Biophysics forces you to treat math as a language for describing real systems — diffusion equations, force vectors, thermodynamic models — so Benjin's coursework keeps him fluent in the kind of applied problem-solving that makes algebra and calculus feel purposeful. His 36 ACT composite means the fu...

Joshua's math background spans pre-algebra through calculus and includes a 33 ACT composite, so he's comfortable whether a student is wrestling with fraction operations or tackling integration by parts. He emphasizes understanding the reasoning behind each step so that when a problem looks slightly ...

From basic multiplication tables through pre-algebra concepts like order of operations and working with fractions, Heather covers the math fundamentals that set students up for every course that follows. Her Elementary Education program at BYU emphasized teaching math conceptually — using visual mod...

From pre-algebra through calculus, Taylor sees math as one connected language rather than a series of disconnected courses. His engineering background means he constantly uses algebra, geometry, and calculus together to solve real problems — and he brings that integrated perspective when unpacking w...

Having tutored primarily in math, test prep, and Spanish, Jared knows how to switch between structured problem-solving and pattern recognition depending on what a student actually needs — whether that's setting up equations from scratch or debugging a process that keeps going sideways. His National ...

Scoring a 1520 SAT and 33 ACT required Helaman to be sharp across arithmetic, algebra, geometry, and data analysis — and he draws on that range when working across grade levels. Whether a student is stuck on fraction operations or wrestling with quadratic equations, he pinpoints the specific gap cau...

Physics demands serious math fluency, and Matthew's Applied Physics coursework at BYU means he's spent years using algebra, geometry, and calculus to solve real problems — not just textbook exercises. He breaks down concepts like proportional reasoning, unit conversions, and multi-step problem solvi...

Grace's English major training means she spends her days dissecting structure and logic in texts — skills that map directly onto parsing word problems and organizing multi-step solutions where sloppy reasoning leads to wrong answers. She's particularly sharp at teaching students to slow down and ide...

From arithmetic shortcuts to setting up proportions and working with fractions, Jared breaks math problems into clear, repeatable steps that stick. His finance coursework at BYU keeps him immersed in applied math daily — calculating compound interest, analyzing data sets, building models — so he bri...

From arithmetic fundamentals through calculus, John covers the full range of math topics and is especially strong at spotting the exact concept where a student's understanding breaks down. His physics degree required constant mathematical problem-solving — not just computing answers but understandin...