Which electrical engineering courses do you cover?

Circuit analysis, electronics, digital logic design, signals and systems, electromagnetics, power systems and machines, communication systems, digital signal processing, and embedded systems. Control systems are covered on their own page.

I am not an EE major. Can I still get help with a required circuits or signals course?

Yes. Mechanical, aerospace, and physics students often need the same core ideas at a different pace. Sessions follow your syllabus and your exams, whatever the major.

Which course should I get help with first?

Start with the one that feeds the others. Circuit analysis supports almost everything else, and signals and systems supports DSP and communications. If you are unsure, a free consultation can sort it out.

Do you help with simulation and programming assignments?

Yes, when they are part of your coursework: SPICE schematics, MATLAB and Python scripts, Verilog or VHDL modules, and C for microcontrollers. We work from the code and results you bring, and the final write-up stays yours.

Can you help with lab reports?

We can check your analysis, units, and error calculations, and talk through why a measurement differed from the prediction. The data and the writing are yours.

Does tutoring help with FE exam preparation?

Sessions can review circuits, fields, signals, and power topics from your coursework. Check the current NCEES specification for your discipline, and ask in a free consultation whether the fit is right.

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Electrical Engineering Tutoring

Help for every EE course, from your first circuits class to senior electives, built around your own syllabus, labs, and exam dates.

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Electrical engineering stacks one hard course on top of another. Circuit analysis sets up electronics, signals and systems, and power. Digital logic leads into computer architecture and embedded work. Math runs underneath all of it, so a shaky month in differential equations or complex numbers can surface a year later in a Laplace transform or a phasor problem. STEM Tutor 360 offers one-on-one help across the EE curriculum, from the first circuits class to senior electives. Every session follows your own course: your lecture notes, your lab handouts, and your exam dates.

The tools matter as much as the theory. Many EE courses expect you to simulate in SPICE, script in MATLAB or Python, write Verilog or VHDL, or program a microcontroller in C. Having one tutor who can talk through the math, the schematic, and the code in the same hour saves a lot of back and forth. Pick the course that is giving you trouble, or buy hours and move between courses as the semester changes.

What We Cover

Circuit analysis: Kirchhoff's laws, Thevenin equivalents, op amps, transients, and phasors

Electronics: diodes, BJTs, MOSFETs, amplifiers, frequency response, and feedback

Digital logic design: Boolean algebra, K-maps, flip-flops, state machines, and Verilog

Signals and systems, then digital signal processing: convolution, Fourier, Laplace, z-transforms, and filters

Electromagnetics: Gauss's law, Maxwell's equations, plane waves, and transmission lines

Power systems and electric machines: three-phase circuits, transformers, motors, and faults

Communication systems and embedded systems: modulation, noise, timers, interrupts, and serial buses

How the EE curriculum fits together

Programs differ, but many follow the same arc. Early courses build analysis habits, middle courses add devices and heavier math, and senior courses apply both to complete systems.

Years one and two: circuit analysis and digital logic design, backed by calculus, differential equations, and linear algebra
Years two and three: electronics, signals and systems, and electromagnetics, where the math gets heavier
Years three and four: power systems and machines, communication systems, digital signal processing, and embedded systems
All four years: labs and projects with SPICE, MATLAB, oscilloscopes, FPGA boards, and microcontroller kits

Start with circuit analysis tutoring

Where control systems fit

Control systems appear in many EE programs as well as mechanical ones, and the math is shared: transfer functions, block diagrams, root locus, and Bode plots. Those courses are covered on the dynamic systems and controls page, so start there if feedback control is on your schedule. It pairs well with signals and systems, since both lean on the Laplace transform.

Dynamic systems and controls tutoring

Choosing where to start

Send your syllabus and your most recent graded exam or lab report, if you have one
Name the course that worries you most, and we trace it back to the prerequisite skills underneath
Book a free consultation first if you are unsure which course to begin with
Buy hours as a package and use them in sessions of 1 to 2 hours, switching courses as your semester changes

Who this is for

Electrical, computer, and engineering technology students at any university, plus mechanical, aerospace, and physics majors who take circuits, signals, or controls as a required course. Working engineers refreshing a topic for a new role are welcome too. Bring whatever you have: a syllabus, a half-finished problem set, or a lab report that did not go well. Sessions are online nationwide, with in-person options around Richmond, Sugar Land, and Katy, TX.

Why STEM Tutor 360

Subject Experts

Each student is matched with a tutor who specializes in the subject, chosen for the student's level, goals, and learning style.

One-on-One

Fully personalized sessions built on a diagnostic of your student's actual strengths and gaps.

Local & Online

In-person sessions across Richmond, Sugar Land, and Katy, or online with a shared whiteboard — evenings and weekends.

Frequently Asked Questions

Ready to Get Started?

Book a free consultation and get an honest assessment of where your student stands and a concrete plan to improve — no commitment required.

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