Engineering Tutor | Exam Prep, Music Theory, Practice Exams | USA
Private tutor - Er Rajendra
Masters degree
$26
$22
/ hour
100% receive assignment support
Students get consistent help for timely submissions.
Interactive and collaborative learning
Students benefit from group projects and problem-solving.
Personalized learning paths
90% of students feel lessons match their learning pace.
About your engineering tutor
I am Rajendra. I am from INDIA. I have done M.Tech. (Electrical Engineering) from Indian Institute of Science, Bangalore (IISc) in 2010, B.Tech. (Electrical Engineering) in 2007. I was All India 7th Ranker in GATE 2008. I have teaching experience of 14+ years. Subjects i am teaching are Power Electronics, Electric Circuit Theory/ Network Theory/Networks and Circuits, Electrical Measurement, Electrical Machines etc. I have taught more than 25000 students so far. My teaching philosophy centers on creating a dynamic, inclusive, and engaging learning environment where students develop critical thinking, communication and problem-solving skills. I believe in fostering a love for learning through active participation, real-world applications, and personalized attention to individual student needs. I aim to empower students to become confident, lifelong learners who are equipped to contribute meaningfully to the world.
Engineering tutor specialities
Homework help
Exam prep
Technical presentation
Review sessions
Real world application
Engineering class overview
My teaching methodology revolves around clarity, engagement, and adaptability: 1> Clarity: I aim to explain concepts in a straightforward manner, breaking down complex ideas into simpler parts. Clear communication ensures that the learner understands the fundamental principles before moving on to more advanced topics. 2> Engagement: Learning is most effective when it’s engaging and interactive. I use examples, analogies, and practical applications to make the material relatable and interesting. Questions and discussions are encouraged to stimulate critical thinking and deepen understanding. 3> Adaptability: Recognizing that every learner is unique, I adapt my teaching approach to suit different learning styles and paces. Whether visual, auditory, or kinesthetic, I strive to present information in ways that resonate with each individual. 4> Feedback: Continuous assessment and feedback are crucial for improvement. I provide opportunities for learners to demonstrate their understanding through exercises, quizzes, or projects, and I use feedback to adjust my teaching methods as necessary. 5> Real-World Connections: Whenever possible, I link theoretical concepts to real-world applications. This not only enhances understanding but also demonstrates the relevance and practicality of the knowledge being gained. 6> Encouragement and Support: Learning can be challenging, so I create a supportive environment where learners feel encouraged to ask questions, make mistakes, and grow. Positive reinforcement and constructive feedback foster confidence and motivation. Overall, my goal is to empower learners to not only grasp the subject matter but also to develop critical thinking skills and a lifelong enthusiasm for learning.
Student types for engineering class
Interactive engineering classes
Record lessons
Note taking
Pets are welcomed
Parent feedback
Mobile joining
Teaching tools used by engineering tutor
Quizzes
Practice worksheets
Assessments
Presentations
Your engineering tutor also teaches
Electronics Engineering
Electrical Engineering
Free lesson slots
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Engineering concept taught by Er
Rajendra taught Fadi AC circuit analysis, covering impedance, admittance, and frequency domain transformations of circuit elements. They analyzed purely resistive, inductive, and capacitive circuits, then moved on to RL and RC circuits, solving numerical problems and using phasor diagrams. They plan to cover node analysis next session.
Polar and Rectangular Forms
Phaser Diagrams
RC Circuit Analysis
RL Circuit Analysis
Rajendra tutored Fadi on AC circuit concepts, including AC vs. DC circuits, sinusoidal waveforms, and phasor representation. Fadi practiced finding phase differences, converting between sine/cosine functions, and converting between rectangular and polar forms. They will continue with impedance, admittance, node analysis, and three-phase circuits in the next session.
Leading/Lagging Determination
Phase Displacement
Arithmetic Operations
Polar to Rectangular Conversion
Rajendra assisted Joshua (and Josh Colley) in a Wiingy session by reviewing his electrical engineering assignment. The session involved problems related to series/parallel resistors, calculating equivalent resistance, and applying Ohm's Law. Rajendra confirmed the correctness of Joshua's solutions.
Series Resistors
Equivalent Resistance
Ohm's Law
Parallel Resistors