EIU Engineering Technology

(2-2-3) F. An introduction to the technological areas of communication, transportation, construction and manufacturing. The course includes study of the evolution and current status of each area as well as their interrelationships.

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3

(1-4-3) F. Sketching, spatial visualization, computer-aided drawing (CAD) procedures, multi-view drawing, dimensioning, tolerancing, threads and fasteners, and descriptive geometry. EGR 941

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3

(3-3-4) On Demand. This course introduces students to electrical theories through practice. Students will examine multiple control mechanisms to most effectively utilize electricity and electronics with the use of sensors, switching, microcontrollers, and programmable logic controllers.

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4

(2-4-4) S. Study of processes involved in transforming primary materials into manufactured and fabricated products through casting, molding, turning, drilling, shaping, milling, grinding, forming, conditioning, fastening and finishing processes.

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4

(3-0-3) On Demand. This course prepares engineering technology students for a career in the engineering technology workforce with an awareness of hazards in the workplace and techniques for managing them.

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3

(1-4-3) S. Planning and developing computer-aided solid models for design and manufacturing and assembly modeling.

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3

(2-2-3). Introduction to programmable logic controllers (PLCs) through its operation, programming, and uses in control of production, manufacturing, industrial, and other processes.

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3

(1-4-3) On Demand. A study of control systems and programming languages related to robots, programmable controllers, and automated systems used for transportation control. Mechanical, electrical, and fluid control systems used for automated control will be emphasized.

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3

(3-0-3) On Demand. A study of energy sources and energy conversion processes involving electrical, mechanical, fluidic, and other methods. Includes theory of conversion, principles of operation and basic design.

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3

(3-0-3) On Demand. A study of the technology and systems of alternative and renewable energy resources with emphasis on energy generation and utilization for heating, cooling, electrical generation, industrial processes, transportation, residential and commercial uses.

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3

(2-2-3) On Demand. Introduction to subtractive and additive manufacturing processes focusing on Computer Numerical Control Technology and Rapid Prototyping Technology. This course includes a study of engineering design, product development processes, design for manufacturing, and reverse engineering technology.

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3

(3-0-3) S. Design of basic machine components: shafts, springs, bearings, gears, fasteners, belts, chains, screws, lubrication systems, welded joints, brakes, clutches, and hydraulic/pneumatic systems.

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3

(2-2-3) On Demand. A study on the fundamentals of biometrics and its technological applications including identification, verification, surveillance, and security.

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3

(2-2-3) On Demand. This course allows students to develop automated systems for sorting, picking, and other distribution logistic operations using programmable logic controllers, micro-controllers, barcoding, and radio-frequency identification (RFID) to coincide with databases and inventory management.

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3

(3-0-3) On Demand. This course prepares students to design jobs, tasks, and workstations that will prevent cumulative traumatic disorders, repetitive motion diseases, circadian disruption, and workplace stress.

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3

(3-0-3) On Demand. Engineering Technology Cost Analysis examines engineering costs, machine depreciation, and return on investment as it affects the engineering workplace.

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3

(3-0-3) S. Principles of motion and time study and methods engineering for the purpose of increasing productivity and reducing human effort. Special emphasis will be given to design and measurement of work in industrial environments.

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3

(2-4-4) Comprehensive applications of the knowledge and skills learned in a student's degree program. Focus on the integration and synthesis of content through critical thinking, project development, presentation, and professional practice. WI 

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4

(3-0-3) On Demand. A course in the fundamental concepts, principles, and tools involved in Lean Manufacturing, including utilizing lean across industries as well as its implementation.

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3

(3-0-3) F. Study of the arrangement of physical facilities and material handling to optimize the interrelationships among operating personnel, material flow, and the methods required in achieving enterprise objectives efficiently, economically, and safely.

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3

(3-0-3) Study of physical security system including: assets, threats, vulnerabilities, and risks; Crime Prevention through Environmental Design (CPTED), site, exterior, and interior security; physical protection system design; integrated security and surveillance systems; security assessment; and security management and its role in organizations.

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3

(3-0-3) S. Principles of total quality control; Shewhart control charts; acceptance sampling; capability and reliability studies.

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3

(3-0-3) S. Department of Labor coursework for OSHA-30 General Industry. The OSHA-30 is a certificate provided through the United States Department of Labor signifying 30 hours of safety training. Additional time will be spent on safety and liability management.

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3

(3-0-3) F, S. Survey of technical management areas in a manufacturing operation. This course will include but not be limited to a study of production control methods, plant layout, scheduling, inventory control, and other phases of planning, organizing, and controlling a manufacturing operation. WI

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3