Manasa S
Spark your engineering passion with interactive and detailed lessons!
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Private tutor - Manasa S
Bachelors degree
/ 30 min
Meet Manasa
About your engineering tutor
Hello, I'm Manasa S, a Masters graduate specialized in Power Electronics. My teaching philosophy revolves around making complex Engineering concepts easy to understand. I believe in engaging students through interactive learning methods, practical examples, and real-world applications. With expertise in Electronics and Electrical Engineering, I cater to students at all levels in College. Join me on a learning journey where we can explore and conquer Engineering Sciences together!
Manasa graduated from Visvesvaraya technological University
Engineering tutor specialities
International Baccalaureate (IB)
Technical presentation
Project help
New Zealand Curriculum - NZC (NZ)
Research paper
State-Specific Standards (USA)
Common Core State Standards - CCSS (USA)
A-Levels (UK)
Advanced Placement (AP) Program (USA)
Lab work
GCSE (UK)
Engineering class snapshot
As an Electronics and Electrical Engineering tutor, I cater to college and all levels of students by making learning interactive, structured, and systematic. My teaching is concept-focused, detailed, and emphasizes problem-solving. I believe in a hands-on and practical approach to help students understand complex engineering concepts. I engage students in project-based assessments where they design and simulate engineering solutions, customizing simulations based on their engineering focus. Providing feedback on design projects, I use CAD models to illustrate areas for improvement. I also help students apply theoretical knowledge to practical design and innovation through CAD software.
Engineering concept taught by Manasa
The Student and Tutor reviewed concepts of resonance in RLC circuits, Bode plots, and transfer functions. The Student worked through practice problems from a previous exam, focusing on resonance, Bode plot analysis, and circuit responses. The Student plans to review another practice exam and may contact the Tutor with further questions.
Resonance in RLC Circuits
Zero-Pole Diagrams and Transfer Functions
Transfer Function and Bode Plots
Bode Plot Analysis
Cutoff Frequency and 3dB Line
Frequency Response
Transfer Function and Frequency Response Relationship
Magnitude and Phase Calculation
Bode Plot Approximations
Applying Bode Plots to Circuit Analysis
The session covered transfer functions, step responses, and impulse responses in RLC circuits. The Student practiced circuit analysis in the s-domain using techniques like source transformation and voltage division. The plan is to continue with chapter 11.2 in the next session, and then to have a review session on Wednesday to prepare for the upcoming exam.
Circuit Analysis Techniques in the s-Domain
Impulse Response
Characteristic Equation and System Stability
Step Response
Second-Order Transfer Functions
Impedance in Transfer Function Analysis
Transfer Functions
The student and tutor worked through an op-amp circuit analysis problem, including nodal analysis to find output voltage, determining input voltage limits for linear operation, and designing a circuit with specific output requirements. The student practiced applying KCL and understanding the virtual ground concept. There was no homework assigned, but the student indicated they would reach out when closer to their next exam for more tutoring.
Op-Amp Configurations: Non-Inverting Amplifier
Nodal Analysis (KCL) for Op-Amp Circuits
Virtual Ground Concept
Op-Amp Output Voltage Limits and Linear Operation
Combining Op-Amp Configurations: Multi-Stage Amplifiers
The session involved analyzing op-amp circuits using nodal analysis, mesh analysis, and Thevenin equivalents. The Student practiced solving for output voltages, loop currents, and equivalent resistances in various circuit configurations. The Student is to email a PDF of solutions for the next class.
Force Sensing Resistors (FSRs)
Thévenin and Norton Equivalents
Mesh Analysis (KVL) and Supermesh
Inverting Amplifier Configuration
Op-Amp Saturation
Virtual Ground Concept in Op-Amps
Nodal Analysis (KCL)
The Student and Tutor worked on an inverting amplifier circuit problem. They applied nodal analysis and KCL to determine the output voltage in terms of input voltage. The Tutor will re-examine the problem and provide a complete solution at the next session, including the load current and power.
Op-Amp Output Limitations
Impact of Component Values
Voltage Divider Rule
Virtual Ground Concept
Inverting Amplifier Analysis
Kirchhoff's Current Law (KCL)
Student types for engineering class
ADHD
Learning Disabilities
College
All LevelsSchoolAdult / Professional
Home schooled
ASD
Hands-on engineering classes
Record lessons
Mobile joining
Parent feedback
Chat for quick help
Open Q&A
Learning tools used by engineering tutor
Practice worksheets
Presentations
Assessments
Quizzes
Digital whiteboard
Your engineering tutor also teaches
Electronics Engineering
Electrical Engineering
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