Assessment of Course Outcomes (Semester I, 2020/2021) - EMC201
(Manufacturing with Management Engineering)
EMC201 - MEASUREMENT SYSTEM AND INSTRUMENTATION
1. CGPA: *
The following questions are specific to knowledge gain and educational experience at USM through the above course.  Please rate about the following: *
Very Poor
Poor
Average
Good
Excellent
I am aware of the Outcome Based Education that is implemented in USM
I know about the Programme Outcomes (PO) of the School
I was informed about the Course Outcomes (CO) of this course
I was told about the components of the marks for this course
Active/Cooperative learning was implemented in this course
Please rate the degree of your achievement of the Course Outcomes (CO) for this course. *
Very Poor
Poor
Average
Good
Excellent
CO1: Able to explain the process of measurement and identify the various stages and elements in a typical measurement system.
CO2: Able to determine the uncertainty in a set of measurement data for a given confidence level.
CO3: Able to construct the frequency spectrum for a complex waveform.
CO4: Able to analyze first order and second order measurement systems subjected to step and sinusoidal inputs.
CO5: Able to identify and explain the various sensing methods and their applications.
CO6: Able to apply signal conditioning fundamentals to process signals from measurement systems.
CO7: Able to apply digital methods in mechanical measurement.
CO8: Able to apply knowledge in measurement system in strain, temperature, pressure and flow measurement.
1. Any COs answers below 3, please give comment
2. Out of 8 COs, which CO requires least effort to attain?
3. Out of 8 COs, which CO requires most effort to attain?
4. How do you think lecturer should improve their teaching of this course?
Please rate the degree of your achievement of the relevant Programme Outcomes (PO) for this course.
Very Poor
Poor
Average
Good
Excelent
PO1: Apply knowledge of mathematics, natural science and engineeirng fundamentals to solve complex engineering problems particularly in manufacturing engineering.
PO2: Identify, formulate and analyze complex engineering problems to an extent of obtaining meaningful conclusions using principles of mathematics, science and engineering.
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