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Stanford University | Electrical Engineering
Bryan M.

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Hourly Rate: $45
Response time: 6 hours

About Bryan


Bio

I have completed my Bachelor’s of Science in Electrical Engineering at Stanford University with a concentration in Physical Technology and Science and a GPA of 3.607. I will be continuing my education at Stanford University through their Master’s Electrical Engineering program. Here are some of my grades: Introduction to EE: A, Circuits I: A, Circuits II: A, Introduction to Electromagnetics: A, Digital System Design: B+, Signals and Systems I: B+, Fundamentals of Analog Integrated Circuit...

I have completed my Bachelor’s of Science in Electrical Engineering at Stanford University with a concentration in Physical Technology and Science and a GPA of 3.607. I will be continuing my education at Stanford University through their Master’s Electrical Engineering program. Here are some of my grades: Introduction to EE: A, Circuits I: A, Circuits II: A, Introduction to Electromagnetics: A, Digital System Design: B+, Signals and Systems I: B+, Fundamentals of Analog Integrated Circuit Design: A-, and Power Electronics: B.

Some of my projects include building and designing an isolated AC-DC flyback converter that is capable of delivering 5 V at 500 mA to charge a cell phone from 20-40V RMS, a boost converter that raises 3 V to 5 V at 500 mA from two AA batteries, a FPGA music synthesizer with a waveform display that digitally generates real-time audio signals, a variable AC-DC converter capable of delivering 0-24 V DC output from a 120 V AC wall input, and a class D audio amplifier.

I have served as a teaching assistant for Stanford’s Introductory Electrical Engineering course for three years and counting. In this role, I regularly support students through office hours, lab sections, and one-on-one tutoring sessions for students who are struggling with the content. Much of my experience is with college students encountering technical material for the first time.

I believe intuition is built through repetition, so my teaching is strongly problem-based. I guide students through concrete problems step by step, then connect emerging patterns to underlying concepts so they see the structure behind the material. I adapt my pace and style to each student, asking them to explain their reasoning to uncover and address root misunderstandings. Students describe me as approachable, patient, and clear, and I focus on building confidence and critical thinking by encouraging independent problem-solving before stepping in.


Education

Stanford University
Electrical Engineer
Stanford University
Masters

Additional Languages

Spanish

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Approved Subjects

Computer Science

Computer Science

I have completed my B.S. in Electrical Engineering at Stanford University and am continuing my M.S. in Electrical Engineering at Stanford University. My coursework includes Programming Methodology, Programming Abstractions, Computer Organization and Systems, Introduction to Probability for Computer Scientists, and Design and Analysis of Algorithms. Through these courses, I developed a strong foundation in data structures, recursion, algorithmic complexity, memory and register-level reasoning, and systems-level debugging. I program in Python, C, C++, MATLAB, and Verilog.
Electrical Engineering

Electrical Engineering

I have completed my B.S. in Electrical Engineering at Stanford University and am continuing my M.S. in Electrical Engineering at Stanford University. My coursework includes Circuits I & II, Signals and Systems, Digital Systems Design, Power Electronics, Analog Integrated Circuit Design, and VLSI Systems. I have served for three years as a Teaching Assistant for Stanford's introductory electrical engineering course where I teach fundamentals topics such as circuit analysis, capacitors, inductors, bode plots, filters, and amplifiers to over 100 students. Additionally, I have hands-on experience designing and debugging power converters, FPGA-based digital systems in Verilog, and analog circuits using LTSpice and laboratory equipment (oscilloscope, DMM, function generator).
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Response time: 6 hours
Hourly Rate: $45
Response time: 6 hours
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