A

Aman Sah

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Uttar Pradesh, India

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Jobs verified_user 0% verified
  • N
    Automation Engineer
    Nitrodynamics Aerospace and Defencce Pvt. Ltd.
    Feb 2025 - Current (1 year)
    – Automation Engineers and Lead Software Developer. Currently leading a dynamics Software Developement team . I am also engaged in multiple projects and products development.
  • N
    Automation Engineer
    Nitrodynamics Aerospace and Defencce Pvt. Ltd.
    Feb 2025 - Current (1 year)
    – Spearheading workflow automation and project planning - product development while leading a Young dynamic cross-functional software development team of 8 CSE Engineers. – Architected and implemented enterprise infrastructure, including server deployment, VLAN configuration, reverse proxy, Nextcloud, and GitLab/Gitea to establish a robust cloud infrastructure , CI/CD pipeline and optimized the end-to-end Software development lifecycle from creation through testing, debugging, and Version Control.
  • A
    Research and Software Development Engineer
    Airshed India
    Oct 2023 - Feb 2025 (1 year 5 months)
    – AATMS utilizes an entire pipeline for a real-time traffic monitoring system. Under the hood, the Device utilizes Computer Vision, Deep Neural Networks, object tracking, and ROI-based vehicle tracking . – Sensor Fusion and Embedded system deployment on Raspberry Pi, ESP32 with Coral edge TPU for on-site processing. - Air Airshed Indoor Air Quality
  • A
    Research and Software Development Lead Engineer
    Airshed India
    Jan 2023 - Jan 2025 (2 years 1 month)
    – My contribution to the team as responsibilities includes creating software solutions, 3D - Modeling, Technical Advisory, and Mentoring junior developers.
Education verified_user 0% verified
  • Indian Institute of Technology
    M.Tech in
    Indian Institute of Technology
    Jan 2022 - Jan 2024 (2 years 1 month)
  • J
    B.Tech in
    Jadavpur University,Kolkata
    Jan 2016 - Jan 2020 (4 years 1 month)
Projects (professional or personal) verified_user 0% verified
  • I
    Cracking Binary PUF Hardware Security Using Machine Learning
    Indian Institute of Technology Kanpur (IITK)
    May 2025 - Current (9 months)
    • Research Project based on how the 1980s 2048 randomly connected PUF-CDU Hardware Encryption can be cracked using Linear Regression. • Out of Millions of Combinations our model can crack it within 0.3 seconds using minibatch gradient descent, NAG acceleration, and ISTA to enhance the accuracy of input prediction.
  • A
    Oral Cancer Detection Device
    Airshed India
    Aug 2024 - Feb 2025 (7 months)
    • Muunh Parikshhak is a medical device that can predict oral cancer at an early stage of the diagnosis without undergoing a painful incision or biopsy. • The device utilizes Blue UV rays emitted at a particular wavelength to excite the cancerous cells and capture images. It further utilizes computer vision and several ML - models(Xgboost , RandomForest , TinyVGG , voting classifiers) trained on a huge dataset to predict the stages as Malignant / Pre-Malignant / Normal correctly.
  • iNeuron.ai
    Flight Fare Prediction using Machine Learning
    iNeuron.ai
    Jun 2023 - Aug 2023 (3 months)
    • Conducted Exploratory Data Analysis(EDA), feature extraction on independent variables to enhance data quality and information representation. • Assessed multicollinearity using Variance Inflation Factor (VIF) for the robustness of the predictive models to improve the feature importance. • Achieved an impressive 81.92% accuracy on test data post extensive hyperparameter tuning on Decision Tree,Random Forest Regression, XGBRegression. • Successful model deployment using Flask framework on Google Cloud Platform (GCP).
  • I
    Hexadecimal Image Parity Classification
    IIT-KANPUR
    Jan 2022 - May 2024 (2 years 5 months)
    • Using ResNet-18, a powerful CNN architecture, to tackle the challenge of classifying the parity of hexadecimal numbers in CAPTCHA images. By leveraging ResNet-18's deep hierarchical feature extraction capabilities, achieved 99% accurate predictions through the analysis of rotated, color-varied characters.