Overview:
"Mission Antarctica Impossible" is a fun and challenging mini-game set in the icy landscapes of Antarctica. Developed as part of our Level-1, Term-1 coursework at BUET, this project was a collaborative effort with a fellow student.

Project Details:
Development Time: 4 weeks
Collaboration: Team project
Technologies Used: C language, iGraphics

Key Features:
Exciting Gameplay: Navigate through icy terrains and overcome obstacles to complete missions.
Visual Appeal: Created stunning graphics and animations using iGraphics.
Challenging Levels: Enjoy an engaging storyline with progressively harder levels.

Overview:
This innovative health monitoring system is designed to enhance the care and safety of elderly individuals. Developed as part of the Microcontroller course (CSE-316) at the BUET CSE department, this project utilizes various sensors and microcontrollers to provide comprehensive health data and emergency alerts.

Project Details:
Development Time: 4 weeks
Collaboration: Team project with one partner
Technologies Used: ATmega32 Microcontroller, Arduino, LM35 Temperature Sensor, DHT11 Humidity Sensor, Gyroscope, LCD Display

Key Features:
Health Monitoring: Tracks body temperature, ambient humidity, BPM, and SpO2 levels. Fall Detection: Sends email notifications if a sudden fall is detected.
Real-time Data: Displays health information on an LCD screen for easy access.
Email Alerts: Sends immediate notifications to caregivers in case of emergencies.

Overview:
This project replicates the BUET Institutional Information System (BIIS), developed for the CSE-216 Database course in Level-2, Term-2 at BUET. It serves as a centralized platform for managing institutional information accessible to administrators, faculty, students, and parents.

Project Details:
Development Time: 5 weeks
Collaboration: Team project with a partner
Technologies Used: EJS, JavaScript, Node.js, Express, MongoDB
Platform: Web-based application

Key Features:
User Roles: Separate access levels for administrators, faculty, and students.
Centralized Data Management: Efficient handling and management of institutional data.
User Authentication: Secure login system with different roles.
Information Access: Allows users to view and manage academic information, schedules, and other institutional data.
Interactive Interface: User-friendly design for easy navigation and data access.

Overview:
This project was developed as part of the CSE-108 course in Level-2, Term-1 at BUET. It focuses on creating a networked application using Java, demonstrating practical applications of Java networking concepts, client-server architecture, and object-oriented programming.

Project Details:
Development Time: 4 weeks
Collaboration: Individual project
Language Used: Java

Key Features:
Client-Server Architecture: Implements a robust client-server model for network communication.
Multithreading: Supports concurrent client connections using Java multithreading.
Information Sharing: Facilitates information transfer between clients and the server.
Real-Time Update: Updates information in real-time across clients without requiring page refresh.
Hashing Method: Connects individual clients to the server using hashing, enabling easy identification of message sources.
Modular Design: Organized into packages for common classes, client-side functions, and server-side functions.

Overview:
This project is a 4-variable Karnaugh map (K-map) solver implemented in Python, designed to simplify Boolean algebra problems efficiently. Developed out of personal interest and for academic enhancement, this solver provides a user-friendly interface and leverages K-map principles for logic simplification.

Project Details:
Development Time: 3 days
Platform: Python, developed in PyCharm
Background: Completed after Level-2 Term-1 at BUET (Bangladesh University of Engineering and Technology)

Key Features:
Boolean Algebra Solver: Simplifies Boolean expressions involving four variables.
User-Friendly Interface: Easy input and output for a seamless user experience.
Efficient Logic Simplification: Utilizes K-map principles to minimize logic expressions quickly and accurately.

Why K-Map?
Karnaugh maps are essential tools in digital logic design, providing a visual method for simplifying Boolean expressions. They help minimize errors and optimize circuit performance. This solver automates the process, saving time and effort for users.

Overview:
This project is a simple and efficient C program that generates a calendar for any specified month and year. Developed as part of an assignment in Level-1, Term-1 at BUET (Bangladesh University of Engineering and Technology), this program demonstrates practical applications of date calculations and logical programming.

Project Details:
Development Time: 2 days
Language Used: C
Verification: Accuracy verified against an online calendar tool

Key Features:
Calendar Generation: Creates a calendar for any given month and year.
Logical Accuracy: Determines the correct day of the week for any date.
User-Friendly Code: Simple and easy-to-understand code structure

Overview:
These courses, DSA-I and DSA-II, were completed at BUET and focused on key data structures and algorithms concepts. Each course involved weekly assignments, where classic problems were tackled using various techniques.
I thoroughly enjoyed these courses, which provided me with a deep understanding of essential algorithms and problem-solving techniques. Working on these problems individually helped solidify my knowledge and enhance my analytical skills.

Key Topics:
Greedy Algorithms
Divide & Conquer
Dynamic Programming
Graph Algorithms

Details:
Completion Time: Completed over two university courses
Collaboration: Individual work on weekly assignments
Skills Gained: Strong foundation in problem-solving and algorithm design

Oerview:
I am deeply passionate about problem-solving and spend my free time coding solutions. I particularly enjoy the CSES problem set, which includes 300 classic problems ranging from beginner to advanced levels.

Experience:
Problems Solved: 80+ problems
Approach: Each problem is solved with a thorough understanding. For algorithms unknown to me, I first learn the algorithm and then implement it to solve the problem.

Highlights:
Solving these problems has been an enjoyable and enriching experience, enhancing my problem-solving skills and deepening my knowledge of algorithms.