Sheshadri S
Engaging Matlab lessons with problem solving focus
Private tutor - Sheshadri S
Bachelors degree
$32
$27
/ hour
About your tutor
I have completed by Bachelors in Physical Sciences from University of Delhi and Masters in Physics from Acharya Nagarjuna University. I have more than 6 years of teaching experience for online and offline classes. My interest lies in Maths, Physics and English for Higher Secondary, Graduate and Post Graduate Students. I have a good understanding of the subject and possess strong analytical skills. I am also efficient in dealing with students studies and making lesson plans. I always keep myself updated with the latest teaching methods.
Rated 5 stars consistently
Students appreciate how lessons simplify complex coding concepts.
100% on-time college submissions
Students meet deadlines with tutor support.
Highly rated for problem-solving approach
95% of students improve problem-solving skills and speed.
Programming class overview
I offer tutoring sessions on Maths, Physics and English to high school, university graduates and post graduates. I typically provide comprehensive tutoring sessions that are customized to meet each student's specific requirements. In addition to tutoring, I offer assistance with assignments, homework, and test preparation. I actively seek feedback from both my students and their parents, and I also provide my own insights on their performance to ensure that the tutoring sessions are optimized for the learner's success.
Programming tutor specialities
Assignment help
Paired coding
Job readiness
Project help
Debugging
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Computer Science concept taught by Sheshadri
Shankar tutored Arya, focusing on exam preparation covering sequences, series, and conic sections. They practiced identifying arithmetic and geometric sequences, writing explicit and recursive formulas, and analyzing conic sections (parabolas, ellipses, and hyperbolas) to find key features and equations. They also worked on finding tangent lines to circles.
Explicit Formula
Geometric Sequence
Arithmetic Sequence
Hyperbola
Sequences
Ellipse
Parabola
Conic Sections
Shankar and Sahi collaborated on digital logic problems, focusing on sequential circuits, flip-flops (D and T types), counter design, and parity generation using K-maps. They worked through problems from past papers and discussed circuit implementations. They scheduled another session for Tuesday at 8:30 PM and Shankar sent supporting images to Sahi's email.
State Diagrams
Parity Generators
D Flip-Flops for Delay
T Flip-Flops
K-Maps for Circuit Minimization
Shankar and Sahi collaborated on digital logic design problems, referencing papers on adders and counters. They are designing a synchronous up/down counter using flip-flops and K-maps, analyzing a shift register circuit with feedback, and converting flip-flop types. They are working through K-map simplification, state diagrams, and bit-by-bit analysis of shift register behavior. They will continue their discussion tomorrow.
Feedback Control Serial Shifting
4-bit Ripple Carry Adder
JK and D Flip-Flops
Synchronous Up/Down Counter Design
State Diagrams
Shankar Subramanian and Sahi collaborated on digital logic circuit design, covering NAND gate minimization, decoder implementations, finite state machine design, and traffic light controller simulation. They used K-maps and analyzed minterms. Shankar will provide the states table to Sahi, and they scheduled another meeting to discuss adders.
NAND Gate Implementation
Decoder Implementation
Finite State Machines
Traffic Light Controller
Shift Registers
Karnaugh Maps
Shankar Subramanian tutored Sahi on digital logic concepts, including K-maps, Boolean minimization, flip-flop implementation, multiplexer design, synchronous counters, and Boolean algebra simplification. They reviewed past exam questions and discussed essential topics for Sahi's exam note sheet. Shankar agreed to send the notes and old notes if available.
NAND Gate Implementation
D Flip-Flop with JK Flip-Flop
Synchronous Counter Analysis
Boolean Algebra Simplification
Multiplexer Implementation
K-Maps and Boolean Minimization
Braille to Hex Conversion
Shankar Subramanian and Sahi discussed and practiced digital logic concepts, including barrel shifters, synchronous counters, JK flip-flop construction, two's complement conversion, and sequence detector design. Sahi will resend a paper, manage K-map drawings, and research Moore and Mealy machines. They scheduled a follow-up to complete a question on a bar system.
Sequence Detector Design
Two's Complement Conversion
JK Flip-Flop from SR Flip-Flop
Synchronous Up/Down Counter
Multiplexer Implementation
Barrel Shifter
Free lesson slots
1 / 1
Student types for programming class
College
None Of The Above
Interactive programming classes
Note taking
Pets are welcomed
Parent feedback
Mobile joining
Open Q&A
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