Ismat & Mustafa Kassam HU TOPS Scholar
mz08443@st.habib.edu.pk
I am passionate about building systems that scale: from cloud networking and automation pipelines to academic research workflows. Highly motivated to apply CV, AI, and robotic technologies to sustainability-focused domains.<\/p>\n
mz08443@st.habib.edu.pk
mysha.zhali8@gmail.com
www.linkedin.com\/in\/mysha-zulfiqar-b5807a278
Portfolio<\/p>\n
+923069497749<\/p>\n
Dhanani School of Science and Engineering
BS Electrical Engineering<\/p>\n
2026
Autoware|
\nC++|
\nMatlab\/Simulink|
\nNav2|
\nPython|
\nROS2|
Acts with Ownership; Adaptability; Collaborates Openly; Takes Initiative
Robotics Engineer; AI Engineer; Product Support and System Designing;
N\/A
Deputy Director General|Curriculum Lead|Project Lead,Gaming Club Habib Debate Union|Food & Hygiene Cabinet Member,Habib University Student Government|Emerge – Mentor,Young Leaders Club|
Intern,
\n AKUH – Aspire Internship
\n (June 2025 \u2013 August 2026)
\n|<\/p>\n
Undergraduate Researcher,
\n Summer Takhleeq Research Programme
\n (June 2025 \u2013 August 2026)
\n|<\/p>\n
Teaching Assistant – Calculus I,
\n Habib University
\n (August \u2013 November 2025)
\n|<\/p>\n
Teaching Assistant – Engineering Mathematics,
\n Habib University
\n (August \u2013 November 2025)
\n|
N\/A
Autonomous Tow Truck – Enhanced Safety and Object Detection
Toyota Indus Motor Company is encountering logistical challenges in the internal transportation of car parts within its factory, and the current partially automated tow truck lacks reliable lateral and rear\/lateral obstacle awareness and short-horizon prediction, creating blind-spot safety risks, especially with multi-trailers. We must design, implement, and validate an integrated, regulation-compliant 360\u00b0 perception prediction control stack, which includes multi-sensor fusion and predictive planning that detects lateral\/rear hazards in real time and executes collision-free maneuvers, fixing current blind-spot and prediction gaps for production deployment. Furthermore, we aim to enhance the localization capabilities of the tow truck so it can identify where it is in its environment.<\/p>\n
<\/p>\n","protected":false},"excerpt":{"rendered":"
Ismat & Mustafa Kassam HU TOPS Scholarmz08443@st.habib.edu.pkI am passionate about building systems that scale: from cloud networking and automation pipelines to academic research workflows. Highly motivated to apply CV, AI, and robotic technologies to sustainability-focused domains. mz08443@st.habib.edu.pkmysha.zhali8@gmail.comwww.linkedin.com\/in\/mysha-zulfiqar-b5807a278Portfolio +923069497749 Dhanani School of Science and EngineeringBS Electrical Engineering 2026Autoware| C++| Matlab\/Simulink| Nav2| Python| ROS2|Acts with Ownership; Adaptability; […]<\/p>\n","protected":false},"author":9,"featured_media":8578,"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":[57,60,56,59],"class_list":["post-8145","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-acts-with-ownership","competencies-adaptability","competencies-collaborates-openly","competencies-takes-initiative"],"acf":{"scholarship":"Ismat & Mustafa Kassam HU TOPS Scholar","aspiration_statement":"I am passionate about building systems that scale: from cloud networking and automation pipelines to academic research workflows. Highly motivated to apply CV, AI, and robotic technologies to sustainability-focused domains.","video_profile_link":"","habib_email":"mz08443@st.habib.edu.pk","email":"mysha.zhali8@gmail.com","linkedin_link":"https:\/\/linkedin.com\/in\/mysha-zulfiqar-b5807a278","portfolio_Title":"Portfolio","portfolio_link":"","personal_cell_1":"+923069497749","personal_cell_2":"","core_skills":[{"skill":"Autoware"},{"skill":"C++"},{"skill":"Matlab\/Simulink"},{"skill":"Nav2"},{"skill":"Python"},{"skill":"ROS2"}],"academic_awards":[{"academic_record":"N\/A"}],"leadership-experiences":[{"leadership":"Deputy Director General"},{"leadership":"Curriculum Lead"},{"leadership":"Project Lead, Gaming Club Habib Debate Union"},{"leadership":"Food & Hygiene Cabinet Member, Habib University Student Government"},{"leadership":"Emerge - Mentor, Young Leaders Club"}],"work-experience":[{"experience":"Intern, AKUH - Aspire Internship (June 2025 \u2013 August 2026)"},{"experience":"Undergraduate Researcher, Summer Takhleeq Research Programme (June 2025 \u2013 August 2026)"},{"experience":"Teaching Assistant - Calculus I, Habib University (August \u2013 November 2025)"},{"experience":"Teaching Assistant - Engineering Mathematics, Habib University (August \u2013 November 2025)"}],"publications-projects":[{"publications_title":"","publications":"N\/A"}],"project_title":"Autonomous Tow Truck - Enhanced Safety and Object Detection","fyp_desc":"Toyota Indus Motor Company is encountering logistical challenges in the internal transportation of car parts within its factory, and the current partially automated tow truck lacks reliable lateral and rear\/lateral obstacle awareness and short-horizon prediction, creating blind-spot safety risks, especially with multi-trailers. We must design, implement, and validate an integrated, regulation-compliant 360\u00b0 perception prediction control stack, which includes multi-sensor fusion and predictive planning that detects lateral\/rear hazards in real time and executes collision-free maneuvers, fixing current blind-spot and prediction gaps for production deployment. Furthermore, we aim to enhance the localization capabilities of the tow truck so it can identify where it is in its environment.","project_pictures":[{"project_pic":8796}],"project-video":""},"yoast_head":"\n