vasundhra verma
Computer Science and Databases made engaging and supportive
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vasundhra verma
Bachelors degree
/ 55 min
vasundhra - Know your tutor
Hello, I'm Vasundhra Verma, a Computer Science tutor with a passion for teaching. My teaching philosophy revolves around making complex concepts simple and engaging for students. I believe in active student participation and use real-world examples to enhance learning. With a degree in Computer Science, I specialize in teaching subjects like Databases, Java, SQL, App Development, .NET, and C#. I cater to students of all levels, providing a supportive and interactive learning environment. Let's explore the world of coding together!
Programming tutor specialities
Assignment help
Exam prep
Paired coding
Project help
Debugging
Test prep
Learner for programming class
College
Adult / Professional
All Levels
School
Anxiety or Stress Disorders
Learning Disabilities
ASD
ADHD
Home schooled
Programming class overview
As a Computer Science tutor specializing in Java, SQL, .NET, and C#, I cater to students of all levels. My teaching style is engaging, motivational, patient, and supportive. I believe in problem-solving approach to enhance learning. I conduct live coding sessions, guiding students through the coding process from start to finish. I assign small, real-world coding projects to spark creativity. Additionally, I create a personalized plan with exercises to help build their skills. My goal is to ensure students develop a solid understanding of programming concepts and logical thinking. Let's learn and grow together!
Rated 5 stars consistently
Students appreciate how lessons simplify complex coding concepts.
Project-based learning for real-world skills
90% of students complete relevant coding projects.
Flexible lesson scheduling
90% of students find it easy to schedule lessons.
Your programming tutor also teaches
App Development
Computer Science
Databases
Java
SQL
.NET

15 days Refund
Free Tutor Swap

Computer Science concepts taught by vasundhra
The class focused on Java programming, specifically addressing issues with retrieving the current line number from a text area upon a mouse click. The student and tutor worked through debugging code, exploring potential methods to capture the correct line of text without requiring manual selection, and planned to continue this investigation in the next session.
Event Handling in JavaFX
String Manipulation and Data Structures
Debugging and Workarounds in Programming
The Student and Tutor reviewed the implementation of custom exceptions in Java, focusing on credit card and crypto payment scenarios. They then moved on to a JavaFX exercise involving updating a line number display within a text editor based on user interactions. The Student will continue working on this feature, applying guidance on event handling and data retrieval, with a follow-up planned for the next session.
Custom Exception Handling in Java
Event Handling in JavaFX
String Manipulation in Java
JavaFX Text Area Interactions
The student and tutor explored the concept of semantics in distributed systems, with a primary focus on RPC call semantics. They discussed various types of call semantics, including "at least once" and "exactly once," and their implications for reliability and consistency. The session concluded with the student practicing identifying these semantics through example questions.
Failure Handling in RPC
RPC Call Semantics
Semantics in Distributed Systems
The student and tutor worked on implementing custom exceptions in Java and managing them with try-catch blocks. The discussion covered the syntax for throwing exceptions and the correct placement and structure of try-catch blocks to ensure robust error handling. The student plans to complete similar exception handling for other parts of their code.
Explicitly Throwing Exceptions
Exception Handling Scope
Try-Catch Blocks and Exception Handling
User-Defined Exceptions
The tutor guided the student in developing two core functions for a programming library project: a dice rolling simulator and a string manipulation function that capitalizes vowels and lowercases consonants. They worked on refining the dice rolling logic and integrating the new string function, ensuring all project requirements for the library were met.
Library Design
Function Implementation: Dice Rolling
String Manipulation: Vowel Case Conversion
Code Testing and Debugging
The student and tutor reviewed synchronization problems, including the Readers-Writers problem, the Dining Philosophers problem illustrating deadlock, and barrier synchronization. They discussed the challenges and solutions for concurrent access to shared resources and planned for the student to practice with practical questions.
Readers-Writers Problem
Deadlock in Dining Philosophers
Barrier Synchronization
Teaching tools used by tutor
Bitbucket
Dynamic programming classes
Mobile joining
Chat for quick help
Open Q&A
Record lessons
Parent feedback

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