Hi, I'm
With an interest in building scalable solutions and optimizing digital experiences through innovative engineering and machine learning.
Hello, my name is Mohammad Hamza Asif. I recently completed my Bachelor's degree in Software Engineering from Ontario Tech University,
with hands-on co-op experience. Within my internship, I spearheaded R&D for optimization strategies and developed automation tools that significantly improved
performance metrics. My skills range from Python and machine learning to blockchain technology, with a strong background in developing innovative projects.
I'm passionate about leveraging technology to solve complex problems and eager to bring my expertise to new challenges.
• B.Eng. Software Engineering with Co-Op
• Internet of Things Specialization.
• Ontario Tech University, 2019-2024.
• Worked with Convolution Neural Networks to practice supervised learning and test L2 Regularization
• Constructed a project aimed to use clustering of toronto neighbourhood data to find ideal vendor locations
• Experimented with Regression and Classification techniques on specified data to optimize RMSE and MAE
• Co-Developed a machine learning model for prediction optimization @ Bell increased potential customers by 20%
• 12 Month Internship Experience with Machine Learning and Data Science @ Bell
• Studied Cloud Computing with a focus on Google Cloud Platform and Confluent Kafka @ OTU
• Within the Final Research Project Docker was utilized to containerize Autonomous Vehicle Software to transfer to a Jetson
• Developed a Project to calculate the risk associated with the ACC systems in autonomous vehicles utilized GCP, Apache Beam Spark, BigQuery, and Looker Studio
• Working on various certifications on AWS for example: Solutions Architect Associate
• Smarts Play a mobile platform designed to cater to the needs and interests of sports enthusiasts, athletes, and fans.
• Co-developed a P2P Distributed Social Network utilzing blockchain technology to add a layer of security to social interaction
• Contributed to an Open Source Java project to clean the GUI and remove various errors via Java testing extensions
• Contributed to various web development projects with the use of HTML, CSS, SQL, React, and Javascript
• Led a group in the development of software that can emulate adaptive cruise control functionality
• This project looks into the ROS and Autoware frameworks to automate a specific function [Adaptive Cruise Control] in the environment
• Designed and deployed extensions to the Autoware framework to allow platooning functionality longitudinal, and lateral-longitudinal.
• Implemented a real-time perception from depth and LiDAR cameras to allow real vehicles to adaptive to intermediate vehicles
• Leveraged Git version control for effective collaboration, version management, and project tracking.
• Worked alongside the Radio Frequency, Wireless Home Internet, No Line of Sight, and Propagation Modelling
teams. To optimize overall accuracy in prediction of qualified homes
• Analysis and definition of the best propagation models for pre-qualification of Wireless Home Internet users
• Optimized machine learning model using Various Python Libraries, improving RSME by 25% points and increasing precision by 30%
• Optimized and developed universal MySQL database entries, to ensure all data shared across teams is consistent for cell tower information. reducing model error by 30%
Software that can emulate adaptive cruise control functionality. Utilizing Computer Vision, Artificial Intelligence, Embedded Systems, and Pub-Sub Design pattern. Designed and deployed extensions to the Autoware framework to allow platooning functionality longitudinal, and lateral-longitudinal. Utilized Sensor Fusion techniques, integrating LiDAR and Radar data for accurate perception. Implemented SLAM algorithms for simultaneous mapping and localization.
Utilized blockchain technology to enhance secure communication between peers, ensuring tamper-proof data integrity and decentralized trust. Employed smart contracts for transparent and verifiable interactions within the system.
This specific project relies on the CIFAR-10 dataset which contains various images that have a blurred view. The dataset contains 60000 images that are 32x32 colored images that fit into 10 classes. The goal of the project is to improve the accuracy in the prediction of all these classes compared to human evaluation.
Email: Mohammadhamza.asif@gmail.com
Made by: MohammadHamza Asif