Offered at Habib University
Dhanani School of Science and Engineering
Habib University nurtures engineering leaders who integrate technical excellence with critical inquiry and reparative responsibility. Through transformative knowledge and a commitment to societal repair, we empower students to design solutions that serve communities with compassion, addressing humanity’s challenges and fostering a more equitable and sustainable world.
About Dhanani School of Science and Engineering
The Dhanani School of Science and Engineering integrates rigorous technical education with expansive, interdisciplinary thinking. Our programs cultivate engineers who approach challenges through human-centered design, sustainability, and systems thinking. Students are empowered to create innovative solutions that respond thoughtfully to societal needs, shaping a more just and interconnected world.
BS Computer science
The BS in Computer Science program offers a comprehensive education that combines strong theoretical foundations with practical problem-solving skills. Accredited by the National Computing Education Accreditation Council, the program allows students to specialize in key areas such as Artificial Intelligence, Computer Graphics, Computer Networking, Computer Science Theory, Information Security, Machine Learning, Robotics, and Software Design & Engineering. Through immersive labs and real-world projects, students are prepared to develop innovative solutions that address contemporary challenges, with a strong focus on sustainable technological advancement.
BS Computer Engineering
DSSE’s BS in Computer Engineering program offers a comprehensive education that combines strong theoretical foundations with practical problem-solving skills. Accredited by the Pakistan Engineering Council, the program allows students to specialize in key areas such as Design of Computing Systems, Embedded Systems Design, Computer Networks and Security, Information Processing & Cyber-Physical Systems, and Software & Systems Engineering. Through immersive labs and real-world projects, students are prepared to develop innovative solutions that address contemporary challenges, with a strong focus on sustainable technological advancement.
BS Electrical Engineering
The BS in Electrical Engineering program offers a comprehensive education that combines rigorous theoretical knowledge with practical, hands-on experience. Recognized and accredited by the Pakistan Engineering Council, the program allows students to specialize in areas such as Control & Robotics, Electronics & Embedded Systems, Power & Energy Systems, and Telecommunications & Networks. Through immersive labs and real-world projects, students are prepared to develop innovative solutions that address contemporary challenges, with a strong focus on sustainable technological advancement. This program equips students to become leaders in the ever-evolving landscape of electrical engineering.
Accredited Standards
Habib University holds accreditations from the Pakistan Engineering Council (PEC) and the Higher Education Commission (HEC), affirming its rigorous academic standards. These recognitions ensure the university’s programs provide quality education, preparing graduates with the technical expertise and professional skills necessary to address contemporary challenges and contribute meaningfully to society.
DSSE Stats
Transforming Futures
123
Research projects
completed
123
Number of Students
graduated
123
Number of Papers
published
Our Science and Engineering Faculty
Our esteemed faculty, with academic backgrounds from leading global institutions, bring diverse perspectives and a steadfast commitment to fostering innovation and critical thinking. As part of one of the top engineering universities in Pakistan, their expertise is integral to our engineering programs, providing students with a rich, multidisciplinary education that prepares them to excel in an ever-evolving technological world.
Student Projects
Adaptive Learning for Efficient Test Preparation
This project, led by Dr. Waqar Saleem, Associate Professor of Computer Science, and conducted by Muneeb Shafique from the Computer Science Batch of 2024, developed an algorithm to enhance standardized test preparation by tailoring questions to learners’ proficiency levels. The research, recognized at the 25th IEEE Multi-Topic International Conference, exemplifies how adaptive learning systems can optimize education through personalized approaches, advancing Habib University’s vision for impactful, student-led innovation.
IntellicropPK: IoT Innovation for Smarter Agriculture
IntellicropPK, mentored by Dr. Tariq Kamal, Assistant Professor of Electrical and Computer Engineering, and developed as a capstone project by Habib University Computer Engineering students Nimra Sohail and Areeb Adnan Khan from the Class of 2024, focuses on empowering Pakistani farmers with cutting-edge technology. The project created an IoT sensor node that collects real-time field data, leveraging AI and machine learning to predict weather patterns. Addressing Pakistan’s climate vulnerabilities, it was the only project selected from Pakistan among 100 global projects for COP28’s Prototype for Humanity program. This groundbreaking initiative demonstrates the potential of sustainable, tech-driven solutions in revolutionizing agriculture.
Localization App for Sub-Meter Precision
Led by Dr. Farhan Khan, Assistant Professor of Electrical and Computer Engineering, this Summer Tehqiq Research Program project by Syed Asghar Abbas Zaidi, a Bachelor of Science in Computer Engineering student from the Class of 2025, and Syed Muhammad Muslim Hussain, a Bachelor of Science in Computer Science student from the Class of 2024, developed a localization app using SUPARCO’s precise positioning service. By leveraging RTK Base Stations through Pak Rehbar, the app enhances GPS accuracy from 10 meters to sub-meter precision, making it ideal for land surveying, bridge construction, and other applications demanding high-precision location data. This innovative work highlights the potential of precise positioning technology to address critical industry needs.
Student Projects
Autonomous Navigation System for Indoor Delivery Robots
Developed as a final year project by Muhammad Ahmed Atif (Computer Science, ECE Minor, Class of 2024), Laiba Ahmed (Electrical Engineering, Class of 2024), Syed Muhammad Hussain (Computer Science, ECE Minor, Class of 2024), and S.M. Daniyal Murtaza Zaidi (Computer Science, ECE Minor, Class of 2024), this project automates the delivery of drinks and snacks at Habib University. The robot, designed and built entirely on campus, utilizes simultaneous localization and mapping (SLAM) with sensors and Nvidia boards for navigation. Guided by Dr. Qasim Pasta, Assistant Professor in the Computer Science program, and Abdul Basit Memon, Associate Professor of Electrical and Computer Engineering, the team created an innovative prototype with potential applications in crowded environments like warehouses and hospitals.
Smart Energy Management Application
Developed as a final year project by Sumaira Khan (Electrical Engineering, Class of 2024) and Daniyal Lightwala (Electrical Engineering, Class of 2024), this project addresses the challenges of integrating renewable energy sources into distribution grids. The research focused on hosting capacity analysis, automated modeling using OpenDSS, and real-time integration of sensor data into the grid. Guided by Dr. Syed Muhammad Hur Rizvi, Assistant Professor of Electrical and Computer Engineering, the team explored optimization problems critical for network operators and proposed solutions for real-time integration. Their work has been recognized through a published paper at the 2024 IEEE Karachi Humanitarian Technology Conference and two accepted posters at the DSS Undergraduate Research Symposium.
GaN-Based Auxiliary Power Module for Electric Vehicles
Developed as a final year project by Ali Asghar Kerai, Lakshman Maheshwari, Khuzaima Ali Khan, and Syed Jahania Shah (all Electrical Engineering, Class of 2024), this project focuses on environmental sustainability through the use of gallium nitride (GaN) transistors in electric vehicles. The innovative power module enhances efficiency and compactness, with applications beyond EVs, such as renewable energy systems. The project began with an in-depth literature review, followed by designing, simulating, and prototyping using tools like MATLAB Simulink and LTspice. Inspired by coursework in Power Electronics and supported by previous research, the team published four papers, including one at INMIC 2023 and three accepted for COMPEL 2024. This achievement underscores the potential for undergraduate research fostered by Habib University.
Learning Spaces
Circuits and Electronics Lab
Hands-on learning for foundational electrical engineering.
Digital Systems and Instrumentation Lab
Design and construct modern digital circuit components.
Physics Lab
Practical application of fundamental physics principles.
Chemistry Lab
Hands-on experiments exploring materials and compounds.
Engineering Workshop
Practical experience with tools and machining techniques.
Cassim Computing Lab
Support for beginner-level computer science tutorials
Linux & Networking Lab
Exploring networking, operating systems, and hardware concepts.
Visualization & Graphics Lab
Focused on graphics in computing and communication design.
Adamjee Math Lab
Workstations with advanced math software for computation.
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Intellectual Frontiers
iSciM
Integrated Sciences and Mathematics (iSciM) at Habib University offers interdisciplinary courses and minors in Physics and Mathematics. Students gain foundational knowledge, experimental skills, and expertise in addressing energy, environment, global health, and more, while honing analytical, research, and scientific writing abilities.
DSSE Public Lecture Series
Dhanani School of Science and Engineering (DSSE) at Habib University hosts a Public Lecture Series featuring renowned professionals and academics. Open to all, these events inspire, educate, and encourage interdisciplinary academic debate, fostering intellectual engagement in the community.
DURS
Dhanani School of Science and Engineering (DSSE) hosts the Undergraduate Research Symposium (DURS 2024), showcasing undergraduate research under the theme “Promoting Technical Advancement, Diversity, and Sustainability in STEM.” Streams include AI for Social Impact, Human-Centered Design, Sustainable Technologies, and Robotics.
IDRAC
IDRAC at Habib University fosters impactful research and action on issues relevant to Pakistan and South Asia. Drawing from diverse disciplines, it connects scholars, policymakers, practitioners, and students. Through workshops, seminars, and conferences, IDRAC promotes social cohesion, sustainable development, and the university’s role in advancing societal well-being.
GSCP
Habib University’s Graduate School Curation Program (GSCP) equips students with comprehensive resources and mentorship to excel in graduate school applications. The program offers opportunities for advanced research, academic skill enhancement, and personalized guidance to craft compelling applications.
CCP
Habib University’s Career Curation Program (CCP) prepares students for professional excellence from their first semester. Through CCP Core, students build foundational technical and soft skills via workshops and industry engagement. The exclusive CCP Industry wing provides selected students with structured mentorship, hands-on projects, and real-world experience.
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