NARENDER REDDY KAMPELLI Assistant Professor
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**Expert Online Tutor | 13+ Years Experience | ECE Subjects – Electromagnetic Theory, Analog Circuits, Analog VLSI Design & More**

I am an **M.Tech graduate with a submitted Ph.D. thesis**, bringing **13 years of teaching experience** in **Electromagnetic Theory, Analog Circuits, Analog VLSI Design, and other ECE subjects**. I specialize in **online teaching**, making complex topics **easy to understand** with a structured, interactive approach.

**Why Learn from Me?**
✅ **Concept-Based Teaching** – I start from the **very basics**, ensuring a **strong foundation** before diving into advanced topics.
✅ **Problem-Solving Approach** – Learning is reinforced through **real-world examples, practical problems, and mathematical applications**.
✅ **100% Doubt Support** – Available **24x7** for queries; almost all doubts are cleared instantly.
✅ **Personalized Learning** – One-on-one and group sessions tailored to student needs.
✅ **Exam & Career-Oriented Guidance** – Helps students excel in **college courses, competitive exams, and industry applications**.

💡 **Learn Anytime, Anywhere** – Flexible schedules for working professionals and students.
🚀 **Book a Free Demo Class Today!**

Subjects

Electric and Magnetic Field Bachelors/Undergraduate-Masters/Postgraduate
Electromagnetic Field Theory Bachelors/Undergraduate-Masters/Postgraduate
Electromagnetic Bachelors/Undergraduate-Masters/Postgraduate
Analog Circuits and EDC Beginner-Expert
Analog circuit design Beginner-Intermediate
Analog circuit analysis Beginner-Expert

Experience

Assistant Professor (Sep, 2012–Mar, 2025) at JNTU, Hyderabad

Assistant Professor

Education

PhD (Oct, 2016–Mar, 2025) from JNTUH College of Engineering Hyderabad
VLSI System Design (Sep, 2009–Sep, 2012) from JNTU, Hyderabad

Fee details

₹800–1,000/hour (US$8.42–10.53/hour)

My online teaching rates (₹800-₹1000/hr) vary based on experience, subject complexity, student level, and teaching methods. Charge ₹800/hr for basic subjects or group classes and ₹1000/hr for advanced topics, professionals, or one-on-one coaching.

Courses offered

Electromagnetic Theory & Transmission Lines
- ₹1000
- Duration: 20 Days
- Delivery mode: Online
- Group size: Individual
- Instruction language: English
- Certificate provided: No
### **Electromagnetic Theory & Transmission Lines – Course Overview**

This course covers **Electrostatics, Magnetostatics, Maxwell’s Equations, Electromagnetic Wave Propagation, and Transmission Lines**. Key topics include **Coulomb’s Law, Gauss’s Law, Poisson’s & Laplace’s Equations, Biot-Savart’s Law, Ampere’s Law, and Faraday’s Law**. It explores **wave propagation in conductors and dielectrics, reflection & refraction, polarization, Poynting theorem, and surface impedance**. Transmission Line topics include **characteristic impedance, propagation constant, VSWR, Smith Chart, and impedance matching techniques**. Designed for **students
ANALOG CIRCUITS
- ₹1000
- Duration: 20 Days
- Delivery mode: Online
- Group size: Individual
- Instruction language: English
- Certificate provided: No
### **Analog Circuits – Course Overview**

This course covers **BJT and FET biasing, small-signal amplifiers, multistage amplifiers, feedback amplifiers, and oscillators**. Key topics include **BJT operating point, bias stability, hybrid model, and amplifier analysis (CE, CB, CC)**. FET amplifiers are explored with **CS, CD, CG configurations**, including **MOS small-signal models and cascode amplifiers**.

It also includes **multistage amplifiers, high-frequency transistor models, gain-bandwidth product**, and **feedback amplifiers** (voltage/current series & shunt). Oscillator design covers **RC (Wien-Bridge, Phase Shift) and LC (Hartley, Colpitts, Crystal) oscillators**. This course provides a **strong foundation for students and professionals in analog circuit design and analysis**. 🚀
CMOS Analog IC Design
- US$1000
- Duration: 40 Days
- Delivery mode: Online
- Group size: 5
- Instruction language: English
- Certificate provided: No
### **CMOS Analog IC Design – Course Overview**

This course covers the **fundamentals and advanced concepts of CMOS Analog Integrated Circuit Design**, essential for **VLSI, RF, and mixed-signal design applications**. It includes **MOS transistor modeling, biasing techniques, small-signal analysis, and frequency response** of CMOS amplifiers.

Key topics include **CMOS current mirrors, differential amplifiers, cascode amplifiers, operational amplifiers (Op-Amps), stability analysis, frequency compensation, and feedback networks**. The course also explores **noise analysis, layout considerations, and performance optimization**.

Designed for **students, researchers, and professionals**, this course provides a **strong foundation for designing high-performance analog circuits used in modern ICs, sensors, and communication systems**. 🚀