BS Robotics
Introduction
Robotics brings together the theory, experimentation, and engineering that power intelligent machines. It’s the discipline that studies how mechanical systems, electronics, algorithms, and control methods come together to create robots that can sense, move, decide, and assist. At its core, Robotics is about understanding how to design machines that interact with the world safely, efficiently, and intelligently.
This program takes a practical and scientific approach to the entire robotics pipeline from understanding how sensors collect information, to how processors interpret it, to how actuators ultimately carry out decisions. Students learn how to design, build, program, test, and refine robotic systems by blending knowledge from mechanical engineering, electronics, computer science, and artificial intelligence.
Robotics covers a wide, fast-evolving spectrum: autonomous vehicles, industrial automation, medical robots, drones, human–robot interaction, intelligent control systems, and much more. The field continues to expand as new technologies reshape how machines learn, perceive, and collaborate with humans.
The scope of Robotics can be viewed in three major directions:
Creating intelligent ways for machines to understand and respond to the world.
Students explore perception, computer vision, sensor fusion, and machine learning — the foundations that allow robots to interpret complex environments and make sound decisions.Designing mechanical and electronic systems that transform ideas into motion.
Robotics blends mechanical structures, actuators, embedded systems, and real-time control. This knowledge enables the creation of robots that move precisely, handle tasks reliably, and operate safely in real-world settings.Developing complete robotic systems that solve meaningful problems.
From concept to prototype to deployment, the program trains students to build full-scale robotic solutions. This includes programming, system integration, testing, and optimization — all essential for producing dependable robots used in manufacturing, healthcare, agriculture, defense, and service industries.
A BS in Robotics gives graduates a solid foundation to evolve with new technologies, adapt to emerging tools, and contribute to the growing global demand for intelligent automation.
Eligibility Criteria
- Intermediate or equivalent with at least 2nd division.
Scheme of Study BS Robotics Program
Total Credit Hours = 130
| Courses | |||
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Functional English |
Discrete Structures |
Applied Physics (Theory) |
Application of Information & Communication |
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Ideology and Constitution of Pakistan |
Understanding of Holy Quran-1 |
Pre – Calculus |
Islamic studies |
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Programming Fundamentals (Theory) |
Probability & Statistics |
Expository Writing |
Digital Logic & Design (Theory) |
|
Understanding of Holy Quran–II |
Calculus & Analytical Geometry |
Pre-Algebra |
Object Oriented Programming (Theory) |
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Multivariable Calculus |
Digital Marketing |
Computer Organization & Assembly Language (Theory) |
Linear Algebra |
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Technical & Business Writing |
Data Structures & Algorithms (Theory) |
Robotics Design – I |
Software Engineering |
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Introduction to Management |
Introduction to Robotics |
Analysis of Algorithms |
Advanced Programming (Theory) |
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Robotics Design – II (Theory) |
Computer Networks (Theory) |
Computer Aided Design |
Civics and Community Engagement |
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Artificial Intelligence (Theory) |
Technopreneurship |
Operating Systems (Theory) |
Information Security (Theory) |
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Digital Signal Processing |
Embedded Systems |
Sensors & Transducers |
Electrical Machines |
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RB Elective–V |
Final Year Project (part–I) |
Feedback Control Systems |
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