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2007-2009 Catalog [ARCHIVED CATALOG]
Courses
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Click here to view the course decriptions |
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ETEC 3401 - Algorithms Credits: 3
Focus is on the theories of algorithms, data structures, computational complexity, and correctness. Topics include divide-and-conquer techniques, dynamic programming, greediness, sorting, searching, graph problems, lower bound techniques, and NP-completeness.Prereq: ETEC 21012 lecture hours 3 lab hours $
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ETEC 3402 - Automata and Formal Languages Credits: 3
The study of formal models of computation in terms of abstract language and machine models. These include formal languages, finite state automata, pushdown automata, Turing machines, and grammars.Prereq: ETEC 34012 lecture hours 3 lab hours $
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ETEC 3501 - Advanced Circuit Analysis Credits: 3
Introduction to (and application of ) integral differential equations to modeling of circuits and systems. Use of PSPICE to model systems. Application of Laplace transforms to system differential equations in the time and frequency domains with sinusoidal and complete harmonic signals. Topics include transfer functions, frequency response and BODE plots, transients in DC/AC networks, initial conditions, mesh analysis, superposition, the Initial and Final Value Theorems, and the Shifting Theorem. A laboratory component is directed at demonstrating the transient effects of both AC and DC stimulus.2 lecture hours 3 lab hours $
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ETEC 3701 - Operating Systems 1 Credits: 3
Function, design, and integration of the parts of an operating system. Topics include operating system history, policies for scheduling and page-replacement, memory management, resource allocation, deadlock, starvation, livelock, access control, mutual exclusion, concurrency process synchronization, file systems, secondary storage management, and command interpreters.Prereq: ETEC 21012 lecture hours 3 lab hours $
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ETEC 3702 - Operating Systems 2 Credits: 3
Advanced operating system topics through the examination and implementation of various parts of a working operating system. Topics include cooperating processes, protection, real- time systems, distributed systems, security, UNIX, file systems, processes, process development, remote access techniques, and overall system management.Prereq: ETEC 37012 lecture hours 3 lab hours $
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ETEC 3801 - Software Engineering Credits: 3
An introduction to models and issues concerned with the development of high quality software, including the life-cycle models, requirements analysis, specification and design techniques, implementation, documentation, configuration management, reliability, verification and validation, and maintenance.Prereq: ETEC 21032 lecture hours 3 lab hours $
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ETEC 4301 - Design Lab 1 Credits: 3
A capstone experience in computer engineering technology involving the application of hardware and software components to form a system. The student demonstrates competency by applying concepts from the computer engineering technology program to an applications design and implementation project under the guidance of a faculty mentor.Prereq: ETEC 3201, 3301, 3402, 3702, and 38012 lecture hours 3 lab hours $
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ETEC 4302 - Design Lab 2 Credits: 3
A continuation of ETEC 4301, where students complete and present their projects.Prereq: ETEC 43012 lecture hours 3 lab hours $
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ETEC 4401 - Compiler Design Credits: 3
Application of finite state automata as regular expressions to programming language design and analysis of the use of context-free grammars as a formal device for language syntax. Techniques of lexical analysis and parsing (top-down and bottom-up), symbol table management, code generation, and error handling.Prereq: ETEC 34022 lecture hours 3 lab hours $
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ETEC 4501 - Digital Controls 1 Credits: 3
A study of the methods used to implement control theory concepts on digital machines. An introduction to measurement devices and physical characteristics of control systems. Lab emphasis is on interfacing sensors used in measuring various physical environments to a microprocessor based system. Signal conditioning, scaling, and real-time programming techniques are incorporated to support these devices.Prereq: ETEC 2101, 2311, 3501, and MATH 21202 lecture hours 3 lab hours $
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ETEC 4502 - Digital Controls 2 Credits: 3
An extension of ETEC 4501. Microprocessor based control systems, open and closed loop systems, block diagrams, PID control algorithms, Programmable Logic Controllers. Lab emphasis is on interfacing microprocessor based systems to actuators such as motors, relays, valves, and heaters. Software algorithms are implemented to create discrete and continuous control systems.Prereq: ETEC 45012 lecture hours 3 lab hours $
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ETEC 4601 - Database Systems Credits: 3
A study of database management systems, including the design, implementation, and maintenance of databases. The logical and physical representations of hierarchial, simple and complex data and file relationships are covered. Their application in the major data models is emphasized with a focus on the relational models.Prereq: ETEC 21012 lecture hours 3 lab hours $
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ETEC 4901 - Perspectives in Computing Credits: 3
An opportunity for the student to explore advanced topics pertinent to their future career.Prereq: ETEC 3201, 3301, 3402, 3702, 3801, or advisor approval.2 lecture hours 3 lab hours $
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ETEM 1103 - Industrial Electricity Credits: 2
Introduces the student to the National Electrical Code (NEC) and practices used in industry to install electrical conductors, switching equipment, and overload protection and equipment. Course study includes motors, generators, and machine controls.1 lecture hours 3 lab hours $
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ETEM 1112 - DC and AC Circuits Credits: 4
An introductory course in the study of electricity. Basic definitions of energy and electricity are introduced which lead to studies of resistance, Ohm’s Law, series and parallel circuits, magnetism, inductance-resistance and capacitance-resistance transient circuits, alternating current fundamentals, phasor algebra, AC circuit analysis, power factor, and resonance.Coreq: MATH 12003 lecture hours 3 lab hours $
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ETEM 1216 - Electronics Credits: 4
Introduction to discrete, bipolar solid state electronic devices and electronic circuits, including small signal amplifiers; transistor biasing; equivalent circuits; electronic, unregulated DC power supplies; special solid state devices; frequency response; decibels; cascaded, feedback, power, and field effect amplifiers; op amps; and regulated DC power supplies.Prereq: ETEM 11123 lecture hours 3 lab hours $
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ETEM 1510 - Introduction to Electricity/Electronics Credits: 3
Fundamental principles of DC and AC electricity. An introduction to electronics with emphasis on process control applications and PLCs.(Not for EM or computer engineering technology majors.)Prereq: MATH 1020 or higher2 lecture hours 3 lab hours $
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ETEM 1514 - EM Devices Credits: 3
A study of devices where both electrical and mechanical principles are utilized. Includes DC motors and generators, 3-phase circuits, transformers, induction motors, alternators, synchronous motors, and motor controls.Prereq: ETEM 1112 (or 1510 for non-EM majors)2 lecture hours 3 lab hours $
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ETEM 2212 - Digital Logic Credits: 4
Introduction to solid state, integrated electronic logic, practical applications of Boolean Algebra, logic gates, binary pulse circuits, number systems, and computer arithmetic. Integrated circuit applications which include combinational and sequential logic, printed circuits, counters, registers, decoders, signal converters, and an introduction to microcomputers.Prereq: ETEM12163 lecture hours 3 lab hours $
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ETEM 2418 - Programmable Logic Controls Credits: 3
Introduction to basic industrial control circuits using the PLC as a control device. Instruction on the proper methods of programming, logic and math functions, and interfacing the PLC to peripheral devices.Prereq: ETEM 1514, 2212 or 15102 lecture hours 3 lab hours $
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ETEM 2420 - Programmable Controllers 2 Credits: 3
A continuation of ETEM 2418, including more advanced controls, interfacing, and peripheral devices.Prereq: ETEM 24182 lecture hours 3 lab hours $
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ETEM 2514 - EM Systems Credits: 4
An introduction to systems that use both electrical and mechanical principles. Thermals, hydraulic, pneumatic, vacuum, magnetic, and optic systems are utilized to stress the coordinated combination of previously learned concepts. Includes the use of mechanical drawing of both electrical and electronic circuits and components using appropriate symbols. This course covers power distribution, logic and ladder diagrams, printed circuits, schematics, and pictorial views.Prereq: ETCO 1310, ETEM 1216, and 15143 lecture hours 3 lab hours $
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ETEM 2516 - Automation and Robotics Credits: 3
A study of electromechanical open and closed loop analog and digital systems. The microcomputer and programmable logic controllers are used to interface a variety of input and output transducers to build complete automatic control systems and industrial robotic manufacturing cells.Prereq: ETCO 1310, ETEM 1514, and 2212 $
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ETEM 2520 - EM Design/Presentation Credits: 3
Provides the student the opportunity to work on the design, fabrication, assembly, and testing of electromechanical devices and systems. Promotes independent study, team building, initiative, and creativity by requiring the student to develop the design with minimal staff supervision. Students are required to make a formal oral presentation of their design project.Coreq: ETEM 25162 lecture hours 6 lab hours $
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ETEV 1110 - Introduction to Environmental Engineering Credits: 3
An introduction and overview of the management of environmental restoration and pollution control projects. The development of an appreciation of the many aspects of project coordination. Problem discovery and definition, investigative techniques, work plans, health and safety plans, quality assurance/quality control plans, agency interfacing/permit acquisition, legal regulations, and reporting requirements.2 lecture hours 3 lab hours $
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ETEV 1120 - Laboratory Techniques Credits: 3
A specialized laboratory chemistry course for water/wastewater, air, and solid waste analysis. Course includes collection of samples, appropriate sampling protocols, and record keeping for such tests as heavy metals, F/M ration, sludge age, fecal coliform, BOD, suspended solids, percent solids, ammonia, chlorine demand, and residual, pH, turbidity, etc.Prereq: CHEM 1141 and ETEV 11102 lecture hours 3 lab hours $
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ETEV 1130 - Water Treatment Techniques Credits: 3
Designed to provide the necessary formal training to allow the student to attempt the State of Ohio Class I Water Operator exam. Emphasizes water treatment, distribution systems, theory of operations, and design applications. Basic water quality tests such as chlorine residual, fluoride, iron, manganese, and nitrate nitrogen are also covered.Prereq: CHEM 11412 lecture hours 3 lab hours $
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ETEV 2210 - Wastewater Treatment Techniques Credits: 3
Provides the necessary formal training to allow the student to attempt the State of Ohio Class I Wastewater Operator exam. Emphasizes types of treatment, theory of operation, design applications, basic operating tests such as BOD, DO, pH, F/M ration, sludge age, detention timing, hygiene and public health aspects, sewer systems, and budgetary considerations.Prereq: CHEM 11412 lecture hours 3 lab hours $
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ETEV 2220 - Hazardous Waste Management Credits: 3
An investigation of the state and federal programs for environmental assessments of regulating facilities for the disposal of hazardous wastes and the development of resource recovery programs. The creation, transportation, treatment methods, storage, and disposal of ‘‘hazardous wastes’’ are also studied.Prereq: CHEM 1141 and ETEV 11102 lecture hours 3 lab hours $
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ETEV 2230 - Introduction to Solid Waste Management Technology Credits: 4
A study of the long-term environmental impacts, methods of transporting, reduction, and storage of solid waste.Prereq: CHEM 1141 and ETEV 1110
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ETEV 2240 - Industrial Waste Treatment Credits: 3
A study of industrial waste pretreatment requirements, equipment operation and design, testing, and removal systems.Prereq: CHEM 1141 and ETEV 22202 lecture hours 3 lab hours $
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ETEV 2250 - Fluid Mechanics Credits: 3
Fluid properties; fluid statics, including manometry; submerged surfaces; buoyancy; and stability of floating bodies. The principles of fluid flow, including Bernoulli’s and energy equations; energy losses; and pump power. Analysis and design of pipe line systems, open channels, and pump selection.Prereq: MATH 12002 lecture hours 3 lab hours $
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ETEV 2260 - Automation for Environmental Technology Credits: 3
Complete closed-loop control of analog process systems with PLC interfaces and computer control. Several loops are analyzed, such as flow, chemical feeds, temperature, and dissolved oxygen.Prereq: ETEV 1120, 1130, 2210, and MATH 12002 lecture hours 3 lab hours $
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ETEV 2270 - Industrial Toxicology Credits: 3
A study of the health and safety issues of hazardous and infectious environments. Discussions include exposure limits, monitoring, symptoms, and prevention of the spread of common diseases through all forms of waste management.Prereq: CHEM 1141 and ETEV 22202 lecture hours 3 lab hours $
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ETEV 3310 - Thermodynamics Credits: 3
Energy analysis of engineering systems using the concepts and laws of thermodynamics. The principle of the mechanical equivalent of heat, behavior, or pure substances; uses of thermodynamic property tables; and study of gas mixtures. Application of the Carnot cycle to both heat engines and reversed heat engines.Prereq: ETEV 2250
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ETEV 3345 - Management of Hazardous Material Credits: 3
Focuses on the handling, storage, transportation, and accident prevention aspects of hazardous materials management. Key EPA, DOT, manifesting, and other handling/shipping concerns.Prereq: ETEV 22202 lecture hours 3 lab hours $
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ETEV 3355 - Hazardous Waste Treatment and Control Technologies Credits: 3
A comprehensive examination of treatment and disposal technologies for hazardous wastes. Physico-chemical, biological, stabilization, solidification, and thermal methods are presented. Topics include soil vapor extraction, carbon absorption, steam stripping, chemical oxidation, incinerators, and other technologies.Prereq: CHEM 1141 and ETEV 22202 lecture hours 3 lab hours $
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ETEV 4410 - Engineering Hydrology for Technologists Credits: 3
An overview of basic groundwater hydrology, groundwater flow systems, well design, and groundwater management. Emphasis is placed on the environmental aspects of groundwater development and management.Prereq: CHEM 22002 lecture hours 3 lab hours $
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ETEV 4420 - Introduction to Geographic Information Systems Credits: 3
Introduction to the use of computer aided drafting techniques to document municipal, utility, and governmental information in a graphics format.Prereq: GEOL 12012 lecture hours 3 lab hours $
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ETEV 4430 - Statistical Procedures for Analysis of Environmental Data Credits: 3
Provides statistical and numerical techniques to analyze environmental monitoring data required for regulatory compliance. Applications include groundwater, soil, air, and others as appropriate.Prereq: ETEV 2220, 2270 and 33552 lecture hours 3 lab hours $
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ETEV 4440 - Environmental Law and Policy Credits: 3
A study of American political institutions and a brief history of the American environmental movement and the resulting environmental regulations. Emphasis is on NEPA, RCRA, CERCLA, EPCRA, CAA, CWA, SDWA, HMTA, TSCA, FIFRA, the Clean Water Act, the Clean Air Act, and the Asbestos Hazard Emergency Response Act.Prereq: ETEV 1130 and 2220
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ETEV 4445 - Hazardous Site Remediation Credits: 3
A wide spectrum of remediation-based technologies that have been employed in the successful remediation of Superfund sites. Technologies include physical, chemical, thermal and bioremediation applications. Different site conditions are considered in terms of technology applicability with regard to processing efficiencies and mass capabilities.Prereq: CHEM 2200, ETEV 2220, and 33552 lecture hours 3 lab hours $
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ETGG 1801 - Game Programming Foundations 1 Credits: 3
Introduction to the rigorous field of interactive simulation and gaming. Learn about the major components of modern simulations and games from both a design perspective and a technical perspective. Topics include fundamentals of simulation/gaming, user interface design, human computer interaction, input/output paradigms, and an overview of simulation/games design process. Lab activities are designed to foster critical thinking and problem-solving skills through the development of an understanding of the development process as well as interactive programming techniques through the creation of working interactive programs in a high-level programming language.2 lecture hours 3 lab hours $
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ETGG 1802 - Game Programming Foundations 2 Credits: 3
Continuation of ETGG 1801, intended to further develop understanding of the simulation/gaming production process. Class activities are focused upon understanding more advanced concepts and implementation techniques central to the game and simulation development process. Lab activities are focused on the writing of simple, yet complete, interactive programs in a high-level programming language.Prereq: ETGG 18012 lecture hours 3 lab hours $
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ETGG 1803 - Concepts of 3D Graphics and Mathematics Credits: 3
Introduces students to concepts of 3D graphics, 3D modeling, and the mathematics necessary for 3D programming. Topics include 3D model generation and texture generation, 3D trigonometric operations, 3D vector motion, and matrix transformations in 3-space. Lab activities focus on creating textures and models and learning the mathematical principles that underly the computer graphics field.Prereq: ETGG 18012 lecture hours 3 lab hours $
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ETGG 2801 - Computer Graphics 1 Credits: 3
Provides a rigorous introduction to 2D and 3D computer graphics concepts, techniques, and algorithms. Topics may include point plotting, line drawing, clipping, sprite animation, optimization, projection, shading, transformations, and other topics. Lab activities include programming projects in two and three dimensional graphics, varying from simple to complex.Prereq: ETGG 1803Coreq: ETEC 21012 lecture hours 3 lab hours $
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ETGG 2802 - Computer Graphics 2 Credits: 3
Continuation of ETGG 2801, intended to provide advanced mathematical concepts, techniques, and algorithms for 3D computer graphics. Topics may include texture mapping, curves and surfaces, image processing, alpha-blending, bump mapping, anti-aliasing, pixel-shaders, volumetric lighting, and other topics. Lab activities include various programming projects using a modern 3D graphics API.Prereq: ETGG 28012 lecture hours 3 lab hours $
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ETGG 3801 - Realtime Interactive Programming 1 Credits: 3
Two-semester sequence that puts into practice all of the information and knowledge gained in the previous courses. In this sequence, students first identify, then build, the necessary components for a full working 3D simulation/game engine. Lab activities focus on investigating existing 3D engines and then designing and implementing simple simulations/games on a modern 3D engine.Prereq: ETGG 28022 lecture hours 3 lab hours $
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ETGG 3802 - Realtime Interactive Programming 2 Credits: 3
Continuation of ETGG 3801. Classroom and lab activities focus on the creation of a custom programmed 3D engine that encompasses advanced 3D engine features such as physics modeling, special effects, sound effects, and advanced I/O and interface routines.Prereq: ETGG 38012 lecture hours 3 lab hours $
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ETGG 4801 - Senior Project 1 Credits: 3
Two-semester senior project sequence, intended to be the capstone experience in interactive simulation and gaming engineering technology. The project experience synthesizes previously covered techniques by allowing students to design and develop an entire simulation/game project. Under the guidance of faculty mentors, students take a complete project from idea to proposal to development to product in a diverse team environment. The project sequence culminates with the completion and formal presentation of a completed working interactive 3D simulation/game.Prereq: ETGG 38021 lecture hours 6 lab hours $
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ETGG 4802 - Senior Project 2 Credits: 3
Continuation of ETGG 4801.Prereq: ETGG 48011 lecture hours 6 lab hours $
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ETGG 4803 - Artificial Intelligence Credits: 3
Provides an introduction to the fundamental concepts and techniques underlying the construction of artificially intelligent computer systems. Topics may include problem-solving and search; logic and knowledge representation; planning, reasoning and decision-making in the presence of uncertainty; machine learning; natural language processing; neural networks; and other topics. Lab activities focus on the design and implementation of working AI systems.Coreq: ETEC 34022 lecture hours 3 lab hours $
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ETGG 4804 - Optimization Techniques Credits: 3
Designed to teach students advanced programming techniques to achieve increased code performance. Course content includes algorithmic and hardware optimization techniques. Lab activities focus upon hands-on real-world code optimization exercises, using both low-level and high-level programming languages.Prereq: ETGG 28012 lecture hours 3 lab hours $
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ETGG 4805 - Perspectives in Interactive Simulation Credits: 3
Provides the student with an opportunity to explore advanced topics pertinent to their future career.Prereq: ETGG 38022 lecture hours 3 lab hours $
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ETPL 1100 - Plastics Manufacturing Credits: 3
An introductory overview of the different plastic resins, processing methods, and terminology. Lectures cover different types of plastic, identification tests, polymerization, molecular growth, and processing methods. Laboratory experiences in extrusion, injection, thermoforming, compression, and other molding and fabricating operations.3 lecture hours $
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ETPL 1120 - Software Tools for Technology Credits: 3
Utilization of computer hardware and a high level programming application (Mathcad®) to create worksheets, functions, 2D and 3D plots, graphics, and interactive operations to develop computer programs for technology applications. $
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ETPL 2200 - Plastics Processing 1 Credits: 4
Basic topics in the processing of thermoplastic resins and in extrusion processing. Hands-on operation in the study of the extrusion of thermoplastic resins and of injection molding machines. Introduction to principles of injection molding processing of thermoplastics.Prereq: ETPL 11003 lecture hours 3 lab hours $
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ETPL 2220 - Plastics Processing 2 Credits: 3
Basic topics in the processing of thermoplastic resins and in blow molding processing. Hands- n operation in the study of the blow molding of thermoplastic resins. Basic topics in rotational molding, thermoforming area of processing, and the study of plastic manufacturing methods. Includes secondary operations such as printing, plating, cementing, stamping, and other decoration finishing operations.Prereq: ETPL 2200 $
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ETPL 2230 - Properties of Polymers 1 Credits: 4
Introduction to the molecular structures, molecular mass distributions, tacticity, thermal transitions, and morphology of commercial, synthetic polymers, and their relationships to properties (from an applications standpoint). Describes the polymerization mechanisms; step and chain growth, plus the industrial processes utilized for the manufacture of polymers; bulk, suspension, dispersion, interface, and emulsion, including the mechanisms of the current catalyst systems; Ziegler-Natta and metallocene. Extensive coverage of both the amorphous and crystalline states is provided. The visoelastic characteristics of polymers are explained and modeled. The curing kinetics of thermoset polymers are investigated. The lab component includes the characterization and testing of polymers, using differential scanning calorimetry and capillary rheometry, plus the Instron and Izod Impact testing machines.Prereq: CHEM 1142 and MATH 2110Coreq: PHYS 22023 lecture hours 3 lab hours $
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ETPL 2235 - Statistical Process/Quality Control Credits: 4
Introduction to basic statistical theory, probability models for discrete and continuous random variables, and their probability distributions and probability density functions. Sampling distributions for the mean, variance and ratios of variances. Hypothesis testing of means, variance, proportions, differences between means, and ratios of variances. The development and analysis of control charts for variables and attributes. Linear regression theory. Application of Taguchi’s 2-level designed experiments to polymer processing. $
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ETPL 3320 - Plant Layout and Cost Analysis Credits: 4
Fundamentals of engineering economics and financial management for engineering technologists as applied to the production and manufacturing environment. Topics include principles of plant layout and facilities design, related economic decisions, time value of money, evaluation of assets, cash flow, replacement decisions, and rate of return analysis.Prereq: MATH 1200 $
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ETPL 3330 - Properties of Polymers 2 Credits: 4
Introduces atomic packing factors, crystal structures, Bravais lattices, and unit cells. Briefly explains chemical thermodynamic concepts, entropy, and Gibbs and Helmholtz free energy and applies these to the entropic theory of rubber elasticity. The theory for computing the stress distribution in fibre-reinforced polymer composites (FRPCs) is developed, allowing prediction of their properties. Provides the van der Waals interaction potentials required to understand intermolecular forces, and interactions between particles. Introduces the Young-Laplace equation, plus Gibbs’ concept of an interface, in order to explain capillarity, and other interfacial phenomena. Develops the basic concepts of 2D stress analysis in order to describe failure mechanisms of polymers and composites. Investigates the structure and properties of the thermoplastic elastomers and developing polymers.Prereq: ETPL 2230 and MATH 2120 $
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ETPL 3335 - Statistical Process/Quality Control 2 Credits: 4
Analysis of variance and the basic theory of experimental design: completely randomized, randomized block, and Latin Square designs. Factorial and fractional factorial designs, with application to polymer processes. Multiple linear regression, using matrix methods. Optimization theory with applications to polymer processing. Acceptance sampling techniques and operating characteristic curves. The testing and evaluation of product reliability. Introduction to the concepts of linear programming: the Simplex method is applied to the solution of transportation and assignment problems, plus network flow models. PERT/CPM techniques, probabilistic (Bayesian) models, and decision trees.Prereq: ETPL 2235 $
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ETPL 3345 - Advanced Processing 1 Credits: 4
Application of the laws of conservation (mass, momentum, energy) to polymer processing. Using fluxes and differential volume elements yields the 1-D, steady-state transport equations. Steady-state flows in simplified geometries, within circular cross-sections, and between parallel plates. Explores the phenomena occurring in the three sections of a single-screw extruder. Application of the power law model to more accurately describe the rheological behavior of polymers in continuous polymer processing operations: wire coating, pipe, profile, cast and blown film, plus calendering (to form sheet).Prereq: ETPL 1100 and 2230 $
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ETPL 3360 - Plastic Part and Mold Design Credits: 4
Study of thermoplastic and thermoset part designs. Assigned projects develop an understanding of design parameters. Emphasis is placed on combining several areas of knowledge to design plastic parts. Design and analysis of plastic parts made using thermoplastic injection molds, extrusion dies, and blow molding using Moldflow Design and Analysis and CAD programs. Includes geometric dimensioning, cams, and other special techniques.Prereq: ETPL 2200 and 22304 lecture hours $
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ETPL 3370 - Plastic Part and Mold Design 2 Credits: 4
Continuation of ETPL 3360.Prereq: ETPL 33604 lecture hours $
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ETPL 4445 - Advanced Processing 2 Credits: 4
Applies the theory developed in ETPL 3345 to unsteady-state (cyclic) polymer processes: blow-, injection-, rotational- and compression molding, plus thermoforming. Explores unsteady-state heat transfer in injection-, rotational-, and blow molding, and elongational flows (fibre spinning). Revisits the blown film and blow-molding processes in greater depth. Introduces additional concepts in stress analysis, the mechanical behavior of shells, and bending of beams and applies these to the prediction of the mechanical behavior of polymers in a variety of applications, including snap fit connections.Prereq: ETPL 3345 $
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ETPL 4470 - Part and Mold Making and Foams Credits: 4
Capstone design class for the plastic curriculum. Students learn CNC programming and basic knowledge to construct a mold for a plastic part. Mold is constructed for design developed and analyzed in ETPL 3360 and 3370. Study of assembly, machining, and molding of plastic parts. Also covered is the processing of plastic foams. Topics include fundamentals of foaming plastics, extruded foams, EPS, polyurethane foams, the Mucell Process.Prereq: ETPL 33704 lecture hours $
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ETRO 2530 - Robotic Maintenance Credits: 3
Instruction in servicing and troubleshooting robotic and peripheral automated systems. Emphasis on mechanical, hydraulic, and electronic control systems associated with robotic work cells.Prereq: ETEM 2418 and 2516 or ETCO 2510 and ETEM 15102 lecture hours 3 lab hours $
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ETRO 2540 - Robotic Applications Credits: 3
Advanced study in high technology robot operations and applications with emphasis on pick and place, continuous, and controlled path robots; programmable logic control systems; and production systems. Extended practice in off-line programming, set-up, adjustment, and operation of robotic work cells and materials handling systems.Prereq: ETRO 25302 lecture hours 3 lab hours $
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FREN 1111 - Elementary French 1 Credits: 5
Beginning course of a two-semester, first-year sequence. Basic grammatical concepts and patterns. Emphasis is on development of reading, listening, comprehension, speaking, and writing skills. $GEP
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FREN 1112 - Elementary French 2 Credits: 3
Continuation of FREN 1111.Prereq: FREN 1111 $
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FREN 2211 - Intermediate French 1 Credits: 3
An intensive review of grammar and sentence structure and introduction to selected readings in French literature. Oral expression is stressed.Prereq: FREN 1112 $
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FREN 2212 - Intermediate French 2 Credits: 3
Continued intensive review of grammar. Sight translation is stressed. Conversational drills include advanced idiomatic expressions.Prereq: FREN 2211 $
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GEOG 1125 - World Geography Credits: 3
Concerns world’s regions and nations, resource use, cultural groups, and political patterns. Designed to develop an understanding of world affairs and the applications of geography in general.
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GEOG 1130 - Economic Geography Credits: 3
Systematic survey of locational economic patterns and their interrelationships.
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GEOG 2201 - Cultural Geography Credits: 3
Impact of various cultures on landscape, distribution of cultural traits, ecological adaptations, and cultural areas throughout the world.Prereq: ENGL 1105 GEP
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GEOG 2225 - Physical Geography Credits: 3
Systematic survey of earth-sun relationships, land forms, climate, soils, and natural vegetation.
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GEOG 2227 - Foundations of Meteorology Credits: 3
A survey of the principles and elements of meteorology: composition of the atmosphere, radiation balance, precipitation, global circulation, weather systems and traveling cyclones, weather forecasting, and air pollution and human impacts on local and global climate.
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GEOG 2230 - Urban Geography Credits: 3
Study of city function, patterns, and past and current problems confronting the city, including planning, zoning, housing, and urban renewal.
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GEOG 2242 - Geography of Ohio Credits: 3
Detailed regional study of physical background, settlement, and economic development.
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GEOG 2243 - Geography of Appalachia Credits: 3
A study of Appalachia from a geographical approach, including a detailed examination of physical aspects (climate, soil, vegetation, minerals, and water resources), historical development both past and present, settlement patterns, and economic patterns of the region.
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GEOG 2999 - Topics in Geography Credits: 3
Individual or small-group study, under the supervision of instructor, of topics not otherwise available to students.Separate courses, repeatable for credit.Prereq: GEOG 1101, 1125, 1130, or 2201
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GEOG 3310 - Medical Geography: Geography of Life or Death Credits: 3
Relationship between disease and the physical and socio-economic environment. Topics include disease ecology, historical patterns of cholera and plague, tropical disease, weather and health, cancer and heart disease in the U.S., hunger and the environment, distribution of resources, and introduction to facilities location planning.
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GEOG 3311 - Air Pollution Credits: 3
Examination of air pollutants and their social and economic impacts, control strategies, and air pollution planning.
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GEOG 3350 - Regional Geography: Geography of North America Credits: 3
The U.S. And Canada studied from a geographical perspective, including detailed examination of climate, soil, vegetation, minerals, water resources, historical development, settlement patterns, and economic aspects of the region.
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GEOG 3351 - Regional Geography of the Middle East Credits: 3
The Middle East — a cradle of civilization, birthplace of three world religions, crossroads, oil resource area, site of persistent conflict since WWII. The course addresses these aspects within the context of regional geography.Prereq: ENGL 1105 GEP
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GEOG 3999 - Special Topics in Geography Credits: 3
Individual or small-group study, under the supervision of instructor, of topics not otherwise available to students.Prereq: GEOG 1101, 1125, 1130, or 2201
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GEOG 4404 - Transportation Geography and Management Credits: 3
Examination of the geography of transport routeways and the geographic factors governing their evolution and use. Various modes (e.g. rail, water, highway) are discussed in terms of facilities, environmental impacts, rate structures, and commodities shipped. Decision processes of shippers, carriers, and government are examined.Prereq: One course in GEOG or ECON
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GEOG 4999 - Special Topics in Geography Credits: 3
Individual or small-group study, under supervision of instructor, of topics not otherwise available to students.Separate courses are repeatable for credit.Prereq: GEOG 1125, 1130, or 2201
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GEOL 1201 - Physical Geology and the Human Environment Credits: 4
Introduction to Earth materials and the processes that shape the Earth’s surface. Emphasis on key theories, which guide our explanations of geologic phenomena and on the complex interrelationships between geologic systems and humankind.3 lecture hours 2 lab hours $GEP
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GEOL 1202 - Historical Geology Credits: 4
Biological and physical history of the Earth. Course focuses on principles that have guided geologists in their search for clues to the Earth’s past. Students trace the Earth’s history from the development of the crust, oceans, and atmosphere to the appearance of life and domination of dinosaurs and mammals.Prereq: GEOL 12013 lecture hours 2 lab hours $GEP
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GEOL 2203 - Mineralogy Credits: 4
Systematic study of minerals that constitute the Earth. Classification, occurrence, and identification of silicate/nonsilicate minerals. Course builds a foundation for the study of advanced Earth materials and processes.Prereq: CHEM 1141 and GEOL 12013 lecture hours 2 lab hours $
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GEOL 2204 - Sedimentary Rocks and Stratigraphy Credits: 4
Study of the origin and characteristics of sediments and sedimentary rocks. Course traces the development, transport, deposition, and lithification of sediments and examines the classification, distribution, and interpretation of sedimentary rocks and environments.Prereq: GEOL 22033 lecture hours 2 lab hours $
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GEOL 2290 - Seminar in Geology Credits: 1-4
Discussion of advanced topics in geology.
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GEOL 2295 - Undergraduate Research Credits: 1-4
Independent Earth science investigation, under the direction of a faculty member.Instructor permission only. $
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GEOL 2999 - Topics in Geology Credits: 1-4
Individual or small-group study of topics not otherwise available to students.May include a lab. $
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GEOL 3205 - Igneous and Metamorphic Petrology Credits: 4
Study of the occurrence, origin, composition, structure, and evolution of igneous and metamorphic rocks. Physical and chemical classification of rocks based upon mineralogy and textures. Introduction to thin-section petrography.Prereq: GEOL 22033 lecture hours 2 lab hours $
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GEOL 3301 - Paleobiology Credits: 4
Study of common and important fossil-forming invertebrates. Objectives are to understand how fossils are generated, why they are important, and how they can help us understand the diversity of life today. Vertebrate-invertebrate relationships are also considered.Prereq: GEOL 1202 or instructor permission.3 lecture hours 2 lab hours $
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GEOL 3390 - Seminar in Geology Credits: 1-4
Discussion of advanced topics in geology.
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