Award-Winning Physics Tutors in University of Wisconsin-Madison, WI

...a B.S. in Medical Microbiology and Immunology and a M.S. in Bacteriology. I was a teaching and laboratory assistant during my time in college where I helped many students through their science courses. I was recently a Microbiology Professor in Portland and really enjoyed the student-teacher interaction. I am looking to continue this through tutoring...

...given the opportunity to design my own projects, and I often faced roadblocks and challenges that had to be overcome in order to proceed. Solving these problems required understanding of not only Biology but also the related fields of Math, Chemistry and Physics. I will carry the knowledge gained and problem solving experience from these...

...Madison, currently purusing a Masters degree in Industrial Engineering. I received my Bachelor of Science in Industrial Engineering, along with a Certificate in Business, from UW as well. Education has always been important to me, and tutoring allows me to share that passion with others. I first got into tutoring through a volunteer program in...

...to approach explaining it to them by building on their strengths. I think it's important to allow students time to think about problems and try to approach them on their own before giving them guidance so that they can develop confidence in their own ability to approach similar challenges independently. I have many hobbies outside...

...in Microbiology and a certificate in Global Health. Currently, I study the immunogenetics of non-human primates. In my collegiate career, I worked with struggling elementary students on their reading comprehension, taught a summer science program at the Wisconsin Institutes for Discovery, and volunteered with an after-school engineering club at the Goodman Center. I also held...

...used to teach at the university level, but moved into industry. After being away from teaching for some time I found that I still want to play a part-time role in education. It was my experience that one on one teaching in office hours brought the most benefit to students, so tutoring is the best...

...Sound, majoring in English and creative writing. As a writing advisor at my colleges writing center, I tutored over a hundred different students from diverse writing backgrounds in all stages of the writing process. I believe that dialogue and interaction are the most effective ways to teach and learn, both through implicit and explicit methods....

...I have tutored for Varsity since 2016, and have helped over 70 students succeed on the MCAT and USMLE Step 1! I have a passion for teaching and helping make science clear. I scored in the 97th percentile on both the MCAT and USMLE Step 1, and have an extensive understanding of how to excel...

...end. Sounds a little cliche, but it's true! I specialize in math, which is a subject that both challenges and excites. Math applies to everything and it's only stipulation is basic and irrefutable logic. Learning math occurs through a combination of instruction and participation. Instruction gives you direction and allows you to make the most...

I connect with people best through sharing ideas. The majority of my spare time is spent trying to simplify or find alternate proofs of basic theorems to make them more intuitive.... Focusing on beauty solves many problems a teacher faces. If I am attending a lecture about The Great Gatsby, I will be eager if the speaker tells of the beauty she sees, rather than a quick and dirty type of analysis. I regularly talk to people who admit math wasn't their favorite subject in school. Some were self-conscious. Some had gaps they never filled. Some just didn't care. Whatever the case, I admit to them that math is my favorite art form with as much room for expression as sculpting or jazz. I claim that mathematicians are half artists, half observers of fine art. My conversants often tell me it is an epiphany for them to think of math as such, and that it helps heal their math wound. A marvelous way I have found to unveil beauty in the classroom is by using surprise. I like to present ideas from a simple perspective, discuss them briefly, then release a theorem. Thales' theorem (the diameter of a circle subtends a right angle to any point on the circumference) is a great example, especially with the aid of Java applets. After playing a bit with triangles by moving points around in a worksheet, it's surprising to be able to connect two structures as basic as a right triangle and a diameter. Next in importance to marveling at beauty, I want students to learn to think critically to solve problems. Understandably, some students have never had guidance past high school drills. All the more, problem solving should be emphasized and revisited throughout college curriculum. I have many years of experience in problem solving competitions and a collection of principles regarding problem solving that I like to follow. One is about inverse problems. Consider the following: if baseball cards are five cents apiece and shipping costs fifty cents, how many cards will one dollar buy? After making the arithmetic clear, students had better know how to calculate the forward problem, i.e. "How much will x number of cards cost?" I'm depending on them knowing the forward problem because we covered it last week, but it is important to bring it out in more than just a mention so the students have a comfortable base to start. It's like revisiting rational numbers before diving into irrationals. They are intrinsically tied, and it gives the class confidence to start with old material.