Award-Winning Finance Tutors
serving San Diego, CA

Magnus earned his M.S. in Finance from UVA and now works as a Financial Analyst at an international law firm in New York. He breaks down concepts like DCF valuation, capital structure, and risk-return tradeoffs using real-world deal scenarios that make the theory click.

As a finance major at Ohio State, Christopher doesn't just teach formulas like NPV and CAPM — he unpacks the logic behind them so students understand when and why each tool applies. Whether the topic is capital budgeting, risk-return tradeoffs, or reading a cash flow statement, he ties concepts back to actual business decisions. That grounding in practical application makes even the most formula-heavy chapters easier to internalize.

Having accepted a role as an investment management consultant, Adithya brings real-world financial fluency to topics like time value of money, portfolio diversification, and financial statement analysis. His economics training at St. Olaf grounds the math behind finance in clear, intuitive reasoning rather than rote formula application.

Joyce is finishing her Finance degree at Penn, which means concepts like DCF modeling, capital structure, and portfolio theory aren't abstract textbook topics for her — they're problems she works through weekly. She breaks down the math behind valuation and risk analysis so the formulas actually make intuitive sense.

Michael's dual background in mathematics and finance means he doesn't just teach formulas like time value of money or CAPM — he unpacks the quantitative logic underneath them. From discounted cash flow analysis to portfolio risk calculations, he connects each concept to both the math and the real-world decision it informs.

Time value of money, capital budgeting, WACC, portfolio risk — finance courses pile on quantitative concepts fast, and falling behind on one topic cascades into the next. Hari earned his MBA with a finance concentration and applies that depth to walk through DCF models, ratio analysis, and valuation methods with the precision students need to solve problems confidently on exams.

A master's in Finance means Alex can dig into time value of money calculations, capital budgeting, and portfolio theory with real fluency — not just textbook definitions. He connects financial models to how actual firms make investment and funding decisions, which makes concepts like WACC and DCF analysis click faster.

Holding an MBA in Finance, Darien digs into the mechanics behind concepts like time value of money, capital budgeting, and portfolio risk rather than just walking through formulas. He connects each topic to real decision-making — why a company chooses debt over equity, or how discount rates change an investment's attractiveness. Students walk away understanding the reasoning that drives financial models, not just the spreadsheet outputs.

A chemistry background might seem unrelated to finance, but Ankit's heavy quantitative training — differential equations, statistics, and data modeling — maps directly onto the math that drives concepts like compound interest, bond pricing, and amortization schedules. He approaches financial formulas the way a scientist approaches equations: by breaking each variable down until the underlying logic is clear, not just memorized.

Political science trained Reid to think about how institutions, incentives, and policy shape economic outcomes — a lens that translates well to finance topics like risk assessment, time value of money, and capital allocation. He approaches financial concepts methodically, breaking formulas into the logic behind them rather than treating them as black boxes.

Time value of money, discounted cash flow, and capital structure decisions are concepts Idara uses in her actual career — she's spent years in the finance industry after completing her MS in Management Science & Engineering at Stanford. She unpacks formulas like NPV and IRR by connecting them to real investment decisions, making the math feel purposeful instead of arbitrary.

Time value of money, net present value, and portfolio risk calculations are ultimately math problems dressed in business language. Romeo's mathematics degree and PhD-track training give him the quantitative fluency to break down discounted cash flow models and amortization schedules so the numbers actually make sense. He connects each formula to the financial decision it's designed to answer.