topic. One to four credits. Offered upon demand.

EGR 390 Engineering Co-op 2

The second full-time, four-month cooperative engineering work experience usually in a local industrial/manufacturing firm. Reading, writing assignments required. At least one evening meeting required. Prerequisites: EGR 290, continued acceptance into B.S.E. degree program, and employability through standard interview process. Must have permission of the co-op director. Three credits. Offered each semester.

EGR 399 Readings in Engineering

Independent supervised readings on selected topics. Prerequisite: Permission of instructor. One to four credits. Offered fall, winter, and spring/ summer semesters.

EGR 409 Machine Design II

Topics include design of screws, clutches, brakes, belts, gears, journal bearings, roller bearings, and planetary gear trains. Prerequisite: EGR 309. (4-0-0). Four credits. Offered winter semester.

EGR 414 Network Synthesis

An introduction to active and passive network synthesis. RC, RL, and RLC passive synthesis; active synthesis with an emphasis on active filter design. Laboratory. Prerequisite: EGR 314. (3-0-3). Four credits. Offered fall semester.

EGR 415 Communication Systems

Study of the techniques and performance of analog and digital communication systems. BLock diagram study of the transmitter and receiver, performance analysis for noisy channels and the multiplexing of multiple channels. Topics include noise characterization, AM, FM, PCM, FSK and PSK. Applications include radio, TV, telephony, wireless and modems. Laboratory. Prerequisite: EGR 323 (3-0-3). Four credits. Offered alternating fall and winter semesters.

EGR 423 Digital Signal Processing Systems

The techniques and tools used for signal/system analysis and design in the digital domain. Filter design and frequency analysis are presented in the context of implementation on modern digital hardware. Hands-on experiments and design projects are a central component of the course. Prerequisite: EGR 323, 326. (3-0-3). Four credits. Offered alternating fall and winter semesters.

EGR 424 Design of Microcontroller Applications

The architecture and capabilities of single chip microcontrollers and the design of microcontroller applications. A/D and D/A conversion, I/O, timing, programming, expansion methods, and development systems. Design projects will be an integral part of both lecture and laboratory. Laboratory. Prerequisite: EGR 326. (3-0-3). Four credits. Offered spring/summer semester.

EGR 426 Integrated Circuit Systems Design

The design of digital circuits using behavioral modeling with VHDL. Topics include CPLD and FPGA architectures, the VHDL language, modeling of combinational logic, sequential logic, microcontrollers, state machines, and algorithms for numeric computation on integer and fixed-point numbers. Hands-on projects are a significant part of the course. Laboratory. Prerequisite: EGR 326. (3-0-3). Four credits. Offered winter semester.

EGR 430 Electromechanics

A course covering the engineering science and design of electrical to mechanical transducers. Topics include three-phase circuit analysis and power, magnetic circuit design, solenoids, transformers, DC motors, synchronous alternators and motors, brushless DC motors, stepper motors, and an introduction to dynamic systems analysis. Laboratory. Prerequisite: EGR 340. (3-0-3). Four credits. Offered winter semester.


EGR 450 Manufacturing Control Systems

An introduction to the control of machines and processes widely used in manufacturing. Topics include programmable logic controllers, actuators and sensors for discrete and continuous systems, structured design techniques, memory structures, data handling functions, A/D and D/A converters, data communications, and hierarchical control. The technical issues involved in implementing control schemes are discussed. Laboratory. Prerequisite: EGR 345. (0-3-3). Four credits. Offered spring/summer semester.

EGR 455 Automatic Control

An introduction to automatic control of physical systems. Topics include mathematical modeling of physical systems, analysis of control system characteristics, compensator design and implementation. Laboratory. Prerequisites: EGR 323. (3-0-3). Four credits. Offered alternating fall and winter semesters.

EGR 468 Heat Transfer

Study of the mechanisms by which heat is transferred in different media: conduction, convection and radiation. One- and two-dimensional steady-state conduction, transient conduction, finite differences, methods in conduction, forced and free convections, heat exchangers, radiation processing and properties, radiation exchange between surfaces. Laboratory. Prerequisite: EGR 365. (3-0-3). Four credits. Offered winter semester.

EGR 470 Product and Process Design

Principles of mechanical design, material selection, and manufacturing processes are integrated to support the design of products that are robust, affordable, and easily produced. The course includes product development, process planning, tool design, and design for manufacturability. Laboratory. Corequisite: EGR 367. (3-0-3). Four credits. Offered winter semester.

EGR 473 Strategic Manufacturing Engineering Considerations

A study of the pervasive issues in the Manufacturing Enterprise, including Life Cycle Analysis, Quality Function Deployment, environmentally responsible design, product safety, and economic justification. Prerequisite: EGR 367. (4-0-0). Four credits. Offered spring/summer semester.

EGR 474 Systems Integration

An introduction to systems integration with an emphasis on manufacturing. Topics include programming, robots, databases, serial communication, networking and system architecture. The course includes extensive use of hands-on laboratories and projects. Laboratory. Prerequisite: EGR 450 or permission of instructor. (0-3-3). Four credits. Offered spring/summer semester.

EGR 475 Design of HVAC Systems

Application of thermodynamics and fluid mechanics to the design of heating, ventilation, and air conditioning systems. Topics include heat load calculations, hot water and forced air systems, comfort/health factors, applicable codes, regulations, controls, equipment choice and plant layout. Laboratory. Prerequisite: EGR 468. (0-3-3). Four credits. Offered spring/summer semester.

EGR 480 Special Topics in Engineering

Readings, lectures, discussions, or laboratories (or any combination) on specific engineering topics appropriate for senior engineering students. Prerequisites: Variable depending on topic. One to four credits. Offered on sufficient demand.

EGR 485 Senior Engineering Project I (Capstone)

An independent investigation of theoretical or experimental design problems in engineering. The nature and scope of the project are determined by the student in consultation with the instructor and depend upon the facilities available. Normally this project is carried out during the entire senior year, with one hour of credit during the first semester and two hours of credit during the second semester. A written technical report is required. All seniors meet together each week to discuss their projects with each other and their supervisor. Laboratory. Open only to senior engineering students in good standing. (1-0-4). One credit. Offered winter semester.

EGR 486 Senior Engineering Project II (Capstone)

Continuation of student's work in 485. Both an oral report and a final written technical report are required. Prerequisite: EGR 485. (1-0-8). Two credits. Offered spring/summer semester.

EGR 490 Engineering Co-op 3

The third full-time, four-month cooperative engineering work experience usually in a local industrial/manufacturing firm. Reading, writing assignments required. At least one evening meeting required. Prerequisites: EGR 390, continued acceptance into B.S.E. degree program, and employability through standard interview process. Must have permission of the co-op director. Three credits. Offered each semester.

EGR 499 Research in Engineering

Investigation of current ideas and techniques in engineering for upperclass students majoring in engineering. Content determined by the student in conference with professor. Completion of work includes a technical report and usually an oral presentation. Prerequisites: 25 credits in engineering and permission of the director of the School of Engineering. One to four credits. Offered on demand.