Rizwan

Hussain

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Rizwan

Hussain

Works
About
Resume

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Automatic Audio Processing for Podcasts and Videos

Automatic Audio Processing for Podcasts and Videos

This project developed an automated audio processing system for podcasts and speech recordings, focusing on denoising, equalisation, and compression. By using a CNN-based model for noise removal and carefully structuring equalisation and compression, the system achieved notable improvements in audio clarity (PESQ) and intelligibility (STOI). This approach helps prevent noise from being amplified during post-processing and ensures consistently high-quality audio for professional content creation.

Efficient Road Segmentation Techniques with Attention-Enhanced Conditional GANs

Efficient Road Segmentation Techniques with Attention-Enhanced Conditional GANs

This project tackles road segmentation from aerial images using a conditional GAN framework that combines an Attention U-Net generator and a PatchGAN discriminator. Trained on the Massachusetts Roads dataset, the model achieves a high accuracy of 98.2%, recall of 82.3%, precision of 78.66%, an IoU of 67.19%, and an F1 score of 80.44%. These results highlight the system’s strong performance in identifying road networks while also indicating areas for future improvement, particularly in reducing false positives and enhancing overall segmentation quality.

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Project #2

This project developed an automated audio processing system for podcasts and speech recordings, focusing on denoising, equalisation, and compression. By using a CNN-based model for noise removal and carefully structuring equalisation and compression, the system achieved notable improvements in audio clarity (PESQ) and intelligibility (STOI). This approach helps prevent noise from being amplified during post-processing and ensures consistently high-quality audio for professional content creation.

This project tackles road segmentation from aerial images using a conditional GAN framework that combines an Attention U-Net generator and a PatchGAN discriminator. Trained on the Massachusetts Roads dataset, the model achieves a high accuracy of 98.2%, recall of 82.3%, precision of 78.66%, an IoU of 67.19%, and an F1 score of 80.44%. These results highlight the system’s strong performance in identifying road networks while also indicating areas for future improvement, particularly in reducing false positives and enhancing overall segmentation quality.

About Me

I’m an AI/ML Engineer specialising in building predictive models and optimizing data-driven solutions. With expertise in machine learning, AI, and data analytics, I excel in Python, SQL, and cloud platforms. My goal is to leverage AI to drive innovation and efficiency in real-world applications.

Education

University of Manchester

MSc in Advanced Computer Science: Artificial Intelligence

Sept 2023 – Sept 2024

Vellore Institute of Technology

BTech in Computer Science and Engineering

July 2019 – Aug 2023

Experience

Front-End Developer Intern

Interned as a React developer at Powstik.com, enhancing user experience with responsive web pages and integrating RESTful APIs, boosting site performance by 30%. They implemented Redux for state management, reducing loading times by 20% and improving responsiveness by 15%.

May 2022 – July 2022

Powstick, Bangalore

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Rizwan Hussain