210 Technology Mathematics (3) Solution of applied technology problems including differential and integral calculus applications. Partial derivatives, double integration, polar coordinates, curve fitting, power series, introduction to differential equations, Laplace transforms. Prereq: Math 252.

220 Computer Aided Testing (3) Defining computer system hardware/software configurations required for data acquisition, processing, analysis and display. Programming for measuring and interacting with physical processes. Two one-hour lectures and two-hour lab. Prereq: Comp Sc 200 or Comp Sc 230.

300 Computer Aided Design (3) Overview and application of computer aided design (CAD) technology; underlying principles, integrated system philosophy; industrial applications, hardware and software principles and application, and CAD benefits. Two one-hour lectures and one two-hour lab. Prereq: Junior standing, BE 110-111 and instructor's approval.

312 Machine Dynamics (4) The dynamics of particles and rigid bodies as applied to mechanical systems. Analysis of motion and forces in machines. Prereq: ET 210 and BE 132.

315 Signals and Systems (3) Classification of systems. Periodic signals and Fourier series. Response of linear systems to periodic signals. Finite-energy signals and Fourier transforms. System response to finite-energy signals. Convolution Deconvolution. Introduction to amplitude statistics, random signals, and noise. Power spectral density. Transmission of random signals through linear and nonlinear systems. Computer solutions. Filter design.

320 Introduction to Finite Element (4) Introductory application of statics, dynamics, and mechanics of materials to describe the deflection and stress/strain in a free element of a mechanical structure. Computer-aided analysis is employed to predict overall structural behavior of these integrated elements once the geometry, material properties, and loading are defined. Three one-hour lectures and one two-hour lab. Prereq: EM 321.

321 Digital Circuits and Devices (3) Number systems, Boolean algebra, digital logic circuits and devices. Implementation of digital logic circuits using integrated circuit devices. Sequential circuits, counters and timers, data encoding and decoding. DAC and ADC, arithmetic circuits. Memory circuits. Three hours including lab. Prereq: EE 202.

322 Microprocessors (3) Principles and applications of microprocessors. Selection, programming and interfacing microprocessor devices. Examination of industrial applications and associated interfacing problems. Three hours including lab. Prereq: ET 321.

330 Machines and Transformers (4) Ideal transformers, practical transformers, leakage reactance, equivalent circuits, short and open circuit tests, efficiency, regulation, auto transformers, and three-phase transformers. DC motors and generators. Single and polyphase motors, generators, and alternators. Extensive practical usage and application of both large and small motors and generators in the laboratory. Three one-hour lectures and one two-hour lab. Prereq: EE 202 or instructor's approval.

331 Electronics I (3) Basic theory of electronic devices, diodes, diode rectifiers, and filters. Transistor biasing. Principles of operation of small signal amplifiers. Two one-hour lectures and one two-hour lab. Prereq: EE 202.

332 Electronics II (3) Large signal amplifiers. Multistage systems. Principles of operation of integrated circuits, operational amplifiers, and oscillators. Introduction to PNPN and other electronic devices. Two one-hour lectures and one two-hour lab. Prereq: ET 331.

370 Construction Materials (3) The study of contemporary engineering materials and the component materials from which they are manufactured: steel, timber, concrete, masonry, aluminum and plastics; aggregates, stone, lime, gypsum, adhesives, coatings and sealants. Two one-hour lectures and one two-hour lab. Prereq: Phys 212 and Chem 121.

375 Materials Sampling and Testing (2) Procedures and methods used to sample and test materials including standards such as ASTM and ACI standards. Statistical procedures. One one-hour lecture and one two-hour lab. Prereq: Math 210. Coreq: ET 370.

382 Engineering Planning and Scheduling (3) Introduction to network analysis, linear programming, PERT/CPM, and linear regression as a means to plan and schedule engineering activities. Three one-hour lectures. Prereq: Comp Sc 200 and Junior standing.

384 Construction Estimating, Bidding, and Control (3) Methods and procedures for estimating and bidding construction projects. Use of take-off quantities, productivity, and materials costs in estimating and bidding. Also introductory material on site inspection, quality control, progress reports, and record keeping. Three one-hour lectures. Prereq: ET 382.

400 Capstone Design I (3) Define and develop solutions to current industrial problems related to product performance, quality and production cost. Students will work with industrial coordinator and present proposed solutions to company management. Project implementation may be extended to ET 401.

401 Capstone Design II (3) Primarily for implementation of proposed problem solutions developed in ET 400. New project or special design project of interest to student may be initiated.

404 Architecture in Construction I (3) In this first course of a two-course sequence the preparation of architectural and structural plans and details required for routine commercial building construction, including steel, concrete, masonry, and timber structural components is covered. Appropriate details and drawings necessary for construction and fabrication of structural members are included. Use of standard reference materials to provide skills and knowledge in locating data and using handbooks is also included. Prereq: CE 345.

406 Architecture in Construction II (3) This course covers the drawing of architectural, structural plans, and details as prepared for commercial building construction, including steel, concrete, masonry, and timber structural components. Appropriate details and drawings necessary for construction and fabrication of structural members and reference materials used to provide the draftsman with skills and knowledge in locating data and using handbooks are also included. A final assembly of the complete document for construction (including specifications) purposes is required. Three two-hour lecture/lab. Prereq: BE 110-111, ET 404.

410 Site Planning and Design (3) An introduction to the art of site planning to include the legal aspects of site location and the principles of site design. A study of the site planning process and a practical exercise in subdivision design. Oral/written reports on specific topics required. Two one-hour lectures and one two-hour lab. Prereq: Senior standing, ET 382.

413 Automatic Controls and Instrumentation (4) Transient and frequency response to transducers and control components. Feedback concepts and meeting closed-loop performance specifications. Use of micropro-cessors for continuous and discrete control of indus-trial processes. For non-electrical majors. Three one-hour lectures and one two-hour lab. Prereq: EE 310 and EM 304.

414 Instrumentation and Controls (3) Theory of operation of transducers and related measuring instruments, types of feedbacks. Application of feedback to control problems. For electrical engineering technology majors only. Two one-hour lectures and one two-hour lab. Prereq: ET 210 and ET 332.

420 Robotics (3) Characteristics of robots in manufacturing. Developments in industrial robots, computer-directed trajectories, voice communication, and textual programming. The adoption of robots and manipulators as vital elements in the production process. Prereq: EE 310 or instructor's approval.

421 Electric Power Transmission and Distribution I (3) Review of electric power systems and fundamentals of electric circuits, basic power circuits, percent and per unit quantities, circuit constants, assemblies of power components, power limits and stability, faults and power systems, short circuit components. Coordination of protective devices, circuit-interrupting devices, relays and relay systems, instrumentation, insulations, effective grounding, single line diagrams. Two one-hour lectures and one two-hour lab. Prereq: ET 330.

422 Electric Power Transmission and Distribution II (3) Symmetrical substation equipment and operation, cost effectiveness, computer control, public relations. Two one-hour lectures and one three-hour lab. Prereq: ET 421.

431 Electronic Communications I (3) Electronic communication systems, wired and wireless. AM and FM modulation techniques. Filters, amplifiers, oscillators, and noise in communication circuits. Data reception. Two hours lecture and one three-hour lab. Prereq: ET 210 and ET 332.

432 Electronic Communications II (3) A continuation of ET 431. Basic antennas, transmission lines, and microwave techniques. Special topics presented by students in formal paper and oral presentations. Three hours including weekly lab. Prereq: ET 431.

451 Machine Design I (4) Fundamental principles, including stress analysis, deflection and stiffness properties of materials and design considerations for static and fatigue strength. Design tools include statistical methods, commercial (Lotus 123, Rosette, etc.) and student written computer programs. Three one-hour lectures and one two-hour lab. Prereq: ET 312 and EM 321.

452 Machine Design II (3) Continuation of ET 451. Design of mechanical elements including fasteners, weldments, springs, bearings, gears and miscellaneous elements used in design and maintenance applications. A senior design project is required which will be formally presented to faculty and student peers. Two one-hour lectures and one two-hour lab. Prereq: ET 451.

460 Soils and Foundations (3) Soil as a construction material. Identification and classification. Compaction, field density, permeability and effective stress. Response of soil to foundation loads. Bearing capacity and settlements. Gravity, wind and earthquake loads on foundations. Soil-structure interaction in shallow foundations. Proportioning for equal settlements. Three one-hour lectures. Prereq: Geol 121, EM 324. Coreq: CE 345.

462 Concrete Structures (3) Design of reinforced concrete members for flexure, shear and bond. Rectangular sections, tee sections, columns and spread footings. Prereq: CE 345.

464 Steel and Timber Structures (3) Steel as a construction material. Design for flexure, shear, local crippling and buckling. Design of steel columns. Compact sections and plate girders. Timber as a construction material. Design for flexure and shear. Conventional and special fasteners. Plywood as a primary structural material. Glued laminated members. Applications in falsework and formwork. Three one-hour lectures. Coreq: CE 345.

470 Legal Aspects of Engineering (3) Basic principles of the law of contracts and specifications. Emphasis is placed on construction contracting. Other legal aspects such as corporations, partnerships, professional liability, and insurance and bonds are discussed. Oral/written reports on specific topics required. Prereq: Senior standing.

474 Engineering Administration (3) Development of the understanding of organizations and an appreciation of the decision making skill required in technical administrative positions. Examination of concepts of administration including organizing, motivating and controlling. Three one-hour lectures. Prereq: Senior standing.

480 Automated Production System (3) A survey of various topics of production automation and related systems including CAD/CAM, numerical control, industrial robotics, and flexible manufacturing systems. Prereq: ME 441 or senior standing in electrical engineering technology.

490-99 Special Topics (1-3) Individual or small group projects for students exhibiting special interest and ability in a specific area. A maximum of three semester hours will be applicable to concentration requirements. Additional hours are applicable to technical elective requirements. Prereq: Six hours of upper division Engineering Technology courses, approval of faculty advisor and dean.