Technical Systems in Agr
From BioMASS Laboratory Wiki
General Course Information
Instructors
TAs
Glen Menezes and Daniel Koch
Office Hours
I generally keep an open door policy, but my preferred times are: Tuesday mornings 9-11 AM. It is a good practice to verify that I will be there. If you see me online, you may contact me at any time.
Contact Information
217-333-2694
Or via IM (take your pick):
- rodriguezluisf via AIM
- wheezito via YahooIM
- wheezito@hotmail.com via MSN
- wheezito via iChat
- luis.f.rodriguez1@gmail.com via Google Talk
Office
376C Agricultural Engineering Sciences Building
Course Description
Examples, problems, discussions, and laboratory exercises pointing to present and potential engineering applications in agriculture; emphasis on power and machinery, soil and water control, electricity, and structures. Includes laboratory.
Learning Objectives
- To solve technical problems related to various agricultural systems.
- To evaluate design and management problems through laboratory and applied exercises.
- To learn the fundamentals of being a TSM student.
Required Materials
- Engineering paper
- A calculator
Recommended Materials
- Roth, Lawrence O. and Field, Harry L., 1991, An Introduction to Agricultural Engineering: A Problem Solving Approach, Van Nostrand Reinhold, New York.
- This wiki
- Clothing suitable for lab work
Course Rules
Grading Policy
Assignments are to be completed on engineering paper, unless otherwise directed. The student is expected to complete all assignments accurately, neatly, and on time. Late assignments will not be accepted unless prior arrangements were made with the instructor and/or there was an excused absence.
All class sessions will met in room 204 AESB. If it is required to work elsewhere, the class will go as a group. Most lab work can be completed during the lab period. Lab reports will be due at the end of each lab period unless directed otherwise.
Lab attendance is required. Missed labs will not be made up unless prior arrangements were made with the instructor and/or there was an excused absence.
Missed exams will not be made up unless prior arrangements were made with the instructor and/or there was an excused absence.
Grades will be posted to this wiki on a regular basis. You will have the opportunity to track your grade throughout the semester.
All students will begin the semester with zero points. Points shall be accumulated throughout the semester based on the evaluations listed in Table 1. Both absolute and curved grades will be determined based on the graded evaluations and the proportions described in Table 1. The better of the two grades on the respective scales on a class basis will constitute the final grade.
| Evaluation | Points |
|---|---|
| Homework | 150 |
| Laboratories | 150 |
| Quiz 1, 2, and 3 | 300 |
| Final Exam | 150 |
| Total | 750 |
Homework
All homework assignments must be turned in one week after they are assigned at the beginning of class.
Quizzes and Exams
Three quizzes will be administered during this course. Quizzes may occur in several formats including: in class, take home, open book, and oral. The most likely form is in class and closed book. You will need to use your calculator during the quiz, so it is up to you to be prepared. Final examinations will be administered by the university schedule and will comprehensively cover all semester topics.
Academic Integrity
There will be no cheating. We will generally default to the university policy on cheating. Please think twice before taking the risk of putting either of us in such an uncomfortable postion. If, however, suspicious activity is observed you should expect swift action on my part.
Proposed Schedule
| Dates | Monday/Wednesday Topic |
|---|---|
| August 25-27 | Introduction to systems for the agricultural, environmental and food industries; Units of measurement, unit factoring |
| September 1-3 | Force, work, power, and energy; Internal combustion systems |
| 8-10 | Power transmission systems; Machine efficiencies and management; Machine systems |
| 15-17 | Quiz #1; Land measurement: horizontal |
| 22-24 | Differential leveling; Legal land descriptions |
| Sept. 29-Oct. 1 | Profile leveling: surface drainage and runoff |
| 6-8 | Surface drains: design and construction |
| 13-15 | Quiz #2; Multiview and pictorial drawings |
| 20-22 | Building terminology and materials; Loads and loading |
| 27-29 | Heat capacity—psychrometrics; Heat loss and insulation: economics |
| November 3-5 | Heat loss and insulation |
| 10-12 | Quiz #3; Fundamentals of electricity |
| 17-19 | Electrical systems |
| 24-26 | Thanksgiving Break |
| December 1-3 | Series and parallel circuits |
| 8 - 10 | Electrical power; Electric motors and controls |
FINAL EXAM: 8:00-11:00 AM, Friday, December 12

