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SarwanShah/README.md

Hi 👋, I'm Sarwan Shah

I am dedicated Electrical Engineer graduate student and a Fulbright Scholar at Arizona State University, I specialize in Machine Learning and Embedded Systems. I’m also a Graduate Research Assistant at The Luminosity Lab, where I work on pioneering projects ranging from embedded systems for NASA challenges to advanced CNN-based sensor solutions.

🔭 Current Work

  • Graduate Research Assistant, The Luminosity Lab
    • Developed an embedded system for an inflatable lunar landing pad (NASA Big Idea Challenge 2024) with award-winning systems engineering.
    • Leading a project to predict wind speed and direction using CNNs and wind noise correlation.
    • Designing a CubeSat test-bench to explore wireless power transfer using reconfigurable metasurfaces.

My Skill Set

c cplusplus javascript nodejs python matlab

arduino vscode anaconda pandas pytorch tensorflow postgresql mongodb

jira linux docker redis

Connect with me

Most Used Languages

sarwanshah


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  1. Development-of-a-Water-Flow-Metering-System-2021 Development-of-a-Water-Flow-Metering-System-2021 Public

    (Published IEEE IECON 2022) Engaged in interdisciplinary research on a government-funded project to study water demand and designed an IoT-enabled cost and energy efficient water flow measurement d…

    C++ 1

  2. Embedded-System-For-Lunar-Landing-Pad-NASA-2024 Embedded-System-For-Lunar-Landing-Pad-NASA-2024 Public

    Won Best System Engineering honor at NASA Big Idea Forum. Designed a state-machine based system for controlling 6 motor, 6 servos, 2 solenoid values using an ESP32C6.

    1

  3. Precipitation-Nowcasting-Using-Deep-Learning-2024 Precipitation-Nowcasting-Using-Deep-Learning-2024 Public

    Implemented state-of-the-art ConvLSTM and TrajGRU models for precipitation nowcasting, leveraging satellite data with higher spatial (4 km x 4 km) and temporal resolution (15 min) . Created dataset…

    Jupyter Notebook 2

  4. Development-of-Cart-Mounted-Inverted-Pendulum-Thesis-2021 Development-of-Cart-Mounted-Inverted-Pendulum-Thesis-2021 Public

    Developed an embedded control system for a cart-mounted inverted pendulum using encoder and vision-based feedback. Implemented PID & LQR algorithms on microcontrollers. Achieved 21ms rise-time & 0.…

    1

  5. Wind-Speed-Estimation-Using-Machine-Learning-And-Microphones-2023 Wind-Speed-Estimation-Using-Machine-Learning-And-Microphones-2023 Public

    Engineered a 5,000 sample wind noise dataset and employed a CNN to estimate wind speed from their spectrograms. Gathered data using MEMS microphones and a cup anemometer as ground truth using ESP32…

    Jupyter Notebook 1

  6. Machine-Learning-Models-for-Classification-2023 Machine-Learning-Models-for-Classification-2023 Public

    Analyzing and comparing the performance of various machine learning models on multiple datasets. The models implemented include Logistic Regression, Support Vector Machines (SVM), K-Nearest Neighbo…

    Jupyter Notebook 1