Lecture
Experimentation and Modeling
Course and term details
- Sequence
- 01
- Part of term
- 1
- Term
- Fall 2026
- Delivery
- Traditional
- Delivery code
- TR
- Linked section
- Yes
- Link group
- A1
- Open section
- Yes
Fall 2026
ME3005 CRN 11717Experimentation and Modeling
LectureMainRuse, Ike A, Freyre Pinto, Cesar G, Veerakumar, RamsankarMon Wed Fri 9:00 a.m. – 9:50 a.m.
Section data from the UW course catalog via uwyoschedule. Confirm seats and meeting times in WyoWeb before you register.
Schedule
Mon, Wed, Fri
9:00 a.m. – 9:50 a.m.
Agriculture Bldg 1030
08/31/2026 – 12/11/2026
Meeting type
Class · LEC
Faculty
Veerakumar, RamsankarPrimary
rveeraku@uwyo.edu
All instructors
Ruse, Ike A
iruse@uwyo.edu
Freyre Pinto, Cesar G
cfreyrep@uwyo.edu
Veerakumar, Ramsankar(Primary)
rveeraku@uwyo.edu
Seats
28
open of 72 seats
Enrollment and waitlist
- Enrollment
- 44
- Maximum enrollment
- 72
- Seats available
- 28
- Wait capacity
- 5
- Wait count
- 0
- Wait seats available
- 5
Course description
This course is the Mechanical Engineering Department's introductory laboratory and solid modeling course and introduces technical writing formats commonly encountered in the workplace. The course has two components: An introduction to CAD modeling followed by a series of labs and lectures on basic experimentation. The laboratories examine simple physical systems related to dynamics. You will design experimental procedures to determine system behavior, execute the experiment, and analyze the experimental results. In addition, you will communicate the problem, experiment, results, analysis, and conclusions in a manner consistent with professional engineering standards of practice. The assignments in this course are a mixture of individual and group efforts. Prerequisite: ES 1060 and ES 2120 and Successful Completion of ME success curriculum
Credits
3
OR
All credit fields
- Credit hours
- 3
- Credit range
- 0–3
- Credit indicator
- OR
Section information
Students must enroll in a laboratory section .................... A combined lecture/laboratory course introducing students to experimental methods in the context of dynamics. Written technical communication, intermediate structured programming, experimental design, fundamental statistics, and uncertainty methods (numerical and analytical) are emphasized. Collaborative writing and teamwork is introduced. Cross listed with ESE 3005. Prerequisites: ES 1060; ES 2120; companion course ME 2005.
Attributes
1
TPN1 · Program Fees - Engineering
Full attribute list
- TPN1
Program Fees - Engineering
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