On-Site Circuits & Networks Tutor
Budget: ₹750 – ₹1,250 INR
I’m looking for someone who can meet me face-to-face and guide me through intermediate material in circuits and networks. My focus is on analog circuits and the underlying network theory, and I’d like to weave Laplace techniques into the problem-solving process so they feel second nature by the end of our time together.
I already know the basics—Ohm’s law, simple RC responses, and standard analysis methods—so the goal is to push past rote calculations and build an intuitive grasp of frequency-domain behaviour, transfer-function derivations, and real-world component limitations. Think of it as bridging the gap between a sophomore-level course and the confidence needed for senior-year projects.
We’ll meet in person (I’m flexible on location within the city) and work hands-on with circuit simulation tools such as LTspice or Multisim alongside a breadboard when needed. I’d like a structured progression of sessions, each ending with a short set of practice problems that we review at the start of the next meeting.
Even online one to one sessions.
Deliverables
• A session plan outlining the sequence of topics and target outcomes
• Custom problem sets with solutions—including Laplace-domain analysis steps
• Brief progress notes after each session so I can track areas that need more attention
If you enjoy teaching by doing, can break down complex math into clear physical insight, and have the bandwidth for weekly meetups, let’s connect.
I already know the basics—Ohm’s law, simple RC responses, and standard analysis methods—so the goal is to push past rote calculations and build an intuitive grasp of frequency-domain behaviour, transfer-function derivations, and real-world component limitations. Think of it as bridging the gap between a sophomore-level course and the confidence needed for senior-year projects.
We’ll meet in person (I’m flexible on location within the city) and work hands-on with circuit simulation tools such as LTspice or Multisim alongside a breadboard when needed. I’d like a structured progression of sessions, each ending with a short set of practice problems that we review at the start of the next meeting.
Even online one to one sessions.
Deliverables
• A session plan outlining the sequence of topics and target outcomes
• Custom problem sets with solutions—including Laplace-domain analysis steps
• Brief progress notes after each session so I can track areas that need more attention
If you enjoy teaching by doing, can break down complex math into clear physical insight, and have the bandwidth for weekly meetups, let’s connect.
Related categories:
Engineering
Electronics
Electrical Engineering
Circuit Design
Teaching/Lecturing
Analog Electronics