Computer Integrated Manufacturing

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Computer Integrated Manufacturing

• MME 4115

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Course Description

• Status Core
• Level 4
• Credit Hours 3
• Contact Hours 3
• Pre-requisites MME 3109

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Course Description

• Instructor(s)
• Prof.Dr.A.K.M Nurul Amin
• Assoc. Prof. Dr. Beytullah Gültekin Çetiner

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Course Description

• Semester Offered
• Every Semester

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Course Objectives

• To develop an understanding of the role of
  computer in manufacturing
• To introduce hardware and software components for
  soft automation.
• To conduct study on automatic data capture
  systems
• To provide an in-depth understanding of control
  of manufacturing, automated material handling,
  storage and retrieval systems.
• To introduce group technology and concurrent
  engineering, and develop skill in the developing
  automated process plans using variant and
  generative approaches
• To take up case studies on FMS and CIM systems.

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Course Synopsis

• Intoduction,
• Automation principles and strategies,
• Manufacturing operations
• Production concepts and mathematical models
• Material handling, transport, automated storage
  and retrieval sysems (ASRS)
• Automatic data capture
• Manufacturing systems
• Group technology
• Flexible manufacturing systems (FMS),
• Automated assembly systems,
• Process planning and concurrent engineering.

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Level of Learning

• Knowledge arrange, define, duplicate, label,
  list, memorize, name, order, recognize, relate,
  recall, repeat, reproduce state.
• Comprehension classify, describe, discuss,
  explain, express, identify, indicate, locate,
  recognize, report, restate, review, select,
  translate,
• Application apply, choose, demonstrate,
  dramatize, employ, illustrate, interpret,
  operate, practice, schedule, sketch, solve, use,
  write.
• Analysis analyze, appraise, calculate,
  categorize, compare, contrast, criticize,
  differentiate, discriminate, distinguish,
  examine, experiment, question, test.
• Synthesis arrange, assemble, collect, compose,
  construct, create, design, develop, formulate,
  manage, organize, plan, prepare, propose, set up,
  write.
• Evaluation appraise, argue, assess, attach,
  choose compare, defend estimate, judge, predict,
  rate, core, select, support, value, evaluate.

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Course Learning Outcomes

• After completion of the course, the students will
  be able to
• Introduce automatic data capture (ADC) systems in
  manufacturing to reduce data processing time and
  facilitate automation.
• Apply the principles pf operation of automated
  material handling, storage, andretrieval systems
  (ASRS) and implement them in production.
• Apply Programmemable Logic Contollers (PLC) and
  pneumatics for manufacturing automation.
• Implement group technology concepts in production
  to facilitate cellular and flexible
  manufacturing.
• Develop automated process plans using variant and
  generative approaches
• Take appropriate strategy to gradually migrate
  from conventional manufacturing to FMS and CIM

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Course Resources

• References
• RequiredGroover, M.P., (2001), Automation,
  Production Systems, and Integrated Manufacturing,
  Prentice-Hall
• Recommended
• Besent, C.B. and Lui, C.W.K., (1986), Computer
  Aided Manufacturing, 3rd Edition,John Wily
  Sons.
• Hannam, R.,(1998), Computer Integrated
  Manufacturing From Concepts to Realisation, 1st
  edition, Addison-Wesley.
• Kunwoo, L., (1999), Principles of CAD/CAM/CAE
  Systems, Addison-Wesley Longman Inc.
• Rembold, U. And Nnaji, B.O.,(1998),
  Computer-Integrated Manufacruting
  Engineering,1st edition, Addison-Wesley.
• Stenerson, J., (1997), Computer Numerical
  Control Operation Programming, 1st edition,
  Prentice Hall International.

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Course Resources

• Blog about course
• Announcements and other online information
  related to the course
• Slides and other stuff available
• http//computer-integrated-manufacturing.blogspot.
  com

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Course Outline