Circuit simulation projects
Circuit Simulation Project Mentoring
Personalized mentoring for projects that live or die by a circuit simulation — from the first schematic to waveforms you can explain.
Bring the design, the simulator you are using and the result that is confusing you, and we will work through it together.
Mentoring
What mentoring can cover
Common areas in circuit simulation projects:
Design and schematic
- Circuit design choices
- Schematic review
- Choosing component values
- Component and model configuration
Analysis setup
- Choosing the right simulation setup
- DC operating point and sweeps
- AC analysis and frequency response
- Transient analysis
- Measurement setup
Results and debugging
- Waveform interpretation
- Debugging simulation errors
- Unexpected simulation results
- Comparing simulation with theory
Circuit types
- Filters
- Amplifiers
- Analog circuits
- Digital circuits
- Power circuits, where relevant
These are common examples, not a complete list. Working on a different kind of circuit? Send us the details.
Approach
From schematic to waveform
A simulation is only as good as its setup. Mentoring focuses on getting each step right:
A schematic the simulator understands
Ground references, sources, component models and connections checked before anything is run.
The right analysis for the question
Choosing between operating point, DC sweep, AC and transient analysis based on what your project needs to show.
Sensible simulation settings
Stop times, time steps and frequency ranges that capture the behaviour you care about.
Measuring what matters
Probing the right nodes and currents, and extracting values such as gain, bandwidth, ripple or rise time.
Reading the waveforms
Relating what you see on the plot back to how the circuit works and what the design intended.
Checking against theory
Comparing simulated results with hand calculations, so differences are understood rather than ignored.
Software & tools
Simulators we work with
Circuit simulation projects commonly use:
- LTspice tutoring
- Proteus tutoring
- PSpice
- Multisim
- Other SPICE-based simulators
- Manufacturer component models
Using a different simulator? Tell us which one and we will confirm how we can help.
Common circuit simulation problems
Symptoms students regularly bring to a session:
- Convergence errors or a simulation that will not start
- Floating nodes or a missing ground reference
- Component models that are missing or behave oddly
- Waveforms that look nothing like the expected result
- An AC response that does not match the hand-calculated one
- A transient run that is too short, too slow or too coarse
What to send us
Useful details for a circuit simulation project:
- The simulator and version you are using
- Your schematic, or a screenshot of it
- Which analysis you are running
- The result you expect and what you see instead
- Any error messages
- What the circuit is meant to do in the project
Who this mentoring is for
- Students whose project relies on simulating a circuit before building it
- Students designing filters, amplifiers, converters or mixed-signal circuits
- Students stuck on simulator errors or confusing waveforms
- Students who need to compare simulation with measured results
Related subjects and projects
Where this kind of project connects to the rest of Electrical Engineering. Project support is not limited to these areas.
Related subjects
- Circuit Analysis tutoring
- Electronics tutoring
- Power Electronics
- Digital Logic Design
Other project areas
All project mentoringPricing
Project mentoring pricing
Custom pricing
Personalized tutoring from $30/hour; project mentoring is often priced individually.
Simulation projects vary with the circuit, the simulator and the depth of analysis, so mentoring may be priced individually — agreed before booking.
The rate depends on
- Project complexity
- Subject area
- Software involved
- Hardware involved
- Level of study
- Tutor expertise needed
- Session requirements
FAQ
Circuit Simulation project questions
Which circuit simulators can you help with?
LTspice and Proteus most often, and PSpice and Multisim too. Other simulators can be requested — tell us which one your project uses.
Why doesn't my simulation match my hand calculations?
Common causes include component models, source settings, the analysis type and simulation settings. We go through them together to find where the difference comes from.
Can you help me fix convergence errors?
Yes. We look at the schematic, models and simulation settings to find what is causing the failure and how to resolve it.
Can you help me choose between AC and transient analysis?
Yes — it depends on what your project needs to show. We talk through what each analysis tells you and set up the one that answers your question.
Can you review my circuit design before I build it?
Yes. We can go through the schematic, component values and simulated behaviour with you before you commit to hardware.
Project mentoring
Get mentoring on your circuit simulation project
Tell us which simulator you are using, what the circuit does and what you are seeing. We'll confirm how we can help and agree the rate first.
Prefer email? contact@electricalengineeringtutors.com