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

EGR 280 Design and Analysis of Electromechanical Systems Prof. Richard E. Haskell 115 Dodge Hall Prof. Michael A. Latcha 109 Dodge Hall

EGR 280 • Prerequisites: – EGR 240 • Corequisites: – EGR 250 or ME

EGR 280 • Prerequisites: – EGR 240 • Corequisites: – EGR 250 or ME 241 – EGR 260 or SYS 317

EGR 280 • Text: Learning By Example Using C – Programming the HCS 12

EGR 280 • Text: Learning By Example Using C – Programming the HCS 12 Microcontroller Using Code. Warrior by Richard E. Haskell Oakland University, 2006.

Course Contents • Programming HCS 12 Microcontrollers Using C • Statics and Dynamics •

Course Contents • Programming HCS 12 Microcontrollers Using C • Statics and Dynamics • Design Project

Course Objectives By the end of this course you should be able to: •

Course Objectives By 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 statics problems involving particles and rigid bodies. • Solve kinematic and kinetic dynamics problems involving particles and rigid bodies using Newton's Second Law, Work and Energy, and Impulse and Momentum principles.

Course Objectives (cont. ) By the end of this course you should be able

Course Objectives (cont. ) By the end of this course you should be able to: • Explain and illustrate the basic concepts of engineering ethics and apply them in practice. • Work constructively in a multidisciplinary team to design, analyze, and describe an electromechanical system subject to specific constraints.

Homework and Labs • Individual homework assignments • Group lab assignments done on the

Homework and Labs • Individual homework assignments • Group lab assignments done on the mini. Dragon+ development board • Homework and lab assignments checked off by lab instructor during lab periods

Project Each group will • Design and implement an electromechanical device that will meet

Project Each 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.

Exams • • • Exam 1 Exam 2 Exam 3 No Final Exam Project

Exams • • • Exam 1 Exam 2 Exam 3 No Final Exam Project presentations and demonstrations: Mon. , April 23, 8: 00 - 11: 00 a. m.

Grading • Homework and Labs • Projects 20% – Design – Written report –

Grading • Homework and Labs • Projects 20% – Design – Written report – Oral presentation 10% 15% 5% • • • Ethics quizzes Exam 1 Exam 3 5% 15% 100%

Office Hours R. E. Haskell • • Tues. , Thurs. , 4: 00 –

Office Hours R. E. Haskell • • Tues. , Thurs. , 4: 00 – 5: 00 p. m. ; 115 DH Phone: 248 -370 -2861 email: haskell@oakland. edu Web site: – www. cse. secs. oakland. edu/haskell – click on HC 12 Book and click EGR 280

Office Hours M. A. Latcha • • Tues. , Thurs. , 4: 00 –

Office Hours M. A. Latcha • • Tues. , Thurs. , 4: 00 – 5: 40 p. m. ; 109 DH Phone: 248 -370 -2203 email: latcha@oakland. edu Web site: – http: //personalwebs. oakland. edu/~latcha/