Hello, I am Dana! A Computer Engineering graduate with hands-on experience in robotics and IT, I thrive at the intersection of innovation and problem-solving. My academic foundation, combined with practical exposure through internships, has equipped me with a strong technical skill set and a passion for leveraging technology to drive impactful solutions.
Delivered individualized math and science tutoring sessions to middle school students, focusing on algebra, calculus, and biology. Also built rapport with students to create a positive learning environment, boosting their confidence and engagement.
Led the design and preparation of robotics materials to support hands-on prototyping and automation development, while offering expert guidance in circuit design, embedded systems, and robotics integration to ensure system functionality. Contributed to automation solution deployment, enhancing technical performance and operational efficiency. Provided IT infrastructure support through hardware/software troubleshooting, system optimization, and routine maintenance. Leveraged technical expertise in robotics, control systems, and Arduino applications to improve project outcomes, while upholding IT security, robotics safety, and compliance best practices.
Demonstrated strong IT support capabilities by enhancing system efficiency through regular software updates, system formatting, and device optimization. Ensured minimal operational disruptions by promptly addressing technical issues and maintaining system stability via routine checks and proactive maintenance. Improved technical workflows by developing detailed documentation for system configurations, troubleshooting, and software installations. Effectively managed the IT asset lifecycle by securely decommissioning devices—including laptops, headsets, iPads, and Chromebooks—ensuring data security and regulatory compliance.
Grade: 3.3/4.0 cGPA
Spring 2021 Dean's List Student.
Transferred at the end of the 2019/2020 academic year.
Grade: 32/45
Took: Chemistry HL, Biology HL, Arabic HL, English A level SL, Economics SL, and Maths SL.
A MERN stack pet adoption web application that aims to simplify the process of finding homes for animals that are present in adoption organizations and shelters.
View on GitHubThis capstone project presents the design, development, and fabrication of an autonomous robotic carriage to transport oxygen cylinders for children diagnosed with Children’s Interstitial Lung Disease (CHILD). The device is engineered to carry two different oxygen cylinders and follow the patient autonomously using a combination of sensors and microcontrollers.
View on GitHubThis project implements a traffic light controller for a two-road intersection using VHDL. The system simulates traffic light operations based on sensor input and uses a state machine to control timing and transitions. The design focuses on real-world constraints, such as traffic sensors and road priorities.
View on GitHub