EGR 280 Design and Analysis of Electromechanical Systems

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EGR 280 Design and Analysis of Electromechanical
Systems

• Prof. Richard E. Haskell
• 115 Dodge Hall
• Prof. Michael Latcha

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EGR 280

• Prerequisites
• EGR 240
• Corequisites
• EGR 250 or ME 241
• EGR 260 or SYS 317

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EGR 280

• Text
• Learning By Example Using C Programming the
  HCS12 Microcontroller Using CodeWarriorby
  Richard E. Haskell
• Oakland University, 2006.

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Course Contents

• Programming HCS12 Microcontrollers Using C
• Statics and Dynamics
• Design Project and Competition

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Course ObjectivesBy the end of this course you
should be able to

• Write C programs to interface a microcontroller
  to external devices and to download the program
  to flash memory in a microcontroller using modern
  development tools.
• Solve basic problems in statics and dynamics
  using MATLAB.
• Work constructively and ethically in a
  multidisciplinary team to design and analyze an
  electromechanical system subject to specific
  constraints, and to describe and demonstrate your
  design in a public competition.

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Homework and Labs

• Individual homework assignments
• Group lab assignments done on the miniDragon
  development board
• Homework and lab assignments checked off by lab
  instructor during lab periods

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ProjectEach group will

• Design and implement an electromechanical device
  that will meet some specification.
• Write a final report describing the design.
• Make an oral presentation and demonstration to
  the class.

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Exams

• Exam 1
• Exam 2
• No Final Exam
• Project presentations and demonstrations Mon.,
  December 13, 700 - 1000 p.m.

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Grading

• Homework and Labs 20
• Projects
• Design 10
• Written report 15
• Oral presentation 5
• Exam 1 25
• Exam 2 25
• 100

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Office Hours

• Mon., Wed., 300 400 p.m. 115 DH
• Phone [phone]
• email haskell_at_oakland.edu
• Web site
• www.cse.secs.oakland.edu/haskell
• click on HC12 Book and click EGR 280