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Math Supplemental Instructor, Theoretical Physics Researcher
Jace P.

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Hourly Rate: $35

About Jace


Bio

In Spring 2026, I completed a Bachelor's degree as a double major in Physics and Applied Mathematics from Weber State University (3.98 GPA), and I will be pursuing a PhD in Physics at Oregon State University beginning this fall. My academic preparation includes undergraduate research in quantum gravity at Weber State and numerical relativity at Louisiana State University, giving me a strong foundation in both physics and mathematics up to the graduate level.

My tutoring philosophy focuses...

In Spring 2026, I completed a Bachelor's degree as a double major in Physics and Applied Mathematics from Weber State University (3.98 GPA), and I will be pursuing a PhD in Physics at Oregon State University beginning this fall. My academic preparation includes undergraduate research in quantum gravity at Weber State and numerical relativity at Louisiana State University, giving me a strong foundation in both physics and mathematics up to the graduate level.

My tutoring philosophy focuses on guiding students toward independent problem-solving rather than providing direct answers, an approach that has improved long-term retention for my students, and even for my own learning experience. For the past two years, I have worked as a Supplemental Instruction Leader and Learning Assistant in mathematics, leading structured review sessions three times per week and providing in-class support. In these roles, I have worked with concurrent-enrollment high school students as well as university students in engineering, pre-med, physics, mathematics, and chemistry. My sessions have primarily taken the form of one-on-one and small group instruction, where my students and I engage in productive discussions, breaking down abstract topics in algebra, calculus, and mechanics into more comprehensible pieces while also helping students develop their independent study habits.

Students I have worked with have consistently reported improvement in their conceptual understanding as well as greater confidence in approaching coursework independently. I adapt my explanations to meet each student where they are, whether they need foundational reinforcement or a deeper challenge, and I draw on my background to connect material to real-world applications when it helps with comprehension.


Education

Weber State University
Physics, Appl. Math
Oregon State University
Enrolled

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Approved Subjects

Algebra 1

Algebra 1

Algebra lays the foundation for just about everything you do in Physics and Applied Mathematics. Earning the highest honors during my Bachelor's degree in both subjects, I have spent countless hours applying my intuition and exploiting mathematical properties to solve algebraic equations. The linear equations, inequalities, and foundational problem-solving skills central to Algebra 1 are especially familiar to me, having used them repeatedly throughout my academic work and at all levels. This means I can anticipate where students typically struggle and tailor explanations using a variety of approaches until the material genuinely clicks.
Algebra 2

Algebra 2

Going from Algebra 1 to Algebra 2 represents a large conceptual leap, and one where we really begin to delve into the foundation of mathematical thinking; however, completing my Bachelor's degree in Applied Mathematics and Physics with highest honors gave me an extensive foundation in exactly the topics it covers. Functions, polynomials, logarithms, and complex numbers are tools I have applied constantly throughout advanced coursework, making the Algebra 2 curriculum a well-treaded path for me. My time as a Supplemental Instructor sharpened my ability to guide students through dramatic content leaps, where the material starts feeling a bit too abstract, and often causes students to lose confidence. I can bridge that gap, having worked with students to connect new concepts back to intuition and build the algebraic fluency they will rely on in every math and science course that follows.
Calculus

Calculus

Calculus is the mathematical language of physics, and having earned the highest honors in both Physics and Applied Math during my Bachelor's degree, I hold a deep understanding of the subject, one that rests on a more intuitive framework and goes well beyond mechanical problem solving. Derivatives, integrals, limits, and series are tools I have applied relentlessly, from classical mechanics and electrodynamics to differential equations and dynamical systems, giving me a perspective on calculus that connects abstract concepts to real, physical meaning. As a Supplemental Instructor, I found that most students struggle with calculus, not because the mechanics are too hard, but because the underlying intuition was never built properly, and that is precisely what I focus on first. Whether you are working through your first limits or navigating multivariable calculus, I can easily adapt my tutoring to where you are and help you develop the kind of understanding that makes the whole subject fall into place.
Differential Equations

Differential Equations

Differential equations is the subject I know most intimately. All of my work as a Supplemental Instructor was dedicated specifically to this course, giving me hundreds of hours of experience breaking down its concepts for students at every level of preparation. My Bachelor's degrees in Physics and Applied Mathematics, completed with highest honors, meant I encountered both ordinary and partial differential equations constantly, in many different contexts. They are the predominant tool underlying both classical and quantum mechanics, electromagnetism, and dynamical systems. My dual exposure as both an advanced practitioner and as a dedicated instructor, means I understand the subject from every angle: the formal mathematical theory, the physical intuition behind the equations, and the specific places where students tend to get lost. If differential equations is giving you trouble, there is no topic I am better equipped to help you with.
Physics

Physics

Physics is my primary discipline. I earned highest honors in my Bachelor's degree in Physics and will be pursuing my PhD in Physics at Oregon State University come the fall. My coursework spanned the full undergraduate curriculum, including classical mechanics, electrodynamics, astrophysics, computational physics, etc., alongside graduate-level material in quantum mechanics and general relativity. I strengthened my knowledge in coursework with genuine research experience: studying quantum gravity at Weber State and numerical relativity through an REU at Louisiana State University. While my formal teaching experience as a Supplemental Instructor was in differential equations, physics and differential equations are inseparable, virtually every fundamental law of physics is expressed as one, meaning that time spent teaching students how to think about and solve them translates directly into physical understanding. The combination of my rigorous academic training, independent research experience, and direct exposure to instruction gives me a uniquely well-rounded perspective for helping students at any level.
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Hourly Rate: $35
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