mq08079@st.habib.edu.pk
I am deeply interested in automation and artificial intelligence. I leverage robotics through my capstone on autonomous vehicles, while possessing knowledge in deep learning and LLMs enhanced by various projects.<\/p>\n
mq08079@st.habib.edu.pk
mbilalqureshi100@gmail.com
https:\/\/www.linkedin.com\/in\/muhammad-bilal-qureshi-93a387201\/
Portfolio<\/p>\n
+923363739389<\/p>\n
Dhanani School of Science and Engineering
BS Electrical Engineering<\/p>\n
2026
C\/C++|
\nDeep Learning|
\nMatlab and Simulink|
\nPython|
\nRobotic Operating System (ROS2)|
Adaptability; Planning; Strategic Thinking; Takes Initiative
Robotics Engineer; AI Engineer – Deep Learning; Systems Engineering;
Dean’s List 2023, 2025|
President,IEEE (Institute of Electrical and Electronics Engineers)|Academic Affairs Representative,Habib University Student Government|
Tutor,
\n Epsilon Academy
\n (September 2022 \u2013 May 2026)
\n|<\/p>\n
Teaching Assistant – Systems Engineering and Project Management,
\n Habib University
\n (September \u2013 December 2025)
\n|<\/p>\n
Research Intern,
\n Indus Motor Company Ltd
\n (June \u2013 August 2025)
\n|<\/p>\n
Teaching Assistant – Computer Architecture,
\n Habib University
\n (September \u2013 December 2024)
\n|
N\/A|
Autonomous Tow Truck – Enhanced Safety and Obstacle Detection
Autonomous tow truck for IMC – Toyota. We started with systems engineering to analyze use cases and determine the optimal design for the vehicle. Our software implementation leverages Autoware, which is built on the ROS2 framework with visualization on RViz, and we use Docker to maintain consistent development environments. Throughout the project, continuous use of Git ensures proper teamwork and a reliable version history. A critical component of my part is the integration of Hardware-in-the-Loop (HIL). On the sensor front, I integrated a Livox MID360 3D LiDAR with Autoware. This setup enabled the successful implementation of the Normal Distributions Transform (NDT) algorithm to achieve accurate spatial localization for the autonomous system.<\/p>\n
<\/p>\n","protected":false},"excerpt":{"rendered":"
mq08079@st.habib.edu.pkI am deeply interested in automation and artificial intelligence. I leverage robotics through my capstone on autonomous vehicles, while possessing knowledge in deep learning and LLMs enhanced by various projects. mq08079@st.habib.edu.pkmbilalqureshi100@gmail.comhttps:\/\/www.linkedin.com\/in\/muhammad-bilal-qureshi-93a387201\/Portfolio +923363739389 Dhanani School of Science and EngineeringBS Electrical Engineering 2026C\/C++| Deep Learning| Matlab and Simulink| Python| Robotic Operating System (ROS2)|Adaptability; Planning; Strategic Thinking; Takes […]<\/p>\n","protected":false},"author":9,"featured_media":8544,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"single-graduate-01.php","format":"standard","meta":{"_acf_changed":false,"footnotes":""},"program":[30],"school":[42],"class":[44],"minor":[],"competencies":[60,58,63,59],"class_list":["post-8132","graduate","type-graduate","status-publish","format-standard","has-post-thumbnail","hentry","program-bsee","school-dhanani-school-of-science-and-engineering","class-class-of-2026","competencies-adaptability","competencies-planning","competencies-strategic-thinking","competencies-takes-initiative"],"acf":{"scholarship":"","aspiration_statement":"I am deeply interested in automation and artificial intelligence. I leverage robotics through my capstone on autonomous vehicles, while possessing knowledge in deep learning and LLMs enhanced by various projects.","video_profile_link":"","habib_email":"mq08079@st.habib.edu.pk","email":"mbilalqureshi100@gmail.com","linkedin_link":"https:\/\/www.linkedin.com\/in\/muhammad-bilal-qureshi-93a387201\/","portfolio_Title":"Portfolio","portfolio_link":"","personal_cell_1":"+923363739389","personal_cell_2":"","core_skills":[{"skill":"C\/C++"},{"skill":"Deep Learning"},{"skill":"Matlab and Simulink"},{"skill":"Python"},{"skill":"Robotic Operating System (ROS2)"}],"academic_awards":[{"academic_record":"Dean's List 2023, 2025"}],"leadership-experiences":[{"leadership":"President, IEEE (Institute of Electrical and Electronics Engineers)"},{"leadership":"Academic Affairs Representative, Habib University Student Government"}],"work-experience":[{"experience":"Tutor, Epsilon Academy (September 2022 \u2013 May 2026)"},{"experience":"Teaching Assistant - Systems Engineering and Project Management, Habib University (September \u2013 December 2025)"},{"experience":"Research Intern, Indus Motor Company Ltd (June \u2013 August 2025)"},{"experience":"Teaching Assistant - Computer Architecture, Habib University (September \u2013 December 2024)"}],"publications-projects":[{"publications_title":"","publications":"N\/A"}],"project_title":"Autonomous Tow Truck - Enhanced Safety and Obstacle Detection","fyp_desc":"Autonomous tow truck for IMC - Toyota. We started with systems engineering to analyze use cases and determine the optimal design for the vehicle. Our software implementation leverages Autoware, which is built on the ROS2 framework with visualization on RViz, and we use Docker to maintain consistent development environments. Throughout the project, continuous use of Git ensures proper teamwork and a reliable version history. A critical component of my part is the integration of Hardware-in-the-Loop (HIL). On the sensor front, I integrated a Livox MID360 3D LiDAR with Autoware. This setup enabled the successful implementation of the Normal Distributions Transform (NDT) algorithm to achieve accurate spatial localization for the autonomous system.","project_pictures":[{"project_pic":8740}],"project-video":""},"yoast_head":"\n