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Vali-e-Asr University of Rafsanjan

Major: Bachelor of Science - B.S. Computer Engineering
Major Track: Software Engineering
Location: Rafsanjan, Iran
Date: 2018 – 2023
Last two years GPA without calculating summer semester(60 credits): 16.8/20
CGPA: 16.26/20
Bachelor’s Thesis: Community detection in complex network using evolutionary algorithems
Bachelor’s Thesis grade: 20/20

Bachelor Graduation Day - image 1, People in this picture:, Parsa KamaliPour, Mohammad Hosein(Cena) Ashoori, Alireza Pourkaveh, Hossein Ahmadi, Me — Bachelor Graduation Day pictures

Bachelor Graduation Day - image 2, People in this picture: Mohammad Hosein(Cena) Ashoori,Parsa KamaliPour, Hossein Ahmadi, Me — Bachelor Graduation Day pictures

Vali-e-Asr Video Games Association

position: Manager
Location: Rafsanjan, Iran
Date: Oct 2020 – Jun 2021
Video Games Association of Vali-e-Asr University is a student chapter that promotes games and raises consciousness about their positive effects on society. Board members of this association teach students game development and art design for free.

Member of Teaching Assistant Committee

Related to: Vali-e-Asr University Scientific Association of Computer Engineering
Location: Rafsanjan, Iran
Date: July 2022 – June 2023
My job was to evaluate and find eligible students to be TAs for each course and to give my experiences to them, prepare them to be accomplished teaching assistants.

Team Co-Founder & Indie Game Developer

Team Name: Null References
Date: Feb 2020 – Present
Parsa Kamalipour and I Co-founded an Indie game development team.
We learned Design Patterns and SOLID together and developed A demo of a video game called “Uncertainty.”
Our game is an open-source game hosted on GitHub.
We left the game untouched for a while because we were busy, but I’m currently working on it.

Portfolio

Project ‘Uncertainty’: A video game & Software Engineering Lab project

In my spare time, I am currently porting the game to the Godot engine.
Uncertainty is an action-adventure space-shooter game, and currently, It’s under development.
We have utilized the beta version of this game as our ”Software Engineering Lab” course project.
Our game is an open-source game hosted on GitHub.
It’s made with Unity3D
Currently, our team isn’t at its peak since all its members are busy at university. Still, we’re looking forward to continuing the Uncertainty and eventually finishing it when we’re free.
This project consists of:
- Carefully used design patterns
- Followed the SOLID principles in codes
- Project Requirements
- Project Needs assessment
- Project Scenario
- Usecase Diagram
- Activity Diagram
- Class Diagram
- Sequence Diagram
- Eye-catching art and 3D models
- Scalable and reusable codebase

Project Uncertainty Multiplayer(Demo)

About This Project:
For my network engineering course i tried to learn about different ascpects of a fast paced multiplayer game like server and client autoritative movements, lag compensation, server reconsilication, etc.

FishNet is our networking solution
The game is at a very early stage.

A simulation program for automata machines supporting DFA, DPDA, Turing

Designing and implementation of:
An automata simulation tool supporting DFA,DPDA,Turing machines

Symmetry Game

Designing and implementation of:
A game to test our short-term memory for visual information
In the beginning, I designed this project to teach elementary students about symmetry, but then I added some more challenging levels

OpenGL Project

Designing and implementation of:
This is a game that I made for my graphics course using OpenGL

Maze & Mouse

Designing and implementation of:
DFS algorithm for my data structure course
I adjusted the algorithm to find all possible paths

Multiple projects regarding to Design and Analysis of Algorithms course

Designing and implementation of:

The Closest Pair of Points Problem (Divide & Conquer)
Convex Hull (Divide & Conquer)
Sudoku Solver (Backtracking)
Tournament Scheduler (Divide & Conquer)
Huffman Coding (Greedy)
Bellman–Ford (Dynamic Programming)
Matrix Chain Multiplication (Dynamic Programming)
N-Queens Solver (Backtracking)
Travelling Salesman Problem (Dynamic Programming)

Multiple projects regarding to Artificial Intelligence course

Designing and implementation or Use of:

BFS, DFS, IDS, UCS (Uninformed Search Strategies)
8 Puzzle solver using A* & IDA (Informed Heuristic Search Strategies)
genetic algorithms, simulated annealing (Local Search)
Min-Max, Alpha–Beta (Adversarial Search)
classification of a dataset (Basic Machine Learning)
knowledge representation using prolog (knowledge-based system)

Blender addons

Designing and implementation of:
Addons (plugins) for learning blender API

Multiple projects regarding to Data Structures course

Designing and implementation of:

the Red-Black Tree (self-balancing binary search tree)
the AVL Tree (self-balancing binary search tree)
the Trie Dictionary (k-ary search tree)
the Sparse Matrix via Linked List (Linked List)

An Introduction to Information Retrieval & Web Search Course Project

Designing and implementation of:

A Job Crawler using scrapy

An implementation of the Quine McCluskey algorithem

Designing and implementation of:
Quine McCluskey algorithem minimization method for minimizing boolean functions supporting up to 32 bits

Solving community detection problem using evolutionary algorithm in social networks.

Published in (submited), 2023

We detected communities with high accuracy using Random Walks and a customized genetic algorithm on varied sizes of graphs

Recommended citation: Fahimeh Dabaghi-Zarandi, Mohammad Mehdi Afkhami, Mohammad Hosein Ashoori "Solving community detection problem using evolutionary algorithm in social networks." (submitted).

Extending Refactoring Detection to Kotlin: A Dataset and Comparative Study

Published in (accepted), 2023

Programmed and developed essential tools to support the refactoring detection tool, ensuring its functionality and efficiency.
Executed rigorous validation of refactoring operations to maintain data integrity and accuracy, contributing to tool improvement.
Contributed to the overall enhancement of the refactoring detection tool, leading to improved performance and reliability.

Recommended citation: Iman Hemati Moghadam, Mohammad Mehdi Afkhami, Parsa Kamalipour, Vadim Zaytsev "Extending Refactoring Detection to Kotlin: A Dataset and Comparative Study." (accepted).

Undergraduate Research Assistant

I have been working on Community Detection algorithms
Under the supervision of Dr. Fahimeh Dabaghi-Zarandi
Some related fields to my research: Algorithms, Graph Theory, Randomized Algorithms,Evolutionary Algorithms, Deep Learning, Data Mining, and Community Detection
Date: Apr 2022 – Jan 2023
My key role consisted of:
1- Reading and reviewing related papers (Investigation)
2- Implementing ideas in Python (Data curation, Software, Programming)
3- Testing and improving the written code (Validation)
4- Gathering information and writing the initial text for the paper (Writing primary draft preparation)
One paper submitted.

Remote Research Assistant

Working and collaborating with the “Electrical Engineering, Mathematics and Computer Science” department.
Field of Research: Software Refactoring
Research group: FMT group - Formal Methods and Tools
Date: Aug 2023 – Present
Supervisor: Dr. Iman Hemati Moghadam
I am engaged in software engineering research: developing tools critical to research outcomes.
One paper submitted.

Teaching Assistant of Design and Analysis of Algorithms course

Undergraduate course, Vali-e-Asr University of Rafsanjan, Department of Computer Engineering, 2021

Course: Design and Analysis of Algorithms
Course instructor: Dr. Fahimeh Dabaghi-Zarandi
Semester: Spring 2021
Team size: 2 TAs
My key role consisted of:
- Correcting students’ homeworks
- Holding up recitation classes
- Designing Assignments and Projects for students

Teaching Assistant of Data Structures course

Undergraduate course, Vali-e-Asr University of Rafsanjan, Department of Computer Engineering, 2021

Course: Data Structures
Course instructor: Dr. Fahimeh Dabaghi-Zarandi
Semester: Spring 2021
Team size: 2 TAs
My key role consisted of:
- Correcting students’ homeworks
- Holding up recitation classes
- Designing Assignments and Projects for students

Teaching Assistant of Design and Analysis of Algorithms course

Undergraduate course, Vali-e-Asr University of Rafsanjan, Department of Computer Engineering, 2021

Course: Design and Analysis of Algorithms
Course instructor: Dr. Fahimeh Dabaghi-Zarandi
Semester: Fall 2021
Team size: 4 TAs
My key role consisted of:
- Correcting students’ homeworks
- Holding up recitation classes
- Designing Assignments and Projects for students

Teaching Assistant of Discrete Mathematics course

Undergraduate course, Vali-e-Asr University of Rafsanjan, Department of Computer Engineering, 2021

Course: Discrete Mathematics
Course instructor: Dr. Fahimeh Dabaghi-Zarandi
Semester: Fall 2021
Team size: 4 TAs
My key role consisted of:
- Correcting students’ homeworks
- Holding up recitation classes
- Designing Assignments and Projects for students

Teaching Assistant of Data Structures course

Undergraduate course, Vali-e-Asr University of Rafsanjan, Department of Computer Engineering, 2021

Course: Data Structures
Course instructor: Dr. Fahimeh Dabaghi-Zarandi
Semester: Fall 2021
Team size: 5 TAs
My key role consisted of:
- Correcting students’ homeworks
- Holding up recitation classes
- Designing Assignments and Projects for students