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Course Criteria
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3.00 Credits
This course covers the methods used for statistical quality control, capability analysis, monitoring and improvement. Students will learn the techniques, as well as the software available (Minitab, Excel, and SPSS) required to implement these techniques. Prerequisite: ENGR-305
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3.00 Credits
This course covers several techniques that focus on efficient operations management within any organization. The topics include forecasting, inventory management, production systems -MRP, JIT- CONWIP, aggregated workforce planning, production scheduling and supply chain management. Even that the topics seem to be oriented to the manufacturing industry, the concepts learn in this course are applied to any type of organization; service, health care, manufacturing, financial, etc. Prerequisite: ENGR-315, ENGR 307
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3.00 Credits
This course focuses on implementation of continous process improvemen within an organization. The purpose of the course is to provide the students with a comprehensive treatment of different tools employed successfully by industries for creating value while eliminating waste (non-value added activities). The course includes lean thinking, value stream mapping, cellular manufacturing, cycle time reduction, Kaisen training, Kanban production systems and sixsigma. Prerequisite: ENGR-305
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3.00 Credits
This course is a designated elective that can be selected as one of the two required designated electives for the BSISE. The course provides a broad introduction to many critical facets of supply chain. Students in this course will apply industrial engineering tools learned through the curriculum to design, analyze and optimize the supply chain such as, mathematical optimization, inventory management, transportation and network location, facilities planning and material handling. Then, more advanced topics are interrelated such as the value of information sharing in the supply chain, and customer value strategic alliances, international issues and decision support systems. Prerequisites: IENGR- 413, IENGR- 419
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3.00 Credits
Physical organization of work places and departments to optimize objectives such as material movement, safety and worker satisfaction. Review of ISE methods for work-place design and productivity measurement and economic decision- making. Computer solutions for layout problems and mathematical models for location problems. Analysis and design of material handling, warehousing and distribution systems. Prerequisites: ENGR-305, ENGR-307
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4.00 Credits
This studio is an introduction to design for undergraduate majors in industrial design. The course will provide an intensive introduction to design as an iterative problem-solving process. It will also introduce strategies for making and analyzing form, and present basic techniques of two-dimensional visualization and documentation of three-dimensional objects and principles of design critique, testing and research.
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4.00 Credits
This studio introduces methods, materials and vocabulary of the industrial design profession, as well as design as a rational, iterative process of problem solving based on working creatively within constraints. Working with materials, digital and hand tools, shop processes and presentation techniques used by professionals are emphasized. It is intensive in industrial design drawing, including sketches, development drawings, orthographic, axonometric and perspective renderings, as well as beginning drafting as used in industrial design, with dimensioned assembly and parts drawings. Prerequisite: grade of "C" or better in INDD-101 o r ADFND- 101 or permission of the director of the Industrial Design program.
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3.00 Credits
This course introduces shop techniques as they pertain to industrial design model-making and prototype construction. All industrial design students must take this course for shop equipment safety training and pass a safety test. Throughout the semester, attention is given to safety precautions for the shop, along with demonstrations of shop equipment and fabrication processes. A major portion of the course will consist of developing an understanding of the materials and machinery commonly used by industrial designers for producing both working and appearance models. Prerequisite: grade of "C" or better in INDD-101 or E-102
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4.00 Credits
This course focuses on creative problem-solving techniques using drawing, sketch modeling and basic shop skills. Students are exposed to a wide choice of materials, which industrial designers use to move their projects forward. Students will use several media for the purpose of documenting projects in progress, for duplication and for presentation purposes. Emphasis is placed on the improvement of craft in the execution of projects. Prerequisite: grade of "C" or better in INDD-102
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4.00 Credits
During the fourth in a series of eight studios, designs are conceived which explore the dynamics between objects and the user's senses and emotions. Students are challenged to improve their ability to define problems, generate concepts, evaluate these and offer refinements of solutions. Students will use basic imaging techniques in the presentation of design solutions. Prerequisite: grade of "C" or better in INDD-201
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