Lohith Krishna Nathani

Hardworking employee with customer service, multitasking, and time management abilities. Devoted to giving every customer a positive and memorable experience. Motivated student eager to apply classroom knowledge to real-world experiences, with a strong willingness to learn and contribute. Effective communicator with a collaborative mindset, ready to bring fresh perspectives and a strong work ethic to any team.

• A 2023 calendar can be created in C by incorporating the stdio.h library for input/output functions and writing a leap year check function. Zeller’s Congruence is used to derive the weekday of January 1, 2023 while arrays for month names and days are set up taking into account leap years. All months of the year are looped through in the main function with each one having its name printed along with a header indicating days of the week; therefore, ensuring correct arrangement of days for a good output appearance.
• Creating a simple calculator in Python involves defining functions for basic operations like addition, subtraction, multiplication, and division. Use a loop to display a menu for the user to choose an operation, take user inputs for the numbers, and call the appropriate function to perform the calculation. Finally, print the result and prompt the user for the next operation.
• To create a gym management system in Java, it is necessary to produce classes that can handle members, staff and equipment. Each of these should come with attributes and methods which are specific to them. Some aspects of this interface include the ability to enter new customers into the system, update records for already existing ones, delete entries, schedule appointments for sessions or classes as well as keep tabs on who attends these sessions. The user should interact with this program through either a GUI (Graphical User Interface) or CLI (Command Line Interface). A database would facilitate effective storage and retrieval of data.
• A Fast Algorithm For Energy-Saving and Offloading With Reliability and Latency Requirements in Multi-Access Edge Computing