Undergraduate Studies

Syllabi - Textbook Archive

This archive of course syllabi is an aid for current and prospective students who want to review course content and requirements. Other institutions examining transfer credit from CSU may find this information useful in their evaluation process.

MCE Required Courses					MCE Elective Courses
MCE 255 Computer Aided Design Laboratory					MCE 403 Modeling & Simulation of Mechatronic Systems
	• Fall 2009 - Atherton	[html]	[pdf]			• Fall 2008 - Richter	[html]	[pdf]
MCE 305 Kinematics & Dynamics of Machinery
	• Spring 2009 - Atherton	[html]	[pdf]
	• Fall 2009 - Adams	[html]	[pdf]
MCE 371 Vibrations
	• Fall 2009 - Adams	[html]	[pdf]
MCE 324 Heat Transfer
	• Fall 2009 - Poulos	[html]	[pdf]
MCE 367 Machine Design I
	• Spring 2009 - Atherton	[html]	[pdf]
	• Fall 2009 - Frater	[html]	[pdf]
MCE 380 Instruments & Measurements Lab
	• Spring 2009 - Richter	[html]	[pdf]
MCE 421 Applied Thermodynamics
	• Spring 2009 - Ibrahim	[html]	[pdf]
MCE 441 Introduction to Linear Controls
	• Fall 2009 - Richter	[html]	[pdf]
MCE 450 Design Project I
	• Fall 2009 - Frater	[html]	[pdf]

Required MCE Courses

MCE 255 Computer Aided Design Laboratory

Fall 2009 - Atherton [html], [pdf]

MCE 305 Kinematics & Dynamics of Machines

Spring 2009 - Atherton [html], [pdf]

Fall 2009 - Adams [html], [pdf]

MCE 371 Vibrations

Fall 2009 - Adams [html], [pdf]

MCE 324 Heat Transfer

Fall 2009 - Poulos [html], [pdf]

MCE 367 Machine Design I

Spring 2009 - Atherton [html], [pdf]

Fall 2009 - Frater [html], [pdf]

MCE 380 Instrumentation & Measurements Laboratory

Spring 2009 - Richter [html], [pdf]

MCE 421 Applied Thermodynamics

Spring 2009 - Ibrahim [html], [pdf]

MCE 441 Introduction to Linear Controls

Fall 2009 - Richter [html], [pdf]

MCE 450 Design Project I

Fall 2009 - Frater [html], [pdf]

MCE 452 Design Project II

Spring 2009 - Keshock [html], [pdf]

• MCE 541 Introduction to Linear Controls.
• MCE 5XX (Any departmental 500 level course will also substitute for a senior technical elective).

3. One (1) honors thesis course:
• MCE 499H Honors Thesis (This course substitutes for the second senior technical elective).

All engineering honors students are also required to take MTH 281 Multivariable Calculus. in place of MTH 283. Honors students will be graded in the graduate courses according to graduate level standards and on the graduate grading scale (no "D" grade). Honors students are encouraged to enroll in the M.E. 4+1 accelerated masters program during their junior year. In this program, the graduate coursework will apply towards the student's undergraduate degree as well as the masters degree. Note however, while grades of "C" in graduate coursework will apply towards the undergraduate degree, they will not be accepted for graduate credit in the 4+1 program.

Honors Program Home Page