Understand difficult topics, prepare for assessments and build confidence with an online electronics or electrical engineering tutor matched to your course and learning goals.
Join personalized live tutoring for circuit analysis, power systems, control systems, digital electronics and embedded systems subjects.
Every session is planned around what you need to understand next–whether that is a difficult concept, an upcoming exam, a case-based task or a research project. Learn live, ask questions in real time and work at a pace that suits you.
Subject-Matched Engineering Tutors
Learn with tutors whose academic or professional background aligns with your subject, level and requested topic.
1:1 Personalized Live Tutoring
Use live sessions to revisit core knowledge, unpack complex material and practise applying concepts with direct tutor feedback.
Assessment and Exam Preparation
Strengthen revision, academic writing and problem-solving skills for exams, reports, presentations and dissertations–within academic-integrity guidelines.
From your first DC circuit to a final-year embedded project, your electronics tutor works through the exact problem sets, lab reports and design tasks on your module.
DC and AC circuits, nodal and mesh analysis, Thevenin and Norton equivalents, and transient response.
Diodes, BJTs, MOSFETs, op-amp circuits and amplifier design, from biasing to frequency response.
Boolean algebra, Karnaugh maps, combinational and sequential logic, and state machines in VHDL or Verilog.
Three-phase systems, transformers, machines, load flow and fault analysis, plus renewable integration.
Transfer functions, stability, root locus and Bode plots, PID tuning, Fourier and Laplace transforms, and filters.
C for microcontrollers, GPIO, timers, interrupts and serial protocols for Arduino, STM32 and PIC projects.
Stuck on a simulation that will not match your hand calculations? Our electronics tutors work in MATLAB, Simulink and circuit simulators with you, inside your own files.
MATLAB
Simulink
LTspice / Multisim
Arduino / Keil
Your session can focus on one urgent question or form part of a longer learning plan. Common areas of support include:
Concept clarification
Break down difficult electrical and electronics engineering ideas into manageable steps.
Case-based learning
Practice applying knowledge to educational cases and structured design scenarios.
Exam preparation
Identify weak areas, review key topics and practise explaining answers.
Circuit & simulation skills
Interpret circuit diagrams, simulations, waveforms and lab data.
Academic writing
Improve structure, critical analysis, referencing and clarity using your own work.
Research & dissertations
Discuss research questions, literature searching, methodology and interpretation.
Your session can focus on one urgent question or form part of a longer learning plan. Common areas of support include:
Create an account on our platform powered by Teachworks LMS by sharing your academic needs, availability, and learning preferences.
Receive your secure login credentials and access your personalized student portal to manage your sessions, tutors, and learning progress.
Book your session, complete your secure payment via Stripe, and join your live, interactive lesson to begin your learning journey.
Leave with clearer priorities, suggested practice and the option to book further sessions.
What you need from an electrical engineering tutor changes as your degree moves on. Here is where students usually ask for help, and how sessions are planned around it.
| Level | Typical modules | Where students get stuck | How your tutor helps |
|---|---|---|---|
| Foundation and Year 1 | DC circuits, engineering maths, intro electronics | Setting up circuit equations, complex numbers | Step-by-step methods you can reuse in every problem set |
| Year 2 | AC circuits, analogue and digital electronics, signals | Phasors, transistor circuits, transforms | Worked examples on your own tutorial sheets and labs |
| Final year | Control, power systems, embedded systems, project | Design choices, simulation results, report write-up | Project reviews and exam practice on past papers |
| MSc and PhD | Power electronics, DSP, advanced control, research | Modelling, MATLAB and Simulink, thesis chapters | Specialist tutors from your research area |
Select the study level that best matches your course. Before you book, confirm the tutor, session length, price and learning focus.
Ideal for students needing help with basic or entry-level college material.
Tailored support for core and elective undergraduate courses.
Designed for master's level coursework and capstone projects.
Elite academic coaching for doctoral-level work and publications.
Tell us what you are studying, where you are getting stuck and when you would like to meet. We will review your request and help you find suitable personalized live tutoring.
No guaranteed grades. No completed assignments. Educational tutoring only.
What Our Students Say
Online electrical and electronics engineering tutoring starts at $60 per hour for Foundation Year students, $75 for undergraduates, $85 for graduate students and $100 for PhD and research work. You pay per session, with no package required.
Yes. Tutors work with you in MATLAB and Simulink for signals, control and power models, and in circuit simulators such as LTspice or Multisim, so you can check your hand calculations and explain your simulation results.
Yes. Sessions cover logic design, Karnaugh maps, sequential circuits and VHDL or Verilog, as well as microcontroller programming in C for Arduino, STM32 and similar boards.
Electrical and electronics engineering tutoring is live academic support for students studying circuits, power systems, control systems, digital electronics, signal processing or related engineering subjects. A tutor can explain course concepts, guide practice, support revision and help you develop academic and analytical skills. It is not professional engineering certification or a substitute for accredited lab supervision.
Our tutors support a wide range of subjects including circuit analysis, electromagnetics, power systems, control systems, digital logic, microelectronics, signal processing and embedded systems. Sessions can be matched to your specific module, textbook or course outline.
Yes. Every session is a live, one-to-one video session with a tutor matched to your subject and level. This allows you to ask questions in real time, work through problems together and get direct feedback rather than relying on pre-recorded content.
Yes. Tutors can help you identify weak areas, review key topics, work through past papers or practice problems, and build strategies for tackling calculation-based and design-based exam questions with more confidence.
Tutors can guide you through assignments, design case studies and dissertation work by helping you understand requirements, structure your analysis, interpret circuit or system data and refine your writing. All support stays within academic-integrity guidelines–tutors guide your understanding rather than complete work on your behalf.
When you submit a booking request, we review your subject, study level and specific topic or learning goal. We then match you with a tutor whose academic or professional background aligns with your needs before confirming your session.
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