Circuits & Network Analysis
Online Circuit Analysis Tutor
Circuit analysis is the first real engineering course for most Electrical Engineering students, and nearly everything later — electronics, machines, power, signals — assumes you are comfortable with it. The difficulty is rarely a single formula; it is knowing which method to reach for and setting the problem up cleanly.
Sessions build that judgement: working through circuits together, choosing between methods, and checking that an answer is physically sensible before moving on.
Topics
What we can help with
Common Circuit Analysis topics students ask about, grouped the way most courses teach them.
Fundamentals
- Ohm's law
- Kirchhoff's current and voltage laws
- Series and parallel combinations
- Voltage and current dividers
- Dependent sources
Analysis methods and theorems
- Nodal analysis
- Mesh analysis
- Superposition
- Source transformation
- Thevenin's theorem
- Norton's theorem
- Maximum power transfer
Transient analysis
- RC circuits
- RL circuits
- RLC circuits
- First- and second-order responses
- Initial and final conditions
- Laplace-based circuit analysis
AC circuits
- Phasors
- Impedance and admittance
- AC power and power factor
- Resonance
- Network theorems in AC
- Two-port networks
These are the areas students ask about most. If your course covers something else — magnetically coupled circuits, three-phase circuits, a specific network theorem — just ask.
Circuit Analysis
Where circuit analysis usually gets difficult
Most students understand the laws. The sticking points tend to be in applying them — and those are exactly what sessions focus on:
Choosing the right method
Nodal or mesh? Thevenin first, or superposition? Seeing which approach keeps the algebra short saves a lot of time in exams.
Dependent sources
Supernodes, supermeshes and controlling variables trip up many students. A consistent setup routine makes them routine.
Transients
Most errors come from initial and final conditions, not the differential equation itself. Sessions make those steps systematic.
Phasors and complex arithmetic
AC analysis is DC analysis with complex numbers — once the arithmetic is comfortable, the methods carry straight over.
Who this tutoring is for
- First- and second-year students taking circuits, network analysis or basic electrical engineering
- Students from other engineering disciplines taking a required circuits course
- Students preparing for circuit analysis exams, quizzes or resits
- Students who can follow worked examples but get stuck setting up problems on their own
- Students checking their understanding against circuit simulation for labs
How online sessions work
Live 1-to-1 sessions on Zoom or a similar platform, with screen sharing and a shared digital whiteboard. For Circuit Analysis, sessions typically include:
- Circuits redrawn and labelled together, so the setup is clear before any algebra
- The same circuit solved two ways to build confidence in choosing methods
- Worked examples, then similar problems you work through with guidance
- Quick sanity checks — limiting cases, units, power balance — to catch errors early
- Simulation used to confirm a hand-calculated result where it helps
Software & tools
Relevant software and tools
Simulation is a useful way to check hand analysis. If a simulated result disagrees with your calculation, working out why is often where the understanding clicks. The focus stays on the analysis itself.
Circuit Simulation
LTspice
SPICE simulation for analog circuits — DC, AC, transient and parametric analysis.
Circuit Simulation
PSpice
Circuit simulation and analysis for analog and mixed-signal electronics assignments.
Circuit Simulation
Multisim
Interactive circuit simulation with virtual instruments, widely used in university lab courses.
Circuit Simulation
Proteus
Schematic capture and mixed-mode simulation, including microcontroller co-simulation for embedded coursework.
Related
Related Electrical Engineering subjects
Subjects that often go hand in hand with this one. We support many other areas too.
FAQ
Circuit Analysis tutoring questions
Which circuits courses can you help with?
Introductory circuits, Circuits I and II, network analysis and basic electrical engineering courses are all common — from DC fundamentals through transients and AC analysis. If your course has a different name, send us the topic list.
Can you help with LTspice, Multisim or other circuit simulators?
Yes. Simulation can be used to check hand-calculated results and to understand what a circuit is doing. We can also help you set up simulations correctly for lab work.
I understand the theory but get stuck on problems. Can tutoring help with that?
That is one of the most common reasons students ask for help. Sessions focus on how to set up and approach problems, not just the theory behind them.
Do you cover AC power and three-phase circuits?
Yes — AC power, power factor and power factor correction are covered, and three-phase circuits can be included where your course uses them.
Circuit Analysis tutoring
Get help with circuit analysis
Send us the circuit or the topic you are stuck on. Related areas such as electronics, three-phase circuits or AC power can be requested too.
Prefer email? contact@electricalengineeringtutors.com