IDE 20 - Engineering Design with Computer Applications
[Lecture 1.0 and Lab 2.0]
Introduction to software tools (computer aided design drafting, computer mathematics, word processing, spread sheets) with application to professional engineering practice. Principles of engineering design. A semester long group design project is an integral part of the course.
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IDE 50 - Engineering Mechanics - Statics
[Lecture 3.0]
Application of the principles of mechanics to engineering problems of equilibrium. Topics include resultants, equilibrium, friction, trusses, center of gravity and moment of inertia.
Prerequisites: Phys 23 or 21, preceded or accompanied by Math 22
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IDE 105 - Design Representations
[Lecture 2.0 and Lab 1.0]
This course examines methods of representing objects including sketches, photography, computer generated drawings, solid modeling, and 3D physical representations. Emphasis is on appropriate selection of methods of representation for a given application. An individual project is required.
Prerequisites: IDE 20

IDE 106 - Design Perceptions
[Lab 1.0]
Examines how products and machines work; physical operation,construction, and design and societal considerations determining success or failure in the marketplace. Communication skills, teamwork and personal portfolios will be emphasized. Prerequisite: IDE 105.
Prerequisites:IDE 105

IDE 110 - Mechanics of Materials
[Lecture 3.0]
Application of the principles of mechanics to engineering problems of strength and stiffness. Topics include stress, strain, thin cylinders, torsion, beams, columns, and combined stresses at a point.
Prerequisites:  IDE 50 with a grade of"C" or better and Math 22
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IDE 120 - Materials Testing Lab
[Lab 1.0]
Designed to assist in the teaching of mechanics of materials. Topics include strain measurement, testing machines and properties of materials.
Prerequisites: Preceded or accompanied by IDE 110
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IDE 140 - Statics and Dynamics
[Lecture 3.0]
An introduction to the principles of mechanics pertaining to problems of equilibrium, motion, and acceleration in two dimensions. Particle and rigid body equilibrium and applications; general planar motion; force, mass, and acceleration; impulse/momentum; work/energy.
Prerequisites: Phys 23 or 21; preceded or accompanied by Math 22
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IDE 150 - Engineering Mechanics - Dynamics
[Lecture 2.0]
Application of the principles of mechanics to engineering problems of motion and acceleration. Topics include plane motion; force, mass and acceleration; work and energy; and impulse and momentum.
Prerequisites: IDE 50 and Math 22
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IDE - 214 Systems Modeling/Prototyping
[Lecture 3.0]
This course examines the modeling, simulation, and prototyping of dynamic systems. The use of bond graphs to represent the essential structure of system models leads to state space equations for performance analysis and design variable selection.
Prerequisites: IDE 105, IDE 150 and Math 229 or 204

IDE 215 - Jr. Design Project
[Lecture 1.0 and Lab 1.0]
Students use extensive mathematical and physical modeling to characterize a team-based interdisciplinary design project.A prototype is built and tested to determine the effectiveness of the various modeling techniques used.
Prerequisites: IDE 214

IDE 220 - Engineering Design Methodology
[Lecture 3.0]
This course examines structured engineering design theory and methodologies for conceptual design and redesign of products.Topical coverage includes customer needs gathering, functional modeling, engineering specifications creation (QFD), concept generation, selection and design embodiment.Team work/hands-on projects emphasized.
Prerequisites: Junior standing in engineering & at least 12 hours major field credit

IDE 315 - Interdisciplinary Design Project
[Lecture 2.0 and Lab 1.0]
Interdisciplinary design topics include team report writing, patent search and application, prototyping techniques, conflict resolution, critiquing methods, and presentation skills. Student teams will complete a design project for an external or internal sponsor, including a working prototype of the product.
Prerequisites:  IDE 215 and IDE 220

IDE 342 - Introduction to Solar Car Design
[Lecture 3.0]
The course provides an introduction to designing and building a solar car for participating in national and international competitions.Topics include power management, race rules, solar array, batteries, electric motors, chassis structure, suspension, drive train, steering brakes, signals, displays and controls, management structure, and race logistics.
Prerequisites:  Math 204 or Math 229

IDE 390 - Undergraduate Research
Designed for the undergraduate student who wishes to engage in research.Subject and credit to be arranged with the instructors.

IDE 420 - Modern Product Design
[Lecture 3.0]
Modern product development, design and prototyping are examined from a product architecture standpoint in this course. Functional modeling techniques are used to establish the architecture of a product and recently developed theories and techniques for design are covered.A prototyping project is required to provide immediate application of the theories. (Co-listed with ME 461)
Prerequisites:  ME/AE/Eng Mg 350 or ME 308 or ME 356