1013. Networking Essentials-Cisco I The study of router hardware and software. Topics include the OSI model, data link and network layer devices, IP addresses, subnet masking, cabling, topologies, writing closets, basic electrical and electronic issues in networks, and TCP/IP network-layer protocols. Prerequisite: Basic computer knowledge. (F)

1023. Router Technologies-Cisco II The second course in the study of router hardware and software. topics include TCP/IP transport-layer protocols, flow control, IOS, router configuration, IP address configuration, RIP and IGRP routing protocols, IP traffic filtering, and routing problem solving. Prerequisite: TECH 1013. (S)

1413. Engineering Graphics Emphasis on visual aspects employing the techniques f computer aided drafting and design (CADD) with modern engineering graphic rinciples. Lecture one hour, laboratory five hours per week. (Cross listed as ENGR 1413) (F, S, SU)

1423. Beginning Solid Modeling CADKEY I CADKEY introduces the powerful tools to be used in 2 dimensional (2D) drafting, 3D generation as well as solid modeling applications. This integration, called "Hybrid Solid Modeling", is the combination of tools. This computer application in graphic techniques is software specific to technology as well as engineering design student, using design intent logic. Prerequisite TECH 1413. (F)

1803. Computer Aided Drafting and Design I A beginning course for the technician, technologist, or engineer. The course includes involvement in the use of the computer to produce design and working drawings. In addition to computer usage, sketching, electronic, mechanical and civil drawing are emphasized. (S-even)

1891-9. Occupational Studies Credit Through this course students with technical credit from an accredited institution may earn college credit. Course may be repeated. No more than 25 percent of the degree may be satisfied with this course and/or TECH 3721-9. (1-9 hours) (D)

2033. Advanced Routing and Switching-Cisco III A continuation of the study of router hardware and software. Topics include LAN switching, VLANs, LAN design, IGRP, Access Lists, IPX and Network Management. Prerequisite: TECH 1023. (F)

2043. WAN Technologies and Design-Cisco IV A continuation of the study of router hardware and software. Topics include WANs, WAN Design, PPP, ISDN, Frame Relay, and Network Management. Prerequisite: TECH 2033. (S)

2053. Building Scalable Networks-Cisco V Topics include: overview of scalable inter-networks, managing traffic and access, managing IP traffic, extending IP addressing using VLMS, configuring OSPF in single area, interconnecting multiple OSPF areas, configuring enhanced IGRP, optimizing routing update operation, and configuring BGP. Prerequisite: TECH 2043. (F)

2063. Remote Access Networks - Cisco VI Topics include: Learn how to build, configure, and troubleshoot a remote access network to interconnect central sites to branch offices and home offices. Students also learn how to control access to the central site, as well as to maximize bandwidth utilization over the remote links. Prerequisite: TECH 2053. (S)

2443. Introduction I-DEAS 10 Parametric Modeling techniques and concepts. Prerequisite: TECH 1413. (S)

2453. Technology Design - Solid Works I Drawing and detailing with SolidWorks, a design automation software package used to produce parts, assemblies and drawing. Prerequisite: TECH 1413. (F)

2803. Computer Aided Drafting and Design II An extension of CADD I, with the use of more integral parts of CAD. Prerequisite: TECH 1803 or instructor approval. (S-odd)

2863. Principles of Technology The role and function of technology development in human resources. Course provides an introduction to the concepts and philosophies of the technical work place and the use of technologies. (D)

2883. Introduction to Quality Control A fundamental course in quality control. Content deals with universal principles of quality assurance in a technical environment. Topics include mechanics of a quality system, planning a quality information system, quality practices, system elements and controls, and definitions of quality. (D)

3423. Intermediate Solid Modeling CADKEY II Continuation of Beginning Solid Modeling CADKEY I. Prerequisite: TECH 1423. (S)

3413. AutoCAD 2002/Inventor 6 This is a beginning level 1 course in CAD. This course is designed to demonstrate how AutoCAD is used in model parametric space. This course will only deal with 2d mechanical, electrical and civil aspects of CAD. Prerequisite: TECH 1413. (S)

3433. AutoCAD 3-D Modeling This is an Advance level II course in CAD. This course is designed to demonstrate how to manage 3-D space; how to make 3-D sire frame, surface, and solid models; how to modify them; and how to display them. Prerequisite: TECH 3413.(F)

3443. Advanced I-DEAS 10 Advanced Parametric Modeling techniques and concepts. Prerequisite: TECH 2443 (F)

3453. Advanced Technology Design - Solid Works II Continuation of Technology Design - SolidWorks I. Prerequisite: TECH 2453. (S)

3473. Structural Drafting Structural steel drafting is used to construct and design support frames for modern commercial and industrial buildings. Special emphasis is placed on how structural drafters in both structural design and fabrication offices prepare the working drawings required to help transform the architect's vision into reality. Prerequisite: TECH 1413.

3713. Fiscal Aspects An introduction to fiscal structures and problems encountered in the technically oriented enterprise. (S -odd)

3721-9. Technical Career Subjects Through this course students having work experience and/or company sponsored training will undergo portfolio assessment to determine credit hour award. Course may be repeated. No more than 25% of the degree may be satisfied with this course and/or TECH 1891-9. (1-9 hours) (D)

3753. Legal Aspects An introduction to the types of legal problems encountered in the technically oriented enterprise. (S - even)

3761-3. Industry Special Topic Addresses specific needs of business or industry. Maybe repeated for a maximum credit of six hours. (1-3 hours) (D)

3773. Statistics Basic concepts and methods of statistics in a technical environment, including descriptive statistics, significant tests, estimation, sampling, and correlation. (D)

3801. Laboratory for Electrical Systems Laboratory exploration of circuit concepts and techniques using instruction and the concepts as a tool. Laboratory two hours per week. (Special course fee: $70.00) (F-odd)

3803. Electrical Systems Fundamentals and utilization of electric power through appropriate units of equipment and systems for heating, cooling, working, and controls; energy transmission and measurements; equipment selection, operation, maintenance, and evaluation for given tasks. Prerequisite: MATH 1033. (F)

3813. Programmable Logic Control Introduction to programmable logic controllers. Topics will include programming basics, instruction sets, maintenance and troubleshooting, program editing and the use of EEPROM memory modules. Prerequisite: TECH 3803. (S)

3821. Technology Laboratory Laboratory topic designed to address specific needs of the technology being studied or the needs of industry. May be repeated for credit. Maximum degree credit for this course is three hours. Laboratory two hours per week.(D)

3823. Mechanics I Introduction to statics and dynamics at the technologist's level. Topics will include resultants and equilibrium of force systems, friction centroids, moments of inertia, plane motion, working energy. Prerequisite: MATH 1033. (F)

3833. Mechanics II Properties and uses of metals, woods, concrete, and concrete products as materials of construction; analysis and selection for technological applications such as pressure vessels, shafts, beams, and columns. Prerequisite: TECH 3823. (S)

3843. Manufacturing Materials and Processes Structure and properties of metals and other materials used in manufacturing. Formation, treatment, and modification of materials through manufacturing processes. Advantages and disadvantages of alternative materials and processes for specific applications. Important emerging technologies. Prerequisite: CHEM 1003 or high school chemistry and MATH 1033. (S-odd)

3853. Computer Aided Manufacturing (CAM) A study of 3D CAM software package that prepares NC programs for complex shapes and surfaces, basic contouring, drilling pocketing and geometric creations, including splines, ellipses, and lettering. Prerequisite: TECH 1803 or CADKEY experience. (SU)

3863. Industrial Safety An introduction of the basic concepts of safety and health. Topics include the role of the safety professional, social, legislative, and regulatory requirements as well as the concepts of hazard recognition, evaluation, and control. (D)

3873. Tool Design Application of the theory developed in the fundamental technology courses to the design and fabrication of jigs, fixtures, and dies. Corequisite: TECH 3833. (F)

3883. Machine Design Appliction of the theory developed in the fundamental technology courses to the design and/or selection of machine components such as journal and antifriction bearings, shafts, couplings, cams, gears, belts, chains, clutches, brakes, fasteners, and springs. Corequisite: TECH 3833. (S-odd) 218

3891-3. Occupational Internship This course provides the student with an opportunity to obtain additional experience in their emphasis area. Course may be repeated. Maximum degree credit for this course is three hours. Adviser's approval is required. (1- 3 hours) (F, S, SU)

4783. Manufacturing Concepts and philosophies of manufacturing technology and their roles in factories. Prerequisite: Senior Standing in Technology. (S)

4801-3. Current Topics in Technology This course is designed to address specific needs of technology or industry. May be repeated for credit. (1-3 hours) (D)

4813. Operations Systems Research Quantitative techniques for decision making; break-even analysis, economic models, Gaussian distributions, inventory control, production models, and mathematical programming. Prerequisite: MATH 1033. (D)

4823. Quality Assurance The principles and practices of quality in manufactured products. Familiarization with industrial methods and equipment used in quality assessment. Basic topics include histograms, Pareto diagrams, control charts, acceptance sampling, process capability, cause and effect diagrams, reliability, visual inspection, and the relationship between quality and cost. Prerequisite: TECH 3773 or TECH 2883. (D)

4833. Electric Motors Operation, installation, and troubleshooting of AC motors and electric motor control devices. Prerequisite: TECH 3803 or experience in electrical systems. (Seven)

4843. Labor Relations Course will present the economic situation in which labor management problems operate in a technological environment. The course will cover.

4853. Hydraulic and Pneumatic Systems This is a study of the basic industrial fluid power systems common to the field of automation, including basic principles, components, standards, symbols, circuits, and troubleshooting of hydraulic and pneumatic systems. Prerequisite: PHYS 2054. (D)

4863. Applied Robotics This course includes basic robotics applications operating in varied environmental conditions, servo mechanisms with respect to task and functional operations, multiple functions, programming, computer control, preventative maintenance, areas of safety, and drive configurations to provide high equipment utilization and life. (F -odd)

4873. Motion and Time Study Principles and practices of motion and time study including process charts, operation charts, motion summary, and time standards. (Seven)

4883. Work Center Management A survey course that addresses the problems of managing a small working unit (such as a department) within a larger unit, such as a company. Topics to be addressed include: goal identification; staffing needs; monitoring of work process reporting; work center communications; and interpersonal relations within the work center. (S-odd)

4891-2-3. Special Problems in Technology Individually directed problems in technology for juniors and seniors. Must be arranged in consultation with a technology faculty member and approved by the department chair. (D)