Manasa S
Spark your engineering passion with interactive and detailed lessons!
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Manasa S
Bachelors degree
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Each lesson is 55 min
50 lessons
20% off
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30 lessons
15% off
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20 lessons
10% off
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10 lessons
5% off
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5 lessons
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1 lessons
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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!
Meet Manasa
Manasa graduated from Visvesvaraya technological University
Engineering tutor specialities
Advanced Placement (AP) Program (USA)
A-Levels (UK)
Test prep
Lab work
Assignment help
Project help
New Zealand Curriculum - NZC (NZ)
Upskilling
Australian Curriculum (AU)
International Baccalaureate (IB)
Research paper
Student types for engineering class
ASD
College
All LevelsSchoolAdult / Professional
ADHD
Home schooled
Learning Disabilities
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.
Your engineering tutor also teaches
Electronics Engineering
Electrical Engineering
Engineering concepts taught by Manasa
The Student and Tutor reviewed Electrical Engineering concepts, focusing on circuit analysis and filter design. They worked through practice problems from a past exam, covering topics like RLC circuits, Bode plots, transfer functions, and Butterworth filters. The session prepared the Student for an upcoming final exam.
Second-Order Bandpass Filters
Active Filter Design
Magnitude and Frequency Scaling
Convolution Integral
Overdamped RLC Circuits
MOSFET Transconductance and Saturation
Transfer Function Analysis
The Student and Tutor reviewed Butterworth filter design, focusing on low-pass and high-pass implementations using RC and RL circuits. The session included analysis of Bode plots, transfer functions, pole-zero plots, and filter stability. The session ended with plans to review past exams in the next session.
Poles and Stability
Low-Pass Filter Design with RC Circuits
High-Pass Filter Design with CR Circuits
Frequency and Magnitude Scaling
Butterworth Filter Order and Slope
Idealized Filter Responses
Butterworth Filter Characteristics
The Student and Tutor analyzed circuits containing op-amps, resistors, and inductors. The Student practiced identifying circuit types, analyzing cascaded circuits, and converting to the S-domain using nodal analysis to find the output voltage. The session covered AC circuits, transfer functions, and frequency response calculations.
Circuit Cascading and Loading Effects
S-Domain Analysis with Initial Conditions
Nodal Analysis in the S-Domain
Inverse Laplace Transform and Circuit Response
Decomposing Circuit Response
Frequency Response Analysis
Op-Amp Circuit Analysis
The student and tutor worked through the design of active filters, focusing on transfer function analysis, root finding, and circuit implementation using op-amps. They explored designs using two op-amps and a single op-amp, detailing component selection and configuration. The tutor assigned a practice exam to be completed before the next session.
High-Pass Filter with Op-Amp
Finding Roots of Transfer Functions
Op-Amp Circuit Design with Inductors
Op-Amp Circuit Design with Capacitors
Cascading Op-Amp Stages
Voltage Dividers for Transfer Function Realization
Op-Amp Saturation and Signal Clipping
The student and tutor worked on analyzing an active filter circuit. They transformed the circuit into the S domain, derived the transfer function, computed the gain and phase functions, and determined the filter type. The student will continue with the remaining parts of the problem in the next session.
Cutoff Frequency and Gain Analysis
Identifying Filter Type
Analyzing DC Gain and Steady-State Frequency Gain
Gain and Phase Function Calculation
Transfer Function Derivation
Nodal Analysis (KCL) in Circuit Analysis
S-Domain Transformation of Circuits
The Student and Tutor reviewed steady-state analysis, S-domain transformations, and nodal analysis techniques in electrical circuits. They worked on problems involving initial conditions, circuit transformations, and differential amplifiers. The session concluded with a plan to continue with the remaining problems in the next class and the Tutor will share the PDF notes.
Zero-State and Zero-Input Response
Inverse Laplace Transform and Partial Fraction Expansion
Differential Amplifier Analysis
Op-Amp Circuits with Inductors and Initial Conditions
Nodal Analysis in the S-Domain
S-Domain Representation
Initial Conditions in Steady State Analysis
Learning tools used by engineering tutor
Digital whiteboard
Presentations
Practice worksheets
Assessments
Quizzes
Hands-on engineering classes
Open Q&A
Mobile joining
Pets are welcomed
Parent feedback
Record lessons
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