medini bv
Collaborative Computer Science & coding lessons with creativity
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Private tutor - medini bv
Bachelors degree
medini - Know your tutor
Hello, I'm Medini BV, a Computer Science and Robotic Engineer and tutor with a Bachelors in Electronics and Masters in Robotics. Am Having 3+ years of Industrial experience and 2+ years of tutoring. In this journey i have poured knowledge to 200+ students including working professional, Engineering, College and School students. My teaching philosophy revolves around making complex concepts simple for students and give depth knowledge with practical implementation. I specialize in teaching Python, Artificial Intelligence, Machine Learning. Deep Learning, Computer Vision, Data Science, C, C++, Embedded Systems, Electronics, Arduino programming, ROS and STEM for kids. I believe in engaging students through interactive learning methods to ensure they grasp the subject thoroughly. Let's embark on a learning journey together!
medini graduated from GOVERNMENT ENGINEERING COLLEGE RAMANAGARA
Programming class overview
As a Computer Science and Programming tutor, I believe in making learning engaging and collaborative. I personalize classes based on students' interests, level of understanidng making the session more interactive. My teaching style is empathetic and practical, focusing on real-world applications of concepts. I also incorporate creative methods to enhance learning, such as gamified activities. I create a structured plan with exercises to help students build their skills gradually. I aim not only to help them academically but also to prepare them for internships and jobs in leading tech companies giving them industrial exposure and requirements.
Programming tutor specialities
Job readiness
Advanced Placement (AP) Program (USA)
State-Specific Standards (USA)
Common Core State Standards - CCSS (USA)
Next Generation Science Standards - NGSS (USA)
Debugging
Upskilling
Exam prep
Paired coding
Computer Science concept taught by medini
The session involved debugging line sensor and encoder code for a robot. The student worked on resolving errors in the encoder code and troubleshooting issues with sensor readings. The tutor provided guidance and code modifications to achieve functional sensor readings. The next step is to integrate the sensor code with the motor control code for robot movement, planned for the next session.
Analog vs. Digital Readings
Library Integration and Troubleshooting
Hardware Connections and Pin Assignments
Understanding Sensor Calibration
Identifying and Resolving Code Errors
The Student and Tutor worked on debugging the Student's line-following robot code by adjusting sensor pin configurations and integrating the code with the robot's hardware. They tested and modified code related to line sensor readings, motor control, and calibration routines to improve the robot's performance. The tutor will rewrite the code and share it for testing in the next session, focusing on assessment file requirements.
Line Sensor Pin Configuration
Library Integration and Management
Calibration Process for Line Sensors
Debugging Strategy: Step-by-Step Approach
Motor Speed Configuration
The Student and Tutor discussed Python modules, packages, and libraries, focusing on installing external libraries with pip. The session covered pandas Series and DataFrames, demonstrating their creation and basic indexing. The Student began working on reading an Excel file into pandas and will continue practicing indexing and column name manipulation for homework.
Modules
Libraries
and Packages
Exploring Data: .head() and .tail()
Reading Data with Pandas
Indexing with .loc and .iloc
Pandas: Series vs. DataFrame
PIP - Python Package Index
The Student reviewed voltage divider circuits and derived expressions for output voltage, including scenarios with variable resistance. They worked through problems involving sensitivity analysis and flex sensors, designing a circuit and deriving a formula for flex angle. The Student was assigned to complete the remaining questions as homework and email them for review.
Flex Sensor Application
Sensitivity Analysis
Resistance Perturbation & Linear Approximation
Voltage Divider Circuit Analysis
The Student and Tutor reviewed the architecture of the Pololu 3pi robot and practiced basic programming using Arduino IDE. The Student worked on modifying LED control, bump sensor testing, and line sensor testing codes to understand sensor-based interaction and robotic programming. The next session is planned to recheck the line follower board code and to review the lab sheet.
Digital I/O and LED Control
Bump Sensor Interfacing
IR Line Sensors and Analog Input
Conditional Logic with `if`
`else if`
and `else`
Serial Communication and Debugging
Arduino Libraries and Namespace
The Student and Tutor reviewed series and parallel circuits, focusing on how to incorporate switches, resistors, and fuses for circuit protection. The student learned how to design a circuit with both series and parallel components and how to correctly install a voltmeter. The next step is for the student to clarify the voltmeter requirements with the instructor.
Circuit Protection: Fuses and Resistors
Voltmeter Installation
Switches in Circuits
Series-Parallel Combination Circuits
Parallel Circuits
Series Circuits
Your programming tutor also teaches
Computer Science
Matlab
Python
Artificial Intelligence
C
C++
Learner for programming class
School
All Levels
Adult / Professional
College
Teaching tools used by tutor
Jupyter Notebook
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