Areeba Rafaqat

Results-driven electrical engineering graduate with a strong academic background and hands-on experience in diverse facets of electrical engineering. Possessing a solid foundation in power systems, electronics, and control systems, I am eager to apply my theoretical knowledge and practical skills to contribute to innovative projects in the field. Adept at utilizing industry-standard tools and methodologies, I am well-versed in circuit design, troubleshooting, and implementation.

The activities I engage in outside of work include the following:

• Swimming
• Traveling
• Console gaming
• Netflix

Here are a few projects I accomplished during my academic tenure at the National university of computer and emerging sciences.

Smart Prepaid Energy Billing System (2023)

· Created a prepaid energy meter that can handle different energy loads, improve power efficiency, and generate personalized bills. This system is smoothly connected to a mobile app I designed for Android. Additionally, I worked on designing and developing the circuit for the energy meter.

Mini Restaurant app for calculating the shortest path (2023)

· Implemented BFS, DFS, and Dijkstra algorithms, along with heaps, to prioritize orders on a first-in, first-out (FIFO) basis. This system ensures timely delivery to the destination, offering alternative routes while also addressing potential traffic congestion.

Robotic Arm Motion Planning via Inverse Kinematics with Sensors and Actuators (2022)

· Executed robotic arm movement from an initial to a final position through inverse kinematics, ensuring precise motion and endpoint accuracy. Integrated sensors and actuators while also computing joint angles

Prediction and classification of Dataset (2022)

· Conducted model training for classifying and predicting a given dataset, encompassing data preprocessing, visualization, and the implementation of logistic and linear regression. Additionally, assessed the accuracy and precision of the developed model.

Embedded System for a Packaging Industry (2021)

· Developed a system utilizing the Tiva LaunchPad, where a conveyor belt processes items and displays their count on a screen. Additionally, a voice-activated fan system engages when the temperature exceeds a predetermined threshold, accompanied by an alarm system activation.

8-bit calculator using 89C52 (2021)

· Developed a calculator capable of executing fractional divisions with precision up to 5 decimal places, along with comprehensive arithmetic and logic operations supporting up to 16-bit computations.

Pulse Width Modulator (PWM) (2020)

· Designed a circuit that performed pulse width modulation using op-amps.