Abdullah Tariq

Methodical Software Test Engineer experienced in software development processes and optimal testing strategies. Helps teams produce exceptional products by offering in-depth quality assurance support. Open and clear communicator with good multitasking skills, organized nature and strong attention to detail.

• INTRODUCTION TO FRONTEND DEVELOPMENT (META), COURSERA, 2022
• PROGRAMMING WITH JAVASCRIPT (META), COURSERA, 2022
• REACT (META), COURSERA, 2022
• THE COMPLETE WEB DEVELOPER: ZERO TO MASTERY, UDEMY, 2023

• PEACEPULSE, I crafted PeacePulse, a web application designed to facilitate spiritual connectivity and mindfulness. Within PeacePulse, users can effortlessly track their prayers using an integrated API and access the Quran through another API. Employing React for the frontend, users enjoy an intuitive interface for managing their prayer routines. On the backend, I utilized ASP.NET Core Web API and PostgreSQL to ensure secure login, signup, and prayer tracking for each user. This project seamlessly merges modern technologies to foster spiritual well-being within a user-centric digital platform. Personal Project
• MOVIE HUB, Created a React app which serves as a user-friendly interface for searching movies. In the app leveraged the OMDB API (http://www.omdbapi.com/) to fetch detailed information about movies. The app allows users to input a movie title, submit a search query, and receive relevant movie details as a response. Personal Project
• GITHUB API TESTING, Performed API testing on the GitHub API to ensure its functionality, reliability, and security using RestSharp. Verified the functionality and correctness of various GitHub API endpoints by sending requests and examining the responses. Personal Project
• SUPER JUMPER, Developed a 2D Mario-style game called Super Jumper using C# and Unity. Implemented gameplay mechanics, character controls, level design, and user interface. Personal Project
• BUILDING AN AUTONOMOUS VEHICLE USING ARTIFICIAL INTELLIGENCE AND COMPUTER VISION, Designed and implemented code for the autonomous driving platform of an electric vehicle, utilizing Arduino and integrating various sensors including Jetson Nano, Lidar, and Camera. Developed comprehensive test plans to verify functionality, reliability, and performance of the autonomous vehicle, employing a combination of manual and automated testing approaches. - Capstone Project
• INTELLIGENT TRAFFIC LIGHT SYSTEM DESIGN, I created an intelligent traffic light control system using a Tiva C Series ARM Cortex M4 Microcontroller, LEDs, and sensors. This included developing a C++ program to manage the three-junction traffic light system, addressing issues found in traditional setups, and documenting the entire process thoroughly. - Course Project
• THROWING ARM DESIGN AND INTEGRATION, Designed, simulated, and optimized a throwing arm using SOLIDWORKS and MATLAB SIMSCAPE. Implemented an electrical/electronic DC motor model and developed a control algorithm for precise motion. Integrated components into the project framework and conducted rigorous testing for functionality and performance validation. - Course Project