About Me

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A Computer Science graduate and Robotics postgraduate with hands-on experience in various programming languages and practical applications in data analysis, automation, and artificial intelligence. I am passionate about leveraging technology to solve real-world problems, with a specific focus on data-driven solutions and innovative AI methodologies. I have a strong foundation in software engineering, robotics, and cloud computing, and am committed to continuous learning and professional growth. I seek opportunities where I can contribute to groundbreaking advancements while furthering my expertise in these areas.

Education

Jordanian Internation Schools

Tawjihi Scientific Stream

Graduated 2017

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Princess Sumaya University for Technology

Bsc Computer Science

2017 - 2021

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University Of Manchester

Msc Robotics

2024 - 2025

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Experience

Junior Dynamics 365 Finance and Operations Consultant

Digital Gates

Feb 2024 - Present
  • Assisted in implementing and configuring Dynamics 365 Finance and Operations (D365 F&O) to streamline financial and supply chain processes for clients across various industries.
  • Participated in requirements gathering sessions, translating business needs into technical solutions within D365 F&O.
  • Configured finance modules, including General Ledger (GL), Accounts Payable (AP), Accounts Receivable (AR), Cash and Bank Management, and Fixed Assets, to optimize financial operations.
  • Collaborated with senior consultants and cross-functional teams to develop workflows and customize user interfaces.
  • Developed custom solutions by writing business logic in X++ and extending the functionality of D365 F&O apps.
  • Created and modified F&O app dashboards and workspaces using tools like SQL Server.
  • Managed and optimized application lifecycle management (ALM) processes using Azure DevOps, Lifecycle Services (LCS), and GitHub.
  • Ensured system security, performance optimization, and compliance with client-specific permission policies.

Teaching Assistant

Al Hussein Technical University

Oct 2022 - Jul 2023
  • Designed and implemented coursework for 5 courses, focusing on programming, database management, and web development.
  • Created an automated evaluation system utilized by over 70 educators, reducing workload by 50%.
  • Managed and mentored 225 students across various disciplines.

Software Development Engineering Intern

Amazon

Sep 2021 - Apr 2022
  • Built backend systems for Amazon UAE’s mobile recharge website, using Java and Kotlin.
  • Developed solutions for troubleshooting payment errors, increasing operational efficiency.
  • Contributed to the launch of Amazon in two new marketplaces, integrating secure payment methods for wider user access.
  • Gained knowledge of cloud infrastructure and deployment in large-scale web environments.

Robotics Trainer

National Institute for Robotics and Technology

Nov 2018 - Feb 2022
  • Developed and led a curriculum on robotics and programming, training over 150 students in advanced electronics and AI concepts.
  • Supervised teams participating in national and international robotics competitions.
  • Collaborated on the development and maintenance of the institute’s commercial website.

Website Development Intern

Jordan Open Source Association

Aug 2020 - Oct 2020
  • Designed and implemented front-end interfaces for a digital safety platform using HTML, Tailwind CSS, and NUXT.js.
  • Conducted user testing and feedback analysis to enhance UI/UX which improved overall user satisfaction.
  • Worked in a collaborative open-source environment, enhancing knowledge of digital privacy frameworks.

Career Objectives and Research Interests

I aim to leverage my extensive background in software development, artificial intelligence, and robotics to drive innovation in the tech industry. My primary career objective is to develop advanced solutions that optimize business processes, enhance automation, and improve user experiences, particularly in the areas of data analysis, AI-driven applications, and enterprise resource planning (ERP) systems.


I am particularly interested in the intersection of artificial intelligence and automation within real-world applications, such as speech recognition and robotics, and how they can be integrated into business operations through platforms like Dynamics 365. My research interests also focus on deep learning, human-robot interaction, and the development of smart systems that can automate complex tasks. I am passionate about continuing to explore how AI and robotics can be used to solve critical challenges in industries such as finance, healthcare, and education.


I seek opportunities where I can contribute to impactful projects, collaborate with cross-functional teams, and continue advancing my skills in areas such as AI, robotics, and ERP systems to help create cutting-edge technological solutions. This is my passion, and I strive to reach it whether through industry or academia and research.

Skills and Abilities

Programming Languages

Proficient in designing and developing complex software systems across multiple languages: C, C++, C#, Python, Java, Kotlin, X++

Web Development

Developed front-end interfaces for responsive websites and applications using HTML, CSS, JavaScript, Vue.js, NUXT.js, Tailwind CSS

Backend Development

Skilled in database design and management with PHP, SQL, and SQL Server

Integration and APIs

Familiar with development tools like Visual Studio, Postman, PyCharm, and GitHub for version control and collaboration

Dynamics 365

Proficient in D365 Finance and Operations, including various modules and integrations.

Project Management

Knowledge of Delivery Management methodologies (e.g., Scrum, Agile) and tools like Azure DevOps.

Projects

Firefighting Robot

Firefighting Robot

Overview: Developed an Arduino-controlled robot designed to assist in fire emergency situations.

Goals: The robot aimed to navigate hazardous environments and execute firefighting tasks effectively.

My Contribution: Implemented the electrical wiring and programming, learning about sensor integration and autonomous navigation.

Balancing Robot

Balancing Robot

Overview: A LEGO Mindstorms EV3 robot designed to balance on a rope and drop a ball into a cup.

Goals: Enhance coordination skills and promote interest in robotics.

My Contribution: Developed the control algorithms, improving my understanding of stability and motor control.

Easter Egg Coloring Robot

Easter Egg Coloring Robot

Overview: A robot designed to automate the process of coloring Easter eggs.

Goals: Enhance creativity and efficiency in holiday-themed activities.

My Contribution: Designed the mechanism and programmed the movement patterns, improving my skills in precision control.

Self-Driving Robot

National Robotics Competition Robot

Overview: A self-driving robot designed for a robotics competition.

Goals: Successfully complete autonomous navigation challenges.

My Contribution: Build the robot, designed the enviroment setup, and programmed the navigation algorithms, improving my design skills.

Speech to Sign Language Interpreter

Speech to Sign Language Interpreter

Overview: A system that translates spoken language into sign language gestures.

Goals: Bridge communication gaps for the hearing-impaired community.

My Contribution: Developed machine learning models for translation, deepening my knowledge of AI and linguistics.

Leo Rover Group Project

Leo Rover Project

Overview: Developed an object retrieval robotic system using Leo Rover and Trossen PincherX 150 manipulator, combined with autonomous navigation capabilities.

Goals: Enable the robot to autonomously navigate using RPLidar, SLAM Toolbox, and Nav2, while utilizing a manipulator for object retrieval in unknown environments.

My Contribution: Designed the navigation and mapping algorithms in ROS2, integrating sensors such as LiDAR and IMU for accurate localization and path planning.

Binary Decoder

Binary Decoder

Overview: A Python3 script that decodes encoded binary data files into human-readable values using a serial message protocol.

Goals: Enable users to decode binary data files with ease and interpret them in a human-readable format.

My Contribution: Developed the script, improving my skills in file handling, data encoding/decoding, and serial communication protocols.

A Star Algorithm

A* Algorithm Visualization

Overview: A GUI-based implementation of the A* pathfinding algorithm.

Goals: Allow users to visualize the shortest path computation interactively.

My Contribution: Implemented the algorithm in Python, reinforcing my knowledge of graph search techniques.

Simulating Robots in ROS & Gazebo

Simulating Robots in ROS & Gazebo

Overview: This project involved developing a detailed simulation of a robotic vacuum using Gazebo, integrated with ROS to ensure functionality and realism.

Goals: Design and configure a URDF file representing the robot’s physical and functional characteristics, integrate sensors like a 2D LiDAR, depth camera, and IMU, and implement a differential drive mechanism for motion control.

My Contribution: Engineered the robot’s motion control system, ensuring robust decision-making capabilities by managing multiple input commands using a twist_mux node.

Object Detection using Intel RealSense Camera

Object Detection using Intel RealSense Depth Camera

Overview: Utilized an Intel RealSense Depth Camera for object detection to identify colored blocks, their shapes, and distances from the camera.

Goals: Implement a vision system capable of detecting and classifying objects in 3D space, providing real-time feedback to enhance robotic decision-making.

My Contribution: Integrated the camera with ROS and programmed the object detection algorithms, learning about depth perception and machine vision techniques.

PID Controller

PID Controller for Drone Stabilization

Overview: A collaborative project to develop a Python-based PID feedback control algorithm for stabilizing the position of a Unmanned Aerial System (UAS).

Goals: Implement a 3-layer PID control system to control the drone both in simulation and in real life, ensuring stable flight even under varying conditions.

My Contribution: Contributed to the design of the control system and the tuning of PID parameters, enhancing my understanding of control systems and flight dynamics.

Awards and Achievements

🏆

Princess Sumaya Award For The Most Outstanding Student

Honored with this prestigious award from HRH Princess Sumaya Al Hassan during my graduation at Princess Sumaya University for Technology, recognizing my exceptional academic performance and contributions to extracurricular activities (2022).
🎤

Youngest Speaker at IEEE AI Conference

Delivered a presentation on robotics and AI, contributing to discussions on emerging AI trends and sharing insights with leading researchers and practitioners at the University of Jordan (2019).
🔥

IEEE Fire Fighter Competition

Developed an innovative firefighting robot with my team, which won first place in the national university level IEEE competition, that challenged participants to create functional robotic solutions for fire fighting scenarios (2019).
💳

Ahli Fintech Hackathon Finalist

Designed a fintech solution using secure payment via hand band, securing a spot among the finalists and demonstrating innovative problem-solving skills in a competitive environment (2018).
🤖

First Lego League Middle Eastern Regional Robotics Competition

Successfully trained a team of 10 female students (aged 12-17) with no prior programming or robotics experience, leading them to win first place in mechanical design at the Middle Eastern Regional Robotics Competition (First Lego League Arabia) (2018).
🖥️

Programming Award at First Lego League National Robotics Competition

Earned first place in the programming category at the 11th national robotics competition (First Lego League) for programming a self-driving robot utilizing PID control techniques (2016).
🏎️

Founder of First “F1 for Schools” Team

Established the first 'F1 for Schools' team in my school, successfully guiding the team to win the Best Research Award at the regional competition (2016).
🌐

Jubilee Innovative Design Competition

Achieved 3rd place in the web development category at the Jubilee Innovative Design Competition for schools in the Middle East, recognized for developing a website using HTML, CSS, and JavaScript (2016).

Certifications and Training

Microsoft Certified: Dynamics 365 Fundamentals (ERP) (MB-920)

Completed: 2024

Covers the fundamentals of Microsoft Dynamics 365 ERP solutions, including core functionalities and applications, designed for professionals looking to improve business operations.

Amazon Campus Mentorship Series

Completed: 2021

A 6-month intensive program enhancing skills in software development and cloud computing, gaining insights from industry professionals and expanding my professional network.

Microsoft Skills Lab AI Apprenticeship

Completed: 2021

Selected from a competitive pool of 40 applicants for a prestigious apprenticeship focused on Artificial Intelligence, developing advanced AI projects and collaborating with experts in the field.

Microsoft Azure Fundamentals (AZ-900)

Completed: 2021

Introduces core concepts, services, security, and compliance of Microsoft Azure, equipping participants with essential knowledge about its functionality and value.

Certified Ethical Hacker (CEH)

Completed: 2021

Focuses on ethical hacking techniques and tools, teaching participants to identify vulnerabilities in systems and networks to enhance skills in penetration testing and cybersecurity.

Cisco Certified Network Associate (CCNA)

Completed: 2020

Validates skills in managing and troubleshooting networks, covering key concepts such as IP addressing, routing, switching, and security.

Accredited Robotics Competitions Judge Training

Completed: 2018

Prepares individuals to judge robotics competitions, focusing on evaluation criteria and best practices to provide fair and constructive feedback.

Contact Me

Feel free to reach out for any opportunities or collaborations!

Email me at: jude.barakat@outlook.com

Linked in: judebarakat99

GitHub: judebarakat