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Asha Somashekharayya Balikai

“Empower your electrical engineering skills with a creative, hands-on tutor for design and simulation.”

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Verified degree or teaching certification of Asha Somashekharayya
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Private tutor - Asha Somashekharayya Balikai

Masters degree

About your engineering tutor

I’m Asha Balikai, an engineering educator with 8 years of overall experience and strong specialization in Model-Based Systems Engineering (MBSE), MATLAB/Simulink, and multi-domain simulation. Alongside my technical expertise, I have built a dedicated teaching career as a Lecturer and Assistant Professor, guiding students from Electrical, Electronics, Mechanical, and interdisciplinary engineering backgrounds. My teaching style is known for being clear, practical, and highly student-friendly. Over the years, I have developed a strong passion for helping learners understand complex engineering concepts in a simple and structured manner. I ensure that every topic is explained with logic, clarity, and real-world relevance. My lessons focus on helping students gain confidence, improve conceptual understanding, and build skills that directly support academic success and career growth. My sessions include step-by-step explanations, hands-on exercises, and personalized guidance. Many students appreciate how I simplify tough subjects, making them easier to understand even for beginners. I adapt my teaching methods to suit the learning style and pace of each student, ensuring they feel comfortable and supported throughout their learning journey. Students choose me as a tutor because I combine classroom teaching experience, industry exposure, and a genuinely supportive approach. I help learners build strong technical foundations, improve their academic performance, complete projects confidently, and develop skills required for engineering roles.

Asha Somashekharayya graduated from VTU University

Asha Somashekharayya  graduated from VTU University
Asha Somashekharayya  graduated from VTU University

Engineering class snapshot

My tutoring methodology is built on a strong foundation of problem-based learning, design thinking, and simulation-driven techniques that help students develop deep conceptual understanding and analytical skills in Electrical Engineering. I integrate a mix of modern digital tools—including online platforms, interactive simulations, and virtual labs—to create engaging, hands-on, and personalized learning experiences for every student. With a well-structured and carefully tailored curriculum, I have successfully guided more than 200 students across various learning levels, from complete beginners to advanced learners. My key strength lies in simplifying complex engineering topics, encouraging active participation, and linking every concept to real-world industry applications. This approach not only builds confidence but also ensures that students gain the practical understanding needed to excel in Electrical Engineering.

Engineering tutor specialities

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Technical presentation

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Real world application

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Review sessions

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Lab work

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Exam prep

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Engineering concept taught by Asha Somashekharayya

Student learned 3 days ago

The session covered nodal analysis of circuits, including the application of KCL at nodes and supernodes. The Student practiced finding Thevenin and Norton equivalents for a given circuit, calculating VTH, ISC, and RTH. The Tutor assigned further study for an upcoming test.

Supernode Analysis

Thévenin's Theorem and Norton's Theorem

Source Transformations (Thévenin to Norton Conversion)

Assumptions and Approximations in Circuit Analysis

Nodal Analysis with Dependent Sources

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Student learned 3 days ago

The session focused on voltage dividers, current dividers, short and open circuits, inductors, capacitors, and Kirchhoff's Current Law. The Student practiced applying KCL to solve for branch currents in a circuit. The session will continue on Friday with Kirchhoff's Voltage Law.

Voltage Divider

Current Divider

Series and Parallel Circuit Duality

Short and Open Circuits

Inductors and Inductance

Capacitors and Capacitance

Kirchhoff's Current Law (KCL)

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Student learned 4 days ago

The session involved solving circuit analysis problems using KCL and node voltage methods. The Student practiced finding voltages, currents, and power consumption in a circuit with resistors, current sources, and voltage sources. The Student will finish the second problem and begin the third one in the next session.

Kirchhoff's Current Law (KCL)

Node Voltage Method

Ohm's Law

Power Consumption in Resistors

Power Generation by Sources

Dependent Sources

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Student learned 4 days ago

The session covered voltage, power, resistance, series and parallel circuits, and Ohm's Law. The Student practiced applying formulas to calculate resistance, power, and voltage in series and parallel circuits. The Student was assigned a problem to calculate effective resistance and voltage drop, to be reviewed in the next session.

Voltage and Potential Difference

Series and Parallel Resistor Connections

Ohm's Law

Resistance

Resistivity

and Conductance

Active and Passive Elements

Power: Rate of Work Done

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Learning tools used by engineering tutor

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Practice worksheets

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Digital whiteboard

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Simulation & Modeling Tools

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Assessments

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Presentations

Student types for engineering class

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Hands-on engineering classes

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Open Q&A

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Chat for quick help

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Note taking

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Mobile joining

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Record lessons

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Every tutor is interviewed and selected for subject expertise and teaching skill.