MATH 142
Mathematical Modeling
Description: Lecture, three hours; discussion, one hour. Requisites: courses 32B, 33B. Introduction to fundamental principles and spirit of applied mathematics. Emphasis on manner in which mathematical models are constructed for physical problems. Illustrations from many fields of endeavor, such as physical sciences, biology, economics, and traffic dynamics.
Units: 4.0
Units: 4.0
4 of 4
Most Helpful Review
Summer 2020 - Chad is super passionate about mathematical modeling, so you'll learn a lot of concepts in addition to the regular curriculum. If you're interested in doing research in applied math/math modeling, I'd imagine that this course would be helpful! We had to look at several research papers for our homework sets, and in light of COVID, he even taught SIR models. Chad really tries to keep his class relevant and interesting in terms of subject matter, though I did find his lecturing boring at times. Homework sets, however, tended to be on the longer side, though manageable and not entirely out of the ordinary for a 6 week upper div math course. Chad is super helpful during office hours, and he'll basically tell you how to solve each problem if you ask. And if you even put a semblance of effort into the homework, tests should be very straightforward. Instead of a midterm and a final, there are three non-cumulative exams. The problems are basically pulled straight from homework problems, so the 24 hour open note format of 'rona-era math courses made them pretty easy. Our test averages were around 95 for each exam, and Chad doesn't curve down or give +/- grades, so anyone with a 90+ (most of the class) got an A.
Summer 2020 - Chad is super passionate about mathematical modeling, so you'll learn a lot of concepts in addition to the regular curriculum. If you're interested in doing research in applied math/math modeling, I'd imagine that this course would be helpful! We had to look at several research papers for our homework sets, and in light of COVID, he even taught SIR models. Chad really tries to keep his class relevant and interesting in terms of subject matter, though I did find his lecturing boring at times. Homework sets, however, tended to be on the longer side, though manageable and not entirely out of the ordinary for a 6 week upper div math course. Chad is super helpful during office hours, and he'll basically tell you how to solve each problem if you ask. And if you even put a semblance of effort into the homework, tests should be very straightforward. Instead of a midterm and a final, there are three non-cumulative exams. The problems are basically pulled straight from homework problems, so the 24 hour open note format of 'rona-era math courses made them pretty easy. Our test averages were around 95 for each exam, and Chad doesn't curve down or give +/- grades, so anyone with a 90+ (most of the class) got an A.
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Most Helpful Review
Winter 2019 - Easy exams. No curve. He teaches in a moderate pace so it is quite easy to follow. One suggestion for anyone taking his class: be very very very meticulous about his homeworks because it is often how well you did the homeworks that determines whether you get an A or not, this is different from most other professors in the math department.
Winter 2019 - Easy exams. No curve. He teaches in a moderate pace so it is quite easy to follow. One suggestion for anyone taking his class: be very very very meticulous about his homeworks because it is often how well you did the homeworks that determines whether you get an A or not, this is different from most other professors in the math department.
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