Academic Projects
Use case design for a restaurant’s online orders and delivery : For the project "Use Case Design for a Restaurant’s Online Orders and Delivery," I analyzed the entire process of how customers interact with a restaurant's online ordering system. This included identifying different user roles, such as customers, delivery drivers, and restaurant staff, and outlining the specific actions and interactions each role would perform within the system. By mapping out these use cases, I aimed to create a comprehensive understanding of the system's functionality and ensure a smooth experience for all stakeholders involved in the online ordering and delivery process.
Simple data mining project using Python for finding out the trend of a desired name’s popularity over a specific period of time based on a csv file: For the "Simple Data Mining Project Using Python," I utilized Python programming language to analyze a CSV file containing historical data on name popularity over a specific period of time. By implementing data mining techniques, such as data cleaning, data preprocessing, and trend analysis, I aimed to uncover patterns and trends related to the popularity of a desired name. Through this project, I gained insights into how the popularity of the name evolved over time, allowing for informed decision-making or further exploration of trends in the data.
Various AVR projects, design and coding using proteus and CodeVision
1. Designing a circuit for turning LED on and off by pressing a button.
2. Designing a circuit for an incremental and decremental counter with a button.
3. Designing a circuit for a traffic light.
4. Designing a circuit for printing the expression "HELLO!" on a display.
5. Designing a circuit for an incremental and decremental counter with a button and displaying the result on a display.
6. Designing a circuit for printing names and Persian letters on a display.
7. Designing a circuit for a digital clock with internal interruption and displaying the result on a display.
8. Designing a Seven-Segment Display
Research on autonomous vehicles and computer vision techniques :
In this research project, I’ve delved into the realm of autonomous vehicles, exploring various computer vision techniques essential for their functionality. I’ve investigated methods such as object detection, image classification, and semantic segmentation to enable vehicles to perceive and interpret their surroundings. Through this research, I’ve aimed to contribute to the advancement of autonomous vehicle technology, addressing challenges related to real-time perception, decision-making, and navigation in diverse environments.
Research on UNIX: In this research project, I've focused on UNIX, a powerful operating system known for its robustness and versatility. I've delved into its history, architecture, and key features, including its multi-user, multitasking capabilities and file system organization in various domains, such as server administration, software development, and scientific computing. Through this research, I've aimed to gain a deeper understanding of UNIX and its enduring relevance in the computing landscape.
UI history : in this project, I've researched the history of user interface (UI) design, tracing its evolution from early command-line interfaces to modern graphical user interfaces (GUIs) and beyond. I've explored key milestones such as the invention of the mouse and the development of windowing systems. Additionally, I've examined influential UI design principles and responsive design, and user-centered design. By understanding the historical context and trends in UI design, I've aimed to gain insights into current practices and anticipate future directions in interface design and interaction paradigms.
Google’s data retrieval methods : In this research project on Google's data retrieval methods, I've covered key aspects of search engines and specifically focused on Google's approach. This includes explaining what a search engine is, diving into how Google's search engine works through crawling, indexing, and ranking, and highlighting the differences between Google and other search engines..
Research on IoT : In this IoT research project, I've covered its key components, applications, security, benefits, and challenges. I've explored how IoT systems function, their wide-ranging applications across industries, security considerations, benefits like efficiency and cost savings, and challenges such as interoperability and cybersecurity threats.
Research on Cloud data base :
For my project on "Research on Cloud Database," I analyzed different cloud database providers, their features, their positive and negative points, and usage
VHDL code for a mini project/research for a full adder IC: For my mini project/research on a full adder IC using VHDL, I developed a VHDL code to implement a full adder circuit. The VHDL code defines the behavior of the full adder, including its inputs, outputs, and logic operations. I designed the code to accurately simulate the functionality of a full adder integrated circuit, enabling addition of binary numbers. Additionally, I tested the VHDL code using simulation tools to ensure its correctness and functionality.
A front web project made with HTML, CSS, JS and Nodejs for the degree’s final project(which earned the score of 19 (4)) :
For my degree's final project, I developed a shopping website for clothing items using HTML, CSS, and JavaScript. The site features multiple pages for browsing products, viewing details, and making purchases.
Certificate
Gallery
