Award-Winning Microeconomics Tutors
serving Charlotte, NC

From elasticity calculations to game theory matrices, microeconomics demands both intuition and precision. Trevor majored in economics at Dartmouth, where micro theory was central to his coursework, and he unpacks each concept by walking through the underlying logic of consumer and firm behavior before layering on the math.

I am open to helping any student of any age with nearly any subject (math, reading, writing, biology, chemistry, economics, civics, Spanish etc). I'm also happy to help with test prep (hello SAT and ACT takers), as well as college application assistance. I'm a strong believer in a patient, non-judgmental, non-intimidating approach to tutoring, and I really try to prioritize the comfort of my students. As someone who has used tutoring myself in some of my harder classes in college, I understand that not everything comes easily to everyone, so I want all of my students to feel comfortable asking any and all questions they might have, or going over a topic as many times as needed to understand it. I'm all about friendly, humble service!

I am a graduate of the University of California - Berkeley where I received my Bachelor of Arts in Economics and Data Science. Throughout college, I have volunteered with numerous education equity organizations dedicated to helping children from challenging socioeconomic backgrounds thrive in school; taught Reading to students K-8, taught for a summer enrichment program , and worked as a group tutor for data science at university. Whether it is working with younger students build their foundations or helping older students advance in core subjects, I have a passion for education and making learning as fun and accessible as possible! Outside of tutoring, I work as an economic researcher in the public sector and volunteer at environmental oriented non-profits.

Consumer choice theory, production functions, market structures — microeconomics is full of models that look abstract until someone shows you how they map onto real behavior. Natalie's dual focus in economics and engineering at Duke means she approaches these models both intuitively and mathematically, breaking down each graph until the logic behind it is clear.

Because Bailey studied economics at Duke — where the curriculum leans heavily on formal microeconomic modeling — she's worked through the full sequence: consumer and producer theory, elasticity, market structures, and the welfare analysis that ties them together. Her 3.94 GPA in that program signals she actually retained the mechanics, from setting up Lagrangians for constrained optimization to interpreting what happens graphically when a tax wedge enters a competitive market.

With an applied math degree and PhD-level engineering work, Professor Florence tackles microeconomics from a deeply quantitative angle — the kind that makes optimization problems, constrained utility maximization, and cost function analysis feel like natural extensions of calculus rather than foreign territory. She teaches the mathematical machinery behind economic models so students understand what they're solving, not just how to push symbols around on an exam.

Chemical engineering coursework is essentially applied optimization — minimizing costs, maximizing output, working within constraints — which maps directly onto how microeconomics models firm behavior and resource allocation. Devin uses that quantitative instinct to unpack concepts like supply-and-demand shifts and elasticity calculations, connecting the graphs to the underlying logic rather than treating them as standalone diagrams. Rated 5.0 by students.

Consumer and producer theory, cost curves, market structures — microeconomics is built on a surprisingly small set of tools that get applied in dozens of ways. Rishi's economics and econometrics background lets him show exactly how those tools connect, so students aren't re-learning each chapter from scratch. He holds a 5.0 client rating.

Elasticity, marginal cost curves, and consumer surplus can feel abstract until someone maps them onto decisions people actually make. Victoria explains microeconomic concepts by grounding them in real examples — why a coffee shop prices drinks the way it does, or how a subsidy shifts market outcomes — making the math and the theory reinforce each other.

Indifference curves, elasticity, market structures — microeconomics has a visual logic that most textbooks bury under jargon. Ben's economics coursework means he can walk through each graph from intuition to math, so students understand why a monopolist's marginal revenue curve sits below demand rather than just accepting it.

David's sociology research at Columbia and Chicago trained him to model how individuals make decisions under constraints — which is exactly what microeconomics formalizes with utility functions, budget lines, and optimization problems. His computer science background adds fluency with the quantitative side, from setting up cost minimization equations to interpreting the slopes of indifference curves. Rated 4.9 by students.

Elasticity is where most microeconomics students first feel lost — the formulas seem straightforward, but applying them to tax incidence or consumer surplus problems requires real conceptual understanding. Mustafa tackles these topics by working through progressively harder problems and explaining the economic intuition at each step. Four years of tutoring have given him a sharp sense of where students get stuck between "I memorized it" and "I actually get it."

Cole's master's thesis at the University of Amsterdam focused on monetary policy and banking — work that required building up from micro-level foundations like how individual banks optimize lending decisions and how interest rate changes ripple through firm behavior. That research depth means he can teach concepts like price discrimination, cost minimization, and strategic interaction with the kind of precision that comes from having used them analytically, not just memorized them for an exam. Rated 5.0 by students.

Marginal cost curves, consumer surplus, and price discrimination can feel like a pile of disconnected graphs until someone ties them back to how actual firms make decisions. Frank connects microeconomic theory to the real market behavior he analyzed during his years as a Wall Street research executive, making concepts like market structure and deadweight loss intuitive rather than abstract.

Reading The Economist for fun is one thing — Mark actually digs into the microeconomic logic underneath the headlines, connecting how firms price goods or respond to regulation back to the models students see in class. His bioengineering grad work is heavily quantitative, so he's comfortable walking through the calculus behind profit maximization or cost minimization problems that trip up students in intermediate micro.

Marginal cost curves, consumer surplus, and Cournot competition all demand comfort with derivatives and optimization — skills Romeo has sharpened through years of advanced mathematics study. He teaches microeconomics by making the math transparent: once a student can set up and solve the constrained optimization problem, the economic intuition follows naturally.

A political science degree from Williams College means Noah studied how policy decisions ripple through markets — tax incidence, rent controls, minimum wage effects — where microeconomic models meet real-world trade-offs. He teaches students to trace the logic of those models, breaking down why a subsidy shifts a curve or how deadweight loss emerges, rather than treating graphs as shapes to memorize for an exam.

Supply and demand curves are intuitive until you hit market failures, game theory, and the math behind consumer optimization — that's where microeconomics gets interesting and where most students need a push. Mosab teaches AP Microeconomics with an emphasis on connecting graphical analysis to the underlying logic, so students can tackle free-response questions with real confidence rather than memorized diagrams.

From elasticity calculations to the subtleties of monopolistic competition, microeconomics demands comfort with both graphical reasoning and mathematical precision. Olivia's dual background — a BA in math and economics from Vanderbilt plus doctoral-level training at UNC Chapel Hill — lets her walk through utility maximization and cost curve analysis with genuine fluency rather than surface-level definitions.

Supply and demand curves are simple enough on the surface, but microeconomics gets tricky fast once students hit elasticity calculations, game theory matrices, and market failure models. Laura studied economics at the undergraduate level and brings real fluency to topics like consumer surplus, price discrimination, and production cost analysis. She connects the math behind each graph to the economic intuition it represents, which makes problem sets far less mechanical.

Jake's marketing degree gives him a practical angle on microeconomic concepts — he's studied how firms actually respond to price elasticity, how consumers weigh marginal utility in purchasing decisions, and why market structures shape advertising strategy. That real-world grounding makes abstract models like profit maximization and cost curves feel less like graph exercises and more like tools businesses use every day. Rated 4.9 by students.

Supply and demand curves are just the beginning — Nisarg digs into the trickier concepts like elasticity, marginal utility, and market structures that separate a surface-level understanding from real economic thinking. His background debating politics and economics means he can connect abstract models to real-world pricing, competition, and policy decisions that make the theory click.