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Industrial and Systems Engineering |
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-
ISYS 4020 - Analysis of Production Systems and Facility Design
3
3 lecture hours per week. P: MATH 3307 . Tools and approaches for design and analysis of production systems including strategy, aggregate planning, inventory, location, layout, scheduling, forecasting, and production control systems.
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ISYS 4065 - Discrete Systems Modeling
3 Formerly SYSE 4065
3 lecture hours per week. P: ENGR 3800 . Simulation with emphasis on discrete event models. Model building, data integration, verification and validation, statistical analysis of simulation results, and applications to engineering problems.
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ISYS 4203 - Integrated Systems Engineering
3
3 lecture hours per week. P: . Explores life cycle of systems; generation and analysis of life cycle requirements and development of functional, physical, and operational architectures for the allocation and derivation of component-level requirements for the purpose of specification production. Examines interfaces and development of interface architectures. Introduces and uses software tools for portions of systems engineering cycle.
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ISYS 4303 - Engineering Logistics
3 Formerly ENMA 4030
3 lecture hours per week. P: . Logistics from systems engineering perspective. Covers design of systems for supportability and serviceability, production and effective distribution of systems for customer use, and sustaining maintenance and support of systems throughout their period of utilization.
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ISYS 4410 - Lean and Six-Sigma Quality Systems for Engineers
3
3 lecture hours per week. P: ENGR 3800 . Six-sigma quality and lean productivity systems and related statistical and analytical tools. Includes advanced topics in design of experiments, quality control, sampling plans, measurement systems, and data analysis.
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Industrial Distribution and Logistics |
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-
IDIS 2771 - Introduction to Distribution and Logistics
3
Overview of all aspects of the Distribution and Logistics industry. Includes sales and marketing techniques, supply chain issues, inventory control methods and case studies.
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IDIS 2830 - ERP Systems for Distributors
3 Formerly IDIS 3830.
Application of case studies and exercises using an Enterprise Resource Planning (ERP) software information system as it relates to the supply chain, distribution and logistics.
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IDIS 3700 - Transportation Logistics
3 Formerly IDIS 3800.
P: IDIS 2771 . Critical issues involved in domestic and international transportation, including logistical network design, third party selection, transportation regulations, shipment planning, and routing and scheduling.
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IDIS 3790 - Technical Presentations
3
P: ITEC 2000 or MIS 2223 . Investigation and utilization of tools, techniques, and technical systems for transmitting information related to problems and issues of contemporary industry.
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-
IDIS 3795 - Distributor Sales and Branch Management
3
2 lecture hours per week. P: IDIS 2771 , IDIS 2830 . Role of the industrial distributor salesperson in the supply chain. Branch management issues are also analyzed. The Kahle Way® Distributor Sales Level 1 Certification of Completion - Certification Test required.
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IDIS 3796 - Distributor Sales and Branch Management Laboratory
0
2 lab hours per week. P: IDIS 2771 , IDIS 2830 . Role of the industrial distributor salesperson in the supply chain. Branch management issues are also analyzed. The Kahle Way® Distributor Sales Level 1 Certification of Completion - Certification Test required.
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IDIS 3815 - Supply Chain Logistics
3
P: IDIS 2771 , IDIS 2830 . Evaluates supply chain and its effects in logistics. Covers concepts and strategies used to design and manage supply chain, and explains relationship proper supply chain management has between industrial sales and logistics.
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IDIS 3820 - Purchasing Logistics
3 Formerly IDIS 3805.
P: IDIS 2830 , IDIS 3815 . Critical role of purchasing in supporting logistics strategy. Topics include supplier selection, product delivery, inventory management, application of technology, financial impact of purchasing, cost analysis, purchasing of transportation services, and negotiations.
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IDIS 3835 - Security and Risk Analysis for Distributors
3
P: IDIS 3700 . Logistical issues involving laws and regulations internationally and in the United States. Includes safety and security issues involved in logistics. Risk assessment techniques and issues are also explored.
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IDIS 3850 - Warehousing and Materials Handling
3 Formerly IDIS 3780, 3781.
2 lecture hours per week. P: IDIS 2771 , IDIS 2830 ; ITEC 2000 or MIS 2223 . Warehousing operations and management, logistics, control, productivity, and analytical tools and techniques used to analyze and solve problems related to warehouse.
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IDIS 3851 - Warehousing and Materials Handling Laboratory
0 Formerly IDIS 3780, 3781.
2 lab hours per week. P: IDIS 2771 , IDIS 2830 ; ITEC 2000 or MIS 2223 . Warehousing operations and management, logistics, control, productivity, and analytical tools and techniques used to analyze and solve problems related to warehouse.
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-
IDIS 4502 - Laboratory Problems: Industrial Distribution
3
P: Consent of instructor. Independent study of industrial distribution systems, processes, and concepts.
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-
IDIS 4504 - Independent Study: Industrial Distribution
3
P: Consent of instructor. Research-oriented problem solving with tools, materials, and processes of industrial distribution field.
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-
IDIS 4785 - Strategic Pricing for Distributors
3 Formerly IDIS 3825.
P: IDIS 3820 . Examination of pricing in the distribution industry and pricing strategy as a competitive advantage. Topics include breakeven cost analysis, value-based pricing, life-cycle pricing, segmented pricing, dynamic pricing, and channel strategy.
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-
IDIS 4790 - Global Logistics
3 Formerly IDIS 3785.
P: IDIS 3700 , IDIS 3815 . Evaluation of the complexities of the international environment and logistical infrastructure on supply chain performance. Topics include inbound and outbound logistics including sourcing, inventory control, packaging, third party logistics (3PL), shipping, warehousing, distribution, Incoterms, documentation, customs, and global entry strategy.
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IDIS 4800 - Distribution and Logistics Capstone
3
Minimum of 240 hours of supervised, full-or-part-time work experience required. P: Junior standing; IDIS 3790 , ITEC 3300 ; IDIS major. Capstone course involving a design project exposing students to the practice of distribution and logistics.
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IDIS 4802 - Distribution Research
3
P: IDIS 3815 ; senior standing. Capstone course for all industrial distribution seniors. Application of new and innovative technologies used in industrial technology, industrial distribution, and logistics fields.
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Industrial Distribution and Logistics Banked Courses |
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-
IDIS 2770 - The Industrial Distributor: Purpose and Functions
3
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-
IDIS 2775 - Blueprint Reading and Sketching
3
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Industrial Engineering Technology |
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-
IENG 2020 - Materials and Processes Technology
3 WI*: Selected Sections are Writing Intensive F,S
P/C: ITEC 2000 or MIS 2223 . Factors which influence the production and modification of materials into useful forms. Various manufacturing processes and machinery used to convert raw materials into finished products. Hands on experience with materials and processes used in industry.
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-
IENG 2021 - Materials and Processes Technology Laboratory
0 WI*: Selected Sections are Writing Intensive F,S
P/C: ITEC 2000 or MIS 2223 . Factors which influence the production and modification of materials into useful forms. Various manufacturing processes and machinery used to convert raw materials into finished products. Hands on experience with materials and processes used in industry.
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-
IENG 2076 - Introduction to Computer Numerical Control (CNC)
3 F,S
2 lecture hours per week. P: DESN 2034 . Review of fundamental manual programming for numerical control machines. Topics include CNC machine types, controls, safety, and coordinate measuring systems; CNC speed and feed calculations, tooling and fixturing; and programming CNC mills and lathes; computer controlled laser cutting and engraving. Self-paced. Hands-on experience with CNC machines and simulations in virtual reality.
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-
IENG 2077 - Introduction to Computer Numerical Control (CNC) Laboratory
0 F, S
2 lab hours per week. P: DESN 2034 . Review of fundamental manual programming for numerical control machines. Topics include CNC machine types, controls, safety, and coordinate measuring systems; CNC speed and feed calculations, tooling and fixturing; and programming CNC mills and lathes; computer controlled laser cutting and engraving. Self-paced. Hands-on experience with CNC machines and simulations in virtual reality.
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-
IENG 3020 - Robotics in Computer Integrated Manufacturing
3 S
2 lecture hours per week. P: IENG 2076 , ITEC 2090 . Students will learn how to build, program, and integrate robots into computer integrated manufacturing (CIM) processes in an hands-on manner.
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IENG 3021 - Robotics in Computer Integrated Manufacturing Laboratory
0 S
2 lab hours per week. P: IENG 2076 , ITEC 2090 . Students will learn how to build, program, and integrate robots into computer integrated manufacturing (CIM) processes in an hands-on manner.
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IENG 3300 - Plant Layout and Materials Handling
3 F
P: IENG 2020 . P/C: ITEC 3290 . Examines integrated plant layout and materials handling approaches. Covers simulation as an analytical tool.
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-
IENG 3600 - Statics and Strength of Materials
3 S
P: IENG 2020 , MATH 1074 . Statics including vectors, moments, equilibrium of structures, centroids and moments of inertia. Strength of materials including basic stresses and deformations; beam diagrams, flexure and shear.
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IENG 4020 - Manufacturing System Planning
3 F
P: ITEC 3200 , MATH 2119 . Introduction to manufacturing planning including system concepts such as strategy, product design, learning curves, forecasting, aggregate planning, stochastic inventory control, reliability models, linear programming, and scheduling.
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IENG 4023 - Advanced Manufacturing Systems
3 S
P: IENG 3300 . Design of advanced manufacturing systems through the incorporation of lean manufacturing techniques, value stream mapping, lean business processes, kaizen, visual workplace organization, total productive maintenance, setup reduction, poke yoke, lean accounting and theory of constraints.
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IENG 4024 - Electromechanical Systems Integration
3 F
2 lecture hours per week. P: DESN 2036 ; IENG 3020 . Electromechanical systems integration including electronics, pneumatics, hydraulics, computer control and instrumentation.
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IENG 4025 - Electromechanical Systems Integration Laboratory
0 F
2 lab hours per week. P: DESN 2036 ; IENG 3020 . Electromechanical systems integration including electronics, pneumatics, hydraulics, computer control and instrumentation.
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IENG 4200 - Work Methods and Ergonomics Analysis
3 S
P: ITEC 3200 or MATH 2283 . Work methods and study of work measurement systems. Principles of motion study, work simplification, and work measurement by direct and predetermined motion-time systems.
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-
IENG 4401 - Independent Study: Industrial Engineering Technology
1
P: Consent of instructor. Special topics in selected areas of Industrial Engineering Technology. Exploration and research in personal areas of interest.
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-
IENG 4402 - Independent Study: Industrial Engineering Technology
2
P: Consent of instructor. Special topics in selected areas of Industrial Engineering Technology. Exploration and research in personal areas of interest.
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-
IENG 4403 - Independent Study: Industrial Engineering Technology
3
P: Consent of instructor. Special topics in selected areas of Industrial Engineering Technology. Exploration and research in personal areas of interest.
|
| |
-
IENG 4502 - Laboratory Problems: Production
3
6 lab hours per week. Independent study of industrial manufacturing systems, processes, and concepts.
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| |
-
IENG 4507 - Laboratory Problems: Metals
3
6 lab hours per week. P: IENG 2076 . In-depth and independent study of concepts and/or processes of metals, tools, and materials. Emphasis on lab work.
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-
IENG 4900 - Capstone
3 S
P: Senior standing. Hands-on industrial project. Teams of students will work directly with individual clients or organizations to improve their processes through the implementation of industrial engineering technology principles and tools.
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Industrial Engineering Technology Banked Courses |
| |
-
IENG 4092 - Operations Research
3
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Industrial Technology |
| |
-
ITEC 2000 - Industrial Technology Applications of Computer Systems
3 F,S
Technical and managerial aspects of computer applications and information technology in industry and engineering areas.
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ITEC 2010 - Introduction to Industry and Technology
3 F,S
Foundation for advanced study in various technology specialization areas. Emphasis on basic technical and technical managerial concepts of manufacturing, construction, and service industries. Evolution of industry and career opportunities in broad fields of industry and industrial education.
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-
ITEC 2054 - Electricity/Electronics Fundamentals
3 F,S
2 classroom hours per week. P/C: MATH 1074 or MATH 1083 or MATH 1085 . Electronic components and circuits. Study communications and industrial control systems.
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-
ITEC 2055 - Electricity/Electronics Fundamentals Laboratory
0 F,S
2 lab hours per week. P/C: MATH 1074 or MATH 1083 or MATH 1085 . Electronic components and circuits. Study communications and industrial control systems.
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-
ITEC 2080 - Thermal and Fluid Systems
3 F,S
P: IENG 2020 . Basic elements of design and analysis of thermal and power systems including boilers, air conditioning, refrigeration, pumps, compressions, heat exchanges, and piping systems.
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ITEC 2081 - Thermal and Fluid Systems Laboratory
0 F,S
P: IENG 2020 . Basic elements of design and analysis of thermal and power systems including boilers, air conditioning, refrigeration, pumps, compressions, heat exchanges, and piping systems.
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| |
-
ITEC 2090 - Electromechanical Systems
3 F,S
P: ITEC 2054 . Design and analysis of electromechanical control systems. Includes the fundamentals of programmable controllers as well as practical applications of interfacing mechanical, electrical, pneumatic, and hydraulic systems and components.
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-
ITEC 2091 - Electromechanical Systems Laboratory
0 F,S
P: ITEC 2054 . Design and analysis of electromechanical control systems. Includes the fundamentals of programmable controllers as well as practical applications of interfacing mechanical, electrical, pneumatic, and hydraulic systems and components.
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-
ITEC 3000 - Internet Tools Technology
3 F,S
P: MIS 2223 or ITEC 2000 or equivalent experience. Experience based introduction to Internet applications, communications, and collaboration methods for industry and other technical environments.
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-
ITEC 3100 - Internship in Industrial Technology
3 F,S,SS
Minimum of 240 hours of supervised, full- or part-time industrial or technical work experience. P: Consent of instructor and at least one semester as a full-time ECU student First experience in technical and managerial problems of industry. Participation in weekly seminar or completion of eight concept papers.
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ITEC 3200 - Introduction to Statistical Process Control
3 F,S
P: MATH 1065 or MATH 1066 ; ITEC 2000 or ITEC 3000 or MIS 2223 . Examination of statistical measures, tools, and methods employed to analyze and control variation in industrial processes. Course covers measures of central tendency and variation, frequency distributions and use of variable and attribute control charts.
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-
ITEC 3290 - Technical Writing
3 WI F,S,SS
P: ENGL 1200 or ENGL 2201 . Practice in writing about technical problems of significance to student.
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| |
-
ITEC 3292 - Industrial Safety
3 F,S
P: Junior standing. Causes and prevention of occupational accidents and health hazards. Emphasis on organization and operation of safety programs and development of safety consciousness.
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-
ITEC 3300 - Technology Project Management
3 WI F,S
3 lecture hours per week. P: ENGL 1200 or ENGL 2201 ; ITEC 2000 or ITEC 3000 or MIS 2223 . Systems needs analysis identification, functional requirements analysis, IT project timelines, and system development progress metrics.
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ITEC 3800 - Cost and Capital Project Analysis
3 F,S
P: MATH 1065 ; ITEC 2000 or ITEC 3000 or MIS 2223 . Economic analysis of technology alternatives. Valuation techniques, time value of money, cash flow analysis, cost estimation, taxes and depreciation, operations planning and control, project evaluation, accounting and budgeting tools.
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ITEC 4100 - Internship in Industrial Technology
3 F,S,SS
Minimum of 240 hours of supervised work experience. Supervised internship for student with industrial or technical experience. May be taken concurrently with ITEC 3100 . P: ITEC 3100 or consent of instructor. Work experience and participation in weekly seminar. For students not within commuting distance of ECU, participation in the seminar may be waived in lieu of concept papers.
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ITEC 4150 - Microbiology for Industrial Processing
3 S EY
P: Admitted to bioprocess manufacturing concentration within BS industrial technology degree. Microbiological and cell growth techniques utilized by the bioprocessing, chemical, food, or other industries.
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-
ITEC 4250 - Engineering for Food Safety and Sanitation
3 F OY
P: Admitted to bioprocess manufacturing concentration within BS industrial technology degree. Techniques for the sanitary design of food plants and food plant equipment.
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ITEC 4293 - Industrial Supervision
3 WI F,S
P: Senior standing or approval of instructor. Fundamental and special techniques for supervising people in industrial or business work situation. Duties and responsibilities of supervisor. Emphasis on successful supervisory practices.
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ITEC 4300 - Quality Assurance Concepts
3 F,S
P: ITEC 3200 or MATH 2283 . Managerial, statistical, motivational, and technological aspects of quality control as practiced in manufacturing, construction, processing, and service industries.
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-
ITEC 4350 - Separation Techniques for Industrial Processing
3 S OY
P: Admitted to bioprocess manufacturing concentration within BS industrial technology degree. Numerous separation techniques utilized by the bioprocessing industry.
|
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-
ITEC 4401 - Independent Study: Industrial Technology
1 F, S, SS
ITEC 4401, 4402, and 4403 may be repeated with consent of chair for a maximum of three semester hours. P: Consent of instructor. Independent study of an emerging technology or development in the field of industrial technology.
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ITEC 4502 Syllabus ITEC 4402 - Independent Study: Industrial Technology
2 F, S, SS
ITEC 4401, 4402, and 4403 may be repeated with consent of chair for a maximum of three semester hours. P: Consent of instructor. Independent study of an emerging technology or development in the field of industrial technology.
|
| |
-
ITEC 4403 - Independent Study: Industrial Technology
3 F, S, SS
ITEC 4401, 4402, and 4403 may be repeated with consent of chair for a maximum of three semester hours. P: Consent of instructor. Independent study of an emerging technology or development in the field of industrial technology.
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-
ITEC 4450 - Waste Treatment Techniques for Industrial Processing
3 S OY
P: Admitted to bioprocess manufacturing concentration within BS industrial technology degree. Waste treatment processes utilized by the bioprocessing, chemical, food, or other industries.
|
| |
-
ITEC 4501 - Special Topics: Industrial Technology
1
May be repeated with consent of chair. P: Consent of instructor. Special topic of emerging concepts, processes, tools, and/or materials in the field of industrial technology.
|
| |
-
ITEC 4502 - Special Topics: Industrial Technology
2
May be repeated with consent of chair. P: Consent of instructor. Special topic of emerging concepts, processes, tools, and/or materials in the field of industrial technology.
|
| |
-
ITEC 4503 - Special Topics: Industrial Technology
3
May be repeated with consent of chair. P: Consent of instructor. Special topic of emerging concepts, processes, tools, and/or materials in the field of industrial technology.
|
| |
-
ITEC 4550 - Quality in Regulatory Environment
3 F EY
P: Admitted to bioprocess manufacturing concentration within BS industrial technology degree. Quality processes in a regulatory environment utilized by the bioprocessing, chemical, food, or other industries.
|
Industrial Technology Banked Courses |
| |
-
ITEC 2001 - Industrial Technology Applications of Computer Systems
0
|
| |
-
ITEC 3030 - Supervised Work Experience
2
|
| |
-
ITEC 3091 - Supervised Work Experience Laboratory
2
|
| |
-
ITEC 3291 - Technical Writing
0
|
| |
-
ITEC 3294 - Principles of Industrial Training
3
|
| |
-
ITEC 4290 - Job Analysis: Procedures and Applications
3
|
Information and Computer Technology |
| |
-
ICTN 1500 - Information and Computer Technology Fundamentals
3 F,S
2 lecture hours per week. C: . Computing system hardware and architecture, networking hardware and architecture, operating systems, storage technology, virtualization, and emerging technologies.
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ICTN 1501 - Information and Computer Technology Fundamentals Laboratory
0 F,S
2 lab hours per week. C: . Computing system hardware and architecture, networking hardware and architecture, operating systems, storage technology, virtualization, and emerging technologies.
|
| |
-
ICTN 2150 - Network Fundamentals
3 F,S
2 lecture hours per week. C: . Introduction to the architecture, structure, functions, components, and models of the Internet and other data networks.
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| |
-
ICTN 2151 - Network Fundamentals Laboratory
0 F,S
2 lab hours per week. C: . Introduction to the architecture, structure, functions, components, and models of the Internet and other data networks.
|
| |
-
ICTN 2154 - Digital Communication Systems
3 F,S
2 lecture hours per week. P: ICTN 2150 . C: . Introduces local-area and wide-area networks. Provides basic understanding of network concepts and router programming.
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ICTN 2155 - Digital Communication Systems Laboratory
0 F,S
2 lab hours per week. Must be taken concurrently. P: ICTN 2150 . C: . Introduces local-area and wide-area networks. Provides basic understanding of network concepts and router programming.
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| |
-
ICTN 2158 - Computer Networking Technology
3 F,S
2 lecture hours per week. P: ICTN 2154 ; C: . Advanced study of local-area and wide-area networks. Develops competence in designing and implementing enterprise-wide campus network using routers and switches.
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ICTN 2159 - Computer Networking Technology Laboratory
0 F,S
2 lab hours per week. P: ICTN 2154 ; C: . Advanced study of local-area and wide-area networks. Develops competence in designing and implementing enterprise-wide campus network using routers and switches.
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ICTN 2510 - Network Environment I
3 F
2 lecture hours per week. P: ICTN 1500 ; C: . Network management using various NOS products. Topics include NOS setup, network resource management, user and group management, and security model.
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ICTN 2511 - Network Environment I Laboratory
0 F
2 lab hours per week. P: ICTN 1500 ; C: . Network management using various NOS products. Topics include NOS setup, network resource management, user and group management, and security model.
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| |
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ICTN 2530 - Network Environment II
3 F,S
2 lecture hours per week. P: ICTN 1500 ; C: . Network management using various products such as Linux and Solaris, including NOS setup, network resource management, user and group management, and security model.
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| |
-
ICTN 2531 - Network Environment II Laboratory
0 F,S
2 lab hours per week.
P: ICTN 1500 ; C: . Network management using various products such as Linux and Solaris, including NOS setup, network resource management, user and group management, and security model.
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| |
-
ICTN 2732 - Scripting for Information Technology
3 S
P: ITEC 2000 or ; P/C: ICTN 2530 . Introduction of scripting for information technology applications.
|
| |
-
ICTN 2900 - Fundamental Network Security
3 F
2 lecture hours per week. P: ICTN 2150 ; C: . Computer network and information security principles, devices, and applications.
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| |
-
ICTN 2901 - Fundamental Network Security Laboratory
0 F
2 lab hours per week. P: ICTN 2150 ; C: . Computer network and information security principles, devices, and applications.
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| |
-
ICTN 3250 - Internetwork Routing Technology
3 F
2 lecture hours per week. P: Current CCNA certification; C: . Advanced network routing technology in industry. Topics include routing protocols and technology, network performance consideration, and traffic control over LAN and WAN.
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ICTN 3251 - Internetwork Routing Technology Laboratory
0 F
2 lab hours per week. P: Current CCNA certification; C: . Advanced network routing technology in industry. Topics include routing protocols and technology, network performance consideration, and traffic control over LAN and WAN.
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| |
-
ICTN 3540 - Network Environment III
3 F
2 lecture hours per week. P: ICTN 2530 ; C: . Enterprise system administration using mixed vendor network operating systems, such as Linux and Microsoft. Topics include integrating networking services such as network file systems, enterprise printing administration, remote administration, and host and network security issues.
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ICTN 3541 - Network Environment III Laboratory
0 F
2 lab hours per week. P: ICTN 2530 ; C: . Enterprise system administration using mixed vendor network operating systems, such as Linux and Microsoft. Topics include integrating networking services such as network file systems, enterprise printing administration, remote administration, and host and network security issues.
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ICTN 3900 - Web Services Management
3 F
2 lecture hours per week. P: , ; C: . Current technologies that provide web services and management for organizations. Topics include web content development, web server installation and configuration, database integration, and security issues.
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| |
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ICTN 3901 - Web Services Management Laboratory
0 F
2 lab hours per week. P: , ; C: . Current technologies that provide web services and management for organizations. Topics include web content development, web server installation and configuration, database integration, and security issues.
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