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Engineering |
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ENGR 199 - Introduction to Engineering Practices and Principles I
An introduction to the engineering discipline. Group work, oral communication, problem solving and the design process will be introduced through lecture and project-based learning activities. Freshman Engineering majors only. Contact Hours: 2 Lecture, 2 Lab.
Credits 3
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ENGR 200 - Engineering Practices and Principles II
Engineering practices and principles, teaming, project planning, written communications, and conceptual design processes will be introduced through lecture and project-based learning activities. Contact Hours: 2 Lecture, 2 Lab.
Prerequisites ENGR 199 with a grade of C or better.
Credits 3
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ENGR 201 - Engineering Mechanics: Statics
Resolution of forces, moments, and couples to achieve equilibrium in static structures; centroids and moments of inertia; Cartesian vector analysis; particle equilibrium; internal forces; friction.
Prerequisites MATH 153 and PHYS 230.
Credits 3
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ENGR 202 - Mechanics of Materials
Develop a fundamental understanding of stress and strain applied to deformable bodies including axial and shear loading, torsion, bending beams, combined loading, and column buckling. Required minimum grade for major is C.
Prerequisites MATH 255 and ENGR 201.
Credits 3
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ENGR 211 - Materials Science
Knowledge of various common engineering materials will be developed through an understanding of microscopic structures, physical properties, equilibrium diagrams, and kinetic processes. Required minimum grade for major is C.
Prerequisites PHYS 230 and CHEM 139.
Credits 3
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ENGR 231 - 3-D Solid Modeling
Exposure to 3D constraint-based solid computer modeling, design intent, feature relations, and role in product development cycles. Contact Hours: 2 Lecture, 2 Lab.
Prerequisites ENGR 132.
Credits 3
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ENGR 300 - Professional Development
Viewing engineering as a career through participation in activities such as attendance of professional society meetings, participation in student organizations, attendance at visiting lectures, seminars, etc. S/U grading.
Prerequisites Junior standing in EE.
Credits 1
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ENGR 315 - Electrical Engineering Fundamentals
Principles of electrical and electronic measurements; DC and AC circuit theory; components; amplifiers; motors; transformers. Not open to electrical engineering or electrical and computer engineering technology majors. Contact Hours: 2 Lecture, 2 Lab
Prerequisites PHYS 231 and MATH 255.
Credits 3
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ENGR 331 - Design for Manufacturing
Various manufacturing processes and design principles are examined to understand the capabilities of each process. This knowledge is used to design products that are compatible with a manufacturing process while identifying implications for quality and cost.
Prerequisites ENGR 211 and ENGR 231 and EE 200.
Credits 3
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ENGR 332 - Finite Element Analysis
An introduction to finite element modeling with topics including element selection, symmetry, plane stress and plane strain. This course also uses commercial software for analysis.
Prerequisites ENGR 202 and MATH 320.
Credits 3
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ENGR 333 - Vibration Analysis
An introduction to analytical methods for modeling and evaluating the characteristics of dynamic systems. Topics such as vibration isolation, damping characteristics and measurement methods are also covered.
Prerequisites ME 301 and MATH 320.
Credits 3
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ENGR 350 - Engineering Practices and Principles III
Engineering project-based learning (open-ended) with emphasis on project control and engineering design processes. Special emphasis will be placed on professional, ethical, global, environmental, and contemporary issues. Contact Hours: 2 Lecture, 2 Lab.
Prerequisites ENGR 200 with a grade of C or better.
Credits 3
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ENGR 352 - Thermodynamics and Heat Transfer
This course covers thermodynamics and heat transfer fundamentals including the enthalpy, entropy, and the first and second laws of thermodynamics, conduction, convection, and radiation.
Prerequisites MATH 140 or MATH 153, CHEM 139, PHYS 130 or 230, & ET 141 or ENGR 211.
Credits 3
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ENGR 353 - Thermodynamics
This course introduces the concepts and principles of thermodynamics along with the laws of thermodynamics, mass/energy analysis, power cycles and refrigeration cycles.
Prerequisites MATH 255 and MATH 320.
Credits 3
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ENGR 365 - Global Engineering and Technology
Fundamental skills and cultural responsiveness in engineering and technology on a multidisciplinary team in a global context. Focus is given to effective communication (across different cultures and either synchronous or asynchronous), clear understanding of engineering standards, knowledge of project development process, commitment to ethics, professionalism, interdisciplinary team-work and equality, and appreciation for global interconnectedness of various practices. (P6).
Credits 3
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ENGR 389 - Cooperative Education
See Cooperative Education program.
Credits 3, R9
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ENGR 400 - Engineering Capstone I
Senior engineering project selection, planning, and development. Emphasis will be placed on defining project requirements, developing project work breakdown structure, conceptual designs, and working prototypes. 1 Lecture, 4 Lab.
Prerequisites ENGR 350, with a “C” or better.
Credits 3
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ENGR 402 - System Dynamics and Control
Modeling and analysis of continuous systems in time and frequency domains; control system design; and applications of control theory to electromechanical system simulations using MATLAB.
Prerequisites MATH 320 and (EE 202 OR ENGR 315)
Credits 3
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ENGR 411 - Engineering Numerical Analysis
Development of numerical algorithms to provide solutions to common problems formulated in engineering and the applicability and limits of the appropriate use.
Prerequisites MATH 256 and (EE 200 or MATH 340 or CS 150).
Credits 3
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ENGR 450 - Engineering Capstone II
Senior engineering project design, development, fabrication, and testing. Emphasis will be placed on iterative design processes, project management and execution, fabrication and testing. 1 Lecture, 4 Lab.
Prerequisites ENGR 400, with a “C” or better.
Credits 3
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ENGR 493 - Special Topics in Engineering
Special Topics in Engineering.
Prerequisites Permission of instructor.
Credits 1-3, R6
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ME 211 - Mechanical Engineering Lab I
Laboratory exercises in support of ENGR 211.
Corequisites ENGR 211.
Credits 1
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ME 301 - Engineering Mechanics: Dynamics
Principles of dynamics; particle motion; kinetics of rigid bodies; work and energy; impulse and momentum; vector methods.
Prerequisites MATH 320 and ENGR 201.
Credits 3
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ME 302 - Design of Machine Elements I
Analysis and design of machine elements and machines; material selection, fatigue failure, finite elements; mechanical power transmission components including gears, bearings, shafts, and frictional devices. Application of engineering standards and consideration of realistic design constraints.
Prerequisites ENGR 202.
Corequisites ME 312.
Credits 3
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ME 311 - Mechanical Engineering Lab II
Laboratory exercises in support of ME 321.
Corequisites ME 321.
Credits 1
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ME 321 - Fluid Dynamics
Fundamentals of fluid dynamics; fluid statics; incompressible flow with friction; compressible flow without friction; power requirements for pumpts and turbines; energy losses.
Prerequisites MATH 320.
Corequisites ME 311.
Credits 3
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ME 401 - Design of Machine Elements II
Analysis of function, classification, position, velocity, and acceleration of multi-element mechanical linkages. Kinematic analysis and synthesis of linkages through the use of theory and software. Application of engineering standards and consideration of realistic design constraints.
Prerequisites ME 301 and ME 302.
Credits 3
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ME 402 - System Dynamics and Control
Modeling and analysis of continuous systems in time and frequency domains; control system design; and applications of control theory to electromechanical system simulations using MATLAB.
Prerequisites ME 401.
Credits 3
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Engineering Technology |
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ET 101 - Introduction to Computer Graphics and Animation
Fundamentals of computer graphics and animation; two, three and four-dimensional computer graphics; engineered product layout and marketing; image and object types. 2 Lecture, 2 Lab.
Credits 3
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ET 141 - Engineering Materials and Processes
Fundamentals of industrial materials, their mechanical, physical, and chemical nature as related to manufacturing processes. 2 Lecture, 2 Lab.
Credits 3
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ET 151 - Computer Graphics for Documentation and Layout
An introduction to reverse engineering as applied to systems; geometric dimensioning and tolerances, codes, and symbols; two-dimensional projects related to engineered systems documentation and layout. 2 Lecture, 2 Lab.
Prerequisites ET 132.
Credits 3
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ET 232 - Engineering Statics
Study of forces and the effect of forces acting on static bodies. 3 Lecture.
Prerequisites MATH 145 or 146; PHYS 130.
Credits 3
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ET 310 - Advanced 3D Computer Modeling and Rapid Prototyping
Intermediate to advanced constraint-based parametric computer modeling applied to mechanical/ industrial design components and mechanisms.
Prerequisites ENGR 231.
Credits 3
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ET 331 - Quality Systems
An introduction to techniques used to monitor and assess quality. Topics include Statistical Process Control, Process Capability Analysis, and Gage R&R.
Prerequisites MATH 270.
Credits 3
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ET 333 - Strength of Materials Laboratory
A laboratory exploration of the relations between externally loads and elastic stresses and strains for various types of materials.
Corequisites ET 332.
Credits 1
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ET 334 - Lean Six Sigma
Fundamentals of lean manufacturing and Six Sigma quality, including topics such as line balancing, value stream mapping, design of experiments, and regression analysis.
Prerequisites ET 331.
Credits 3
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ET 335 - Occupational Safety Standards
Standards and practices for industrial and educational safety related to local, state, and federal safety regulations.
Credits 3
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ET 336 - Environmental Instrumentation
Basic instrumentation techniques used to measure industrial safety and health hazards. 2 Lecture, 2 Lab.
Prerequisites ET 335.
Credits 3
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ET 337 - Management of Safety Systems
Comprehensive, organized management approach for identifying, measuring, and reducing operational errors leading to accidents.
Prerequisites ET 335.
Credits 3
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ET 338 - Fire Control and Compliance Management
Emergency planning, compliance with standards, recognition of fire hazards, implementation of controls, and extinguishing agents and methods.
Corequisites ET 335.
Credits 3
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ET 341 - CAM Systems
Manufacture of 2D and 3D parts utilizing computer-aided manufacturing equipment and software. Conversion of CAD designs into numerical control programs for milling and turning. 2 Lecture, 2 Lab.
Prerequisites ET 231, 242, and MATH 146.
Credits 3
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ET 342 - Lean Manufacturing Systems Analysis and Planning
Analysis of manufacturing system efficiency using lean concepts of value stream mapping, single piece flow, keizen events, value added analysis, pull systems and production control.
Prerequisites ET 141; MATH 170.
Credits 3
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ET 349 - Rapid Tooling and Prototyping
Prototyping methods and rapid tooling practices for product fabrication. Emphasis on computer methods, 3D prototyping, CNC machining and tooling systems. 2 Lecture, 2 Lab.
Prerequisites PHYS 130, MATH 144 or 145 or 146, ET 231.
Credits 3
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ET 351 - Engineering Analysis
Emphasis on real-world application of engineering derivatives, integrations, rates of change, limits, functions, trigonometric functions, and problem-solving methodology. Utilization of Microsoft Excel and MATLAB.
Prerequisites MATH 140 or 153, MATH 170, PHYS 130, and ET 232.
Credits 3
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ET 362 - Engineering Logistics
A study of various aspects of logistics and industrial distribution in the engineering domain.
Prerequisites ET 132, 141, MATH 170.
Credits 3
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ET 366 - Manufacturing Materials and Processes
Study of the nature, composition, and structure of various materials used in manufacturing. Materials include ferrous and nonferrous metals, polymer, ceramics, wood, and fibers.
Credits 3
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ET 389 - Cooperative Education
See Cooperative Education Program.
Credits 1-3, R9
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ET 420 - Advanced Engineering Materials
Properties of common metals, polymers, ceramics, and composites; material science; effective materials selection; processing of materials; and manipulation of materials in an applied engineering context.
Prerequisites ET 141, ET 332, and CHEM 139.
Credits 3
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ET 421 - Ergonomics
Theories and applications of ergonomic principles for the workplace. Topics include ergonomic tools, standards, guidelines, training programs, case studies, work-site analysis common occupational injuries.
Prerequisites Junior standing or permission of instructor.
Credits 3
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ET 422 - Advanced Polymer Technology
Theory and application of molding processes; emphasis on thermoplastic and thermoset injection; topics in polymer science and microprocessing.
Credits 3
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ET 423 - Fluid Systems
Basic fluid mechanics; hydraulic and pneumatic systems used in industrial manufacturing processes. 2 Lecture, 2 Lab.
Prerequisites MATH 144 or 145 or 146, PHYS 130.
Credits 3
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ET 425 - Metrology and Reverse Engineering
Dimensional metrology, coordinate measuring machine, GD&T, engineering drawing interpretation, and fundamental technologies that enable the various forms of rapid prototyping. 2 Lecture, 2 Lab.
Prerequisites ET 141, 231, 232, 331 and 351.
Credits 3
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ET 434 - Plant Layout
Problem analyses and design of plant facilities; plant layout, material flow, and handling; physical storage systems.
Prerequisites Technology major and senior standing.
Credits 3
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ET 435 - Technology and Civilization
The interdependence of society and technology; modern industrial processes; use of energy and material resources; pollution; population explosion; food supplies.
Credits 3
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ET 436 - Engineering Economic Analysis
The study of economics as applied to engineering decision making.
Prerequisites MATH 140 or 153; Engineering Technology student junior standing.
Credits 3
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ET 441 - Power Transmission Systems
The study of hydrostatic fluid power components and systems specifically focused on industrial and manufacturing applications. 2 Lecture, 2 Lab.
Prerequisites ET 232, 351.
Credits 3
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ET 449 - Advanced Rapid Tooling and Prototyping
Advance prototyping methods and rapid tooling practices for product design and fabrication. Advanced machining, tooling, and metrology will be covered. 2 Lecture, 2 Lab.
Prerequisites ET 349.
Credits 3
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ET 461 - Engineering Project Management
Engineering project management is a technique for accomplishing specialized missions or work when normal organizational structure or methods are not sufficient. 2 Lecture, 2 Lab.
Prerequisites Engineering Technology major and junior standing.
Credits 3
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ET 470 - AIDC for the Enterprise
A study of methods and systems used to automate data collection and the identification of physical objects. 2 Lecture, 2 Lab.
Prerequisites ECET 301 or permission of instructor.
Credits 3
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ET 472 - Integrated Control Systems
Electronic sensing, logic, and control functions applied to automated systems. 2 Lecture, 2 Lab.
Prerequisites ECET 301 or 341; ET 351 or ECET 332.
Credits 3
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ET 478 - Integrated Systems Project
Organizing, planning, and implementing a project using acceptable industrial techniques culminating in a formal written report and oral presentation. 1 Lecture, 4 Lab.
Prerequisites ET 461 or permission of instructor.
Credits 3
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ET 480 - Independent Study
Independent study in industrial, technical, or vocational education; project required.
Prerequisites PREQ: Permission of advisor and instructor.
Credits 1-3, R6
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ET 493 - Special Topics
Special Topics.
Prerequisites Permission of instructor.
Credits 1-3, R6
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ET 495 - Engineering Technology Seminar
Trends, issues, and selected topics pertinent to current operations and practices.
Prerequisites Engineering technology major and senior standing. Seminar.
Credits 1-3, R6
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English |
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ENGL 101 - Writing and Rhetoric
First year composition writing. Introduction to rhetoric and college-level writing, reading, and thinking. Students develop individual writing process, research, and self-assessment strategies. (C1).
Credits 3
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ENGL 131 - Academic English for Non-Native Speakers
For non-Native speakers of English who wish to explore cultural diversity from their own international perspectives in order to develop strategies in reading, writing, speaking, and listening in academic English settings. Limited to non-native speakers at an intermediate level or above.
Credits 3
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ENGL 132 - American English for Non-Native Speakers II
A specialized writing and mechanic skills class providing further preparation for composition courses. Exceptional performance and satisfaction of other criteria may result in waiver of Engl. 131.
Credits 3
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ENGL 190 - Freshman Seminar in Literature
Reading and writing about literature, with emphasis on human experience and values.
Credits 3
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ENGL 191 - Freshman Seminar in Creative Writing
Allows students to explore, practice, and discuss their creative writing, with emphasis on one or more of the following: poetry, fiction, creative nonfiction, and screenwriting.
Credits 3
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ENGL 192 - First Year Seminar in Motion Picture Studies
Reading and writing about motion pictures, with an emphasis on critical viewing practices. The final project will be a student-run film festival.
Credits 3
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ENGL 200 - Introduction to the English Major
This one-hour course provides an opportunity to introduce students to the major.
Credits 1
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ENGL 202 - Writing and Critical Inquiry
Second year writing. Research based course in scholarly writing and rhetoric. Students engage in interdisciplinary inquiries, solve complex problems, and develop arguments, synthesizing their ideas with the ideas of others.
Prerequisites ENGL 101. (C1).
Credits 3
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ENGL 206 - Literature and the Environment
This course focuses on specific locations and on the way that literature engages with the environment and environmental issues pertaining to those places. (P4).
Credits 3
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ENGL 207 - Popular Literature and Culture
Examines various popular literary genres, including gothic, popular romances, mysteries, westerns, science-fiction and fantasy, children’s literature, film, television, and the Internet. (P4).
Credits 3
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ENGL 209 - Past Times: Literature and History
Focuses upon the relationship between literature of the past and historical events, historical documents, and the events and texts of our time. (P4).
Credits 3
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ENGL 210 - Contemporary African American Literature
This course explores the rich tradition of African American literature from World War II to the present. (P4).
Credits 3
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ENGL 232 - Introduction to Mythology
The basic Greek and Roman myths: their origins, their manifestations in the great classical epics, and their variations in the works of later authors. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 240 - Research, Literary Criticism & British Literature
Survey of British literature with a particular emphasis on learning research skills as well as how to incorporate outside sources and literary criticism into writing.
Prerequisites ENGL 101.
Credits 3
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ENGL 241 - Formalism & American Literature
Survey of American literature with a particular emphasis on formalism, the technical vocabulary used in literary study and the skill of close reading.
Prerequisites ENGL 101.
Credits 3
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ENGL 242 - Cultural Studies & Non-Western World Literature
Survey of non-western world literature with a particular emphasis on the role that culture plays in textual production.
Prerequisites ENGL 101.
Credits 3
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ENGL 278 - Introduction to Film Studies
An introduction to the study of film as a means of artistic expression and as a mirror of cultural values in the twentieth century. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 290 - Literature and the Sacred
Themes, images, and concepts of the Sacred in literature such as the Bible, myths of origin, Native American sacred stories, or Metaphysical poetry. (P4).
Credits 3
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ENGL 302 - Introduction to Creative Writing and Editing
Career opportunities and practices in creative writing genres; editing and preparation of creative manuscripts for publication. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 303 - Introduction to Professional Writing and Editing
Career opportunities, practices and skills in professional writing, editing, and conventional and electronic publication. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 304 - Writing for Electronic Environments
A course that teaches clear and coherent writing in electronic environments, including multimedia publication, Web page and document design, and computer documentation, instructions, and manuals. Closed to freshmen (0-24 hours).
Prerequisites ENGL 303.
Credits 3
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ENGL 306 - Nonfiction Writing
Study and practice of technique and form in creative nonfiction writing, workshop discussion of students’ original work and revisions; analysis of contemporary memoirs, personal essays and nonfiction shorts. Closed to freshmen (0-24 hours).
Prerequisites ENGL 302.
Credits 3
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ENGL 307 - Professional Editing and Publishing
Advanced practicum in student’s chosen area in professional writing; editing practices and production; copyright and libel law. Closed to freshmen (0-24 hours).
Prerequisites ENGL 101 and 202; 303.
Credits 3
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ENGL 308 - Fiction Writing
Study and practice of technique and form in fiction writing; workshop discussion of students’ stories and assigned exercises; original work and revision. Closed to freshmen (0-24 hours).
Prerequisites ENGL 302.
Credits 3, R6
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ENGL 309 - Poetry Writing
Study and practice of technique and form in poetry writing, emphasizing traditional as well as free verse; analysis of contemporary poetry; students’ poetry read for class criticism. Closed to freshmen (0-24 hours).
Prerequisites ENGL 302.
Credits 3, R6
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ENGL 312 - Grammar for Teachers
The grammar of standard American English. For students who wish to pursue careers in teaching English and language arts. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 313 - Authoring Multimedia
Applying the principles of clear professional writing to the creation of multimedia communications that incorporate text, art, audio, and video. Closed to freshmen (0-24 hours).
Prerequisites ENGL 303.
Credits 3, R6
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ENGL 315 - Proposal and Grant Writing
Proposal and Grant Writing is an introduction to the proposal and grant writing process. Students will learn how to search for funding, read requests for proposals (RFPs), and write effective proposals and grant applications. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 319 - Grammar, Language, and Discourse
The course focuses on grammatical, sociolinguistic, and discursive issues affecting the teaching of English. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 325 - Language and Culture
How culture and language affect the academic experiences of language-minority students in K-12 setting. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 326 - Policies and Politics of ESL
History of multilingualism in the US and the politics and policies of ESL at local, State, and National levels. Closed to freshmen (0-24 hours).
Credits 3
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ENGL 333 - Introduction to Shakespeare
General survey of Shakespeare’s life, times, and most popular plays. (Literature majors should take 431, Shakespeare and His Age.) Closed to freshmen (0-24 hours). (P4).
Credits 3
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ENGL 350 - The Renaissance
Examines the Renaissance: the rise of religious debate, print culture, humanist philosophies, voyages of discovery, and the effect these had on art and literature. Closed to freshmen (0-24 hours). (P4).
Prerequisites ENGL 101 and ENGL 202.
Credits 3
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ENGL 351 - The Beats, Radicals, and Avant-Garde Literature
An examination of the literature of the Beat movement and other radical, avant-garde, and protest movements to determine how disenfranchised groups change cultural perceptions. Closed to freshmen (0-24 hours). (P4).
Prerequisites ENGL 101 and ENGL102.
Credits 3
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ENGL 352 - The Journey in Literature
Examines literature with the journey as its focal point, both in short pieces like poems and short stories as well as in longer, epic works. Closed to freshmen (0-24 hours). (P4).
Prerequisites ENGL 101 and ENGL 202.
Credits 3
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