MEE104 Measurement&Evaluation Techniques
MEE104 is an active course in Mechatronics Engineering Program. It is offered every spring term for the first year students. The course language is English.
The participants are supposed to gain skills for using basic workshop measurements, to understand the statistical nature of measurement results and to be able carry out calibration procedures.
The course includes theoritical presentations,recitations and laboratory experiments
The weekly schedule of the course is given in below table together with lecture notes. Please note that presentations and whiteboard examples are not avaialble in anyway unless you take notes during lectures
The lab notice: The lab activity information will be provided within the lecture notes table before the lab date.
| 2020 Spring Documents |
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Equipment List
Sample Report Format |
| - | Subject | Documents |
|---|---|---|
| Lecture 01 | What is measurement? | Notes |
| Lecture 02a | Intro to Physical Systems | Notes |
| Lecture 02b | Dimesional Analysis | Notes |
| Lecture 03a | Mechanical Workshop Measurements | Notes |
| Lecture 03b | Statistical Representation of Measurement Results | Notes Presentation |
| Lecture 04 | Graphical Representation of Measurement Results | Notes Presentation |
| Lecture 05 | Random Variables and Normal Distribution | Notes Presentation |
| Lecture 06 | Uncertainty Analysis | Notes |
| Lecture 07 | Corelations | Notes |
| Lab Assignment | Subject | Documents |
|---|---|---|
| Lab 00: 27.02.2020 | Workshop Demostration | Instructions Schedule |
| Lab 01: 12.03.2020 | Dimensional Measurements | Instructions Schedule |
| Lab 02: | Errors in measurements: Statistical Calculations | Instructions Schedule |
| Lab 03: | Errors in measurements: Graphical Representation | Instructions Schedule |
| Lab 06: | Electrical measurements | Instructions Schedule |
| Lab 06: | Time and Frequency measurements | Instructions Schedule |
MEE210 Electrical Machines
| 2020 Spring Documents |
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The Lab Report Format can be found here |
| - | Subject | Documents |
|---|---|---|
| Lecture 01 | AC Waveform Characteristics | presentation |
| Lecture 02 | AC Circuit Analysis and power calculations | presentation |
| Lecture 03 | Three Phase Systems | presentation |
| Lecture 04 | Electromagnetism | presentation |
| 05.03.2020 | AC Circuit Analysis Lab | Instructions Schedule |
| Lecture 05 | Magnetic Circuits | presentation |
| 12.03.2020 | Electromagnet Lab | Instructions Schedule |
| Lecture 06 | Diode and REctifiers | presentation |
| 19.03.2020 | Mutual Inductance Lab | document Schedule |
| - | AC to DC Lab | Instructions Schedule |
| Lecture 07 | DC Motors | presentation |
| - | DCM Control Lab I | document Schedule |
| Lecture 08 | AC Sychronous Motors | presentation |
| Lecture 09 | Brushless and Stepper Motors | presentation |
| Lecture 10 | AC Asychronous Motors | presentation |
| - | DCM Control Lab II: H Bridge | document Schedule |
| - | Step Motor Control Lab | document code Schedule |
MEE308 Sensor Systems
MEE303 is an active course in Mechatronics Engineering Program. It is offered every spring term for the first year students. The course language is English.
The course includes theoritical presentations,recitations and term project
The weekly schedule of the course is given in below table together with lecture notes and presentations (when available). Please note that whiteboard examples are not avaialble in anyway unless you take notes during lectures
References
[1] J. Fraden, Handbook of modern sensors: physics, designs, and applications, 3rd ed. New York: Springer, 2004.
[2] J. G. Webster, The measurement, instrumentation, and sensors handbook. Boca Raton, FL: CRC Press, 1999.
[3] C. W. De Silva, Sensors and actuators: control systems instrumentation. Boca Raton, FL: CRC Press, 2007
[4] R. Isermann, Mechatronic systems: fundamentals. London: Springer, 2005.
| 2021 Fall Anouncements |
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This website is not active for anouncement. It is only auxilary webpage for course content. The details and actual anouncements will be on our university system.
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| - | Subject | Documents |
|---|---|---|
| Lecture 01 | Sensor Characteristics | presentation and notes |
| Lecture 02 | Sensor System componets | presentation and notes |
| Lecture 03 | Physical princibles of sensing | your presentation and notes |
| Lecture 04 | Displacement sensing-resistive | presentation and notes |
| Lecture 05 | Displacement sensing-inductive | presentation and notes |
| Lecture 06 | Displacement sensing-capacitive | presentation and notes |
| Lecture 07 | Displacement sensing-Digital | presentation and notes |
| Lecture 08 | Proximity and motion sensing-Digital | presentation and notes |
| Lecture 09 | Position sensing-Time of flight | presentation and notes |
| Lecture 10 | Velocity Acceleration Sensors | presentation and notes |
| Lecture 11 | Force and Torque Sensing | presentation and notes |
MEE408 Intelligent Control Systems
MEE104 is an active course in Mechatronics Engineering Program. It is offered every spring term for the last year students. The course language is English.
The participants are supposed to gain skills for implementing advanced control strategies.
The course includes theoritical presentations, student presentations and at least two assignments
| - | Subject | Details |
|---|---|---|
| Topic 01 | What is intelligent control Systems? | Hangos, Lakner, Gerzson Book Chapter 1 |
| Topic 02 | Structure of Expert Control System |
LINKENS, D. A.; CHEN, Minyou. Expert control systems—I. Concepts, characteristics and issues. Engineering Applications of Artificial Intelligence, 1995, 8.4: 413-421. ÅSTRÖM, Karl Johan, et al. Towards intelligent PID control. Automatica, 1992, 28.1: 1-9. |
| Topic 03 | Knowledge Represantation | Hangos, Lakner, Gerzson Book Chapter 2 |
| Lecture 03a | Inference Methods in Expert Systems | Hangos, Lakner, Gerzson Book Chapter 3 |