Manufacturing Engineering
University of Wisconsin-Stout
Advisory Board Meeting
Fall 2013
Agenda
 Welcome – Introductions
 Approval of Spring 2013 Meeting Minutes
 Program Status Report
 Student Outcomes Rubric Review
 Open Discussion
 Engineering & Technology Dept. Open House
 Spring Meeting Announcement
 Adjourn
Approval of Spring Meeting Minutes
Program Status Report
Enrollment
 Approximately 256 students in program this semester
 Nineteen students graduating tomorrow
Acceptance History
current recruitment year for 2014/2015
110
Manufacturing Engineering
Freshmen Applications for 2014/2015
100
90
2004-2005
80
2005-2006
2006-2007
70
2007-2008
2008-2009
60
50
2009-2010
2010-2011
2011-2012
14/15
2012-2013
40
2013-2014
2014-2015
30
5 Yr Mean
Mean
20
10
0
October November December January
February
March
April
May
June
July
August September
Program Status Report
Recruiting Efforts:
 STEPS
 FIRST LEGO League
 Science, Technology, Engineering and Mathematics
Career Day
 SkillsUSA
 Science Olympiad (Stout to host 2016 national contest)
 Visiting and hosting middle and high school groups
 Visiting and hosting community colleges
 Minnesota National College Fair
MfgE Program 2013/2014
A co-op can most easily be scheduled
after the 6th semester on the flowchart.
MFGT – 251 (3)
MFGT – 252 (3)
Fundamentals of
Plastics Materials
and Processing
Material Removal
& Forming
Processes
C
CHEM – 341 (4)
Chemistry of
Materials
FALL ONLY
CHEM – 135 (5)
College Chemistry
Curriculum Flow Chart
Fall 2013
C
MFGT – 253 (3)
INMGT – 300 (2)
Joining & Casting
Processes
Engineering
Economy
MFGE – 351 (3)
Manufacturing
Process
Engineering 1
MECH – 294 (3)
PHYS – 291 (3)
Calculus I
Statics
MECH - 292 (3)
Dynamics
*
MFGE – 275 (3)
Thermodynamics
& Heat Transfer
PHYS – XXX (5)
Fluid Mechanics
ENGL – 101 (3)
ENGL – 102 (3)
Composition 1
Composition 2
SPCOM-100 (3)
ENGGR – 210 (3)
Engineering
Graphics
Fundamentals
Engineering
Graphics Using
Solid Modeling
Fundamentals of
Speech
MFGE – 441 (3)
Design of Jigs,
Fixtures & Tooling
*
MFGE – 405 (3)
Capstone I:
Concurrent Design
*
MFGE – 352 (3)
Manufacturing
Process
Engineering II
INMGT - 335 (4)
Lean
Manufacturing
Systems
C
MFGE – 363 (4)
*
Controls &
Instrumentation
B
A
INMGT – 422 (3)
Quality
Engineering
Curriculum Critical Path
ARHU (6 CREDITS)
Notes:
1. * Prerequisite course indicated may be taken concurrently.
2. Program is accredited by the Engineering Accreditation
Commission of the Accreditation Board for Engineering and
Technology, 111 Market Place, Suite 1050, Baltimore, MD 21202-4012, 410/347-7700.
MFGE – 415 (2)
Machine Vision
& Robotics
*
*
Circuits &
Devices
STAT – 330 (3)
Probability &
Statistics for
Engineering & the
Sciences
ENGGR – 112 (3)
MFGE – 440 (3)
Manufacturing
Systems Design &
Simulation
MFGE – 410 (3)
Capstone II:
Manufacturing
Systems Design
ELEC – 290 (4)
*
MATH – 250 (3)
Differential
Equations
& Linear Algebra
Calculus II
*
MFGE – 391 (3)
Engineering Physics
MATH – 154 (4)
B
MFGE -325 (3)
Computer Aided
Manufacturing
Mechanics of
Materials
A
MATH – 153 (4)
Program Credits: 129
(Revised 25 Nov 2013)
A
SBSC (6 CREDITS)
CISS (3 CREDITS)
SRER (3 CREDITS)
GE Elective (3)
ARHU
*
GE Elective (3)
SBSC
GE Elective (3)
GE Elective (3)
SBSC
CISS
GRADUATION
MFGT-150 (3)
Intro. to
Engineering
Materials
BACHELOR of SCIENCE
MANUFACTURING ENGINEERING
GE Elective (3)
SRER
GE Elective (3)
ARHU
Professional Selective:
(1 credit min.)
MFGE - 349 Intern Experience (1-2)
MFGE - 449 Cooperative Experience (1-2)
General Education:
Arts & Humanities
(6 credits)
6 credits from 2 different areas
Social & Behavioral Sciences (6 credits)
6 credits from 2 different areas
Contemporary Issues
(3 credits)
Social Responsibility and Ethical
Reasoning
(3 credits)
Student Outcomes Rubric Review
Outcomes to be assessed Spring 2014:
 Outcome F
An understanding of professional and ethical responsibility
Course used for assessment:
MFGE 405 Capstone I: Concurrent Design
 Outcome L
Proficiency in materials and manufacturing processes
Courses used for assessment:
MFGT 251 Fundamentals of Plastics Materials and Processing
MFGT 252 Material Removal & Forming Processes
MFGT 253 Joining & Casting Processes
Outcome F Rubric
Outcome L Rubric
Student Outcomes Rubric Review
Outcomes to be assessed Fall 2014:
 Outcome A
An ability to apply knowledge of mathematics, science and
engineering
Course used for assessment:
MECH 292 Dynamics
 Outcome B
An ability to design and conduct experiments, as well as to
analyze and interpret data
Course used for assessment:
INMGT 422 Quality Engineering
Outcome A Rubric
Outcome B Rubric
Open Discussion
Topics for discussion?
E & T Department Open House
E & T Department Open House in Fryklund Hall
first floor hallway until 4:00 pm
Capstone student project posters on display
E & T Department student coursework project
posters on display
Next Advisory Board Meeting
Friday, May 9, 2014
 Capstone II presentations starting at 10:00 am
 Advisory Board meeting 12:20 pm
 Adjourn – thank you for coming!