Lecture TR 11:00-12:20 PM
Lab M 2:00-4:50 PM
Define the different types of calibration and the standards used in measurements
Define what is an input/output signal, signal amplitude/frequency, and Fourier Transform
Develop a model for a measurement system. Define its transfer Function
Derive the fundamental equations of the linear least squares regression method
Develop the uncertainty equations for a measurement system
Explain the differences between the null method and the deflection method in bridge circuits
Explain the aliasing phenomenon when digitalizing data
State the fundamental thermocouple laws
Cite at least two typesof pressure transducers and describe their measurement techniques
Cite at least two flowmeter devices. Describe their flow measurement techniques
Describe the purpose of a Wheatstone bridge in a strain gauge measurement circuit
Describe how measurement of accelerations and vibrations are conducted
Write formal and informal engineering reports
Work as a part of a team
MATH 3433 or concurrent enrollment
The final grade for the course will be based on the scores earned in two mandatory exams, a comprehensive exam, an average score earned in the quizzes, an average score earned in the homework, and an average score earned in lab reports. Each one of the two exams contributes 10%, the comprehensive exam contributes 15%, quizzes average contributes 20%, homework average contributes 15%, lab reports contribute 20%, and participation, neatness, attitude, and class attendance contributes 10%, for a total of 100%. The overall average score (X) for the course is determined as follows:
X =0.10 x (exam1 score + exam 2 score) + 0.15 x (Comprehensive exam score) + 0.20 x (quizzes average score) + 0.15 x (homework average score) + 0.20 x (lab report average score) + 0.10 x (participation/neatness/attitude/attendance scores).
The final letter grade for the course is based on the value of X and is determined from the following grade levels:
Students in this course must demonstrate their competency in oral and written communication through written homework assignments, quizzes, lab reports, and exams. They must also demonstrate their ability to use the English language.
This course consists of two 1 hour 20 minutes lecture sessions per week and three lab hours. The lecture will be spent mostly explaining and discussing concepts, and solving relevant case problems. The other three class hours will be dedicated to lab experiments, result analysis, and lab reports. Lectures will not be used to communicate the entire textbook course content and thus, students will have to study a set of course paragraphs specified by the instructor on their own to further their understanding. Student participation in class discussions is highly recommended and rewarded.
There will be two regular exams plus one comprehensive exam at the end of the semester. Each exam is based on two testing parts. A Theoretical part (closed book) designed to test the students’ ability to master the taught materials. A practical part (open book) designed to test the students’ ability to analyze and solve a set of problems on his own. Each exam is based on the course materials developed between two consecutive exams, except for the last one which is comprehensive.
The goal of these quizzes is to encourage the students to study the course materials by themselves. Quizzes consist of true/false, multiple choice type questions and/or short analysis problems.
Homework will be assigned from a set of chosen chapters.
Lab reports are based on measurements and instrumentations theories studied in class, or presented during lab sessions. Labs will be submitted either in formal or informal presentation. All informal labs must be presented with three full paragraphs, theory used, results obtained, and a thorough discussion. A special attention will be dedicated to the presentation. A formal template lab report will be handed out to the students. Students are strongly encouraged to use the computer lab to finish their lab and submit it during the lab session.
You are expected to take the exam on the scheduled date and time it is given. However, if for some acceptable reason you are not able to do so, then you must inform the instructor in advance in writing. The instructor will then decide whether you will be allowed to take a make-up exam, depending on the validity of your excuse.
You are expected to take these quizzes on randomly or scheduled dates. However, if for some acceptable reason you are not able to do so, then you must provide the instructor with a valid written excuse. The instructor will then decide whether you will be allowed to take a make-up quiz, depending on the validity of your excuse.
Homework must be turned in on the due date specified by the instructor, at the beginning of class. Once class starts, homework will still be accepted for a grace period of 48 hours and graded over 80% of the full grade. Once the grace period is over a personal copy of the homework will still be accepted and graded over 60% of the full grade. Each student is responsible for submitting his own individual personal homework copy written in his own words. No dual or group homework copy is accepted unless specified by the instructor.
Lab reports must be turned in on the due date specified by the instructor, at the beginning of class. Once lab class starts, lab reports will still be accepted for a grace period of 48 hours and graded over 80% of the full grade. Once the grace period is over, lab report will still be accepted and graded over 60% of the full grade. THERE IS NO MAKE-UP for any lab session missed. Each group of students is responsible for submitting its own lab report in its own words. A student cannot add its name to a student lab copy if absent.
Lab Sessions Attendance
You are expected to attend lab sessions on regular basis and you are responsible for class notes, and missed exams while being absent. Attendance will be graded according to the above grading policy.
Information contained in this syllabus, other than grading, late assignments, makeup work, and attendance policies, may be subject to change with advance notice, as deemed appropriate by the instructor.