Sowmya Kakumani

Implemented a car showroom management system utilizing data structures and algorithms to efficiently manage and process car inventory and customer interactions.

Features Implemented:

• Car Inventory Management: Created data structures (e.g., arrays, linked lists) to store and organize car details, such as make, model, price, and availability.
• Customer Management: Designed data structures to handle customer information, allowing easy tracking of their inquiries, preferences, and purchases.
• Search and Sorting Algorithms: Utilized algorithms (e.g., binary search, bubble sort) to enable quick retrieval and sorting of car inventory based on various criteria (e.g., price, make, model).
• Menu-Driven Interface: Implemented a user-friendly console-based menu system to interact with the showroom utilities efficiently.

Data Structures Employed:

• Arrays: For storing car and customer information in a structured manner.
• Linked Lists: For dynamic storage and management of customer inquiries and interactions.
• Search Trees (e.g., Binary Search Trees): For efficient searching and retrieval of car details.
• Sorting Algorithms: For organizing the car inventory based on user preferences.

• Participated in workshops and presentations related to projects to gain knowledge.
• Analyzed problems and worked with teams to develop solutions.
• Sorted and organized files, spreadsheets, and reports.

Project Description: Developed a console-based ATM simulation program using C language to mimic the functionality of a real ATM machine.

Features Implemented:
1.Account balance inquiry (Check Balance)
2.Cash deposit functionality
3.Cash withdrawal functionality
4.Proper input validation to handle invalid inputs
5.User-friendly menu interface.

Technology and Tools Used:
C programming language
Code editor (e.g., Visual Studio Code, Code::Blocks, etc.)

Implementation Details:
1.Utilized functions to modularize the code and improve readability
2.Ensured data security by handling sensitive information appropriately
3.Employed loops to allow users to perform multiple transactions within a session
4.Demonstrated an understanding of basic C language constructs (e.g., loops, conditional statements, functions, etc.)