BS Robotics & Intelligent Systems

The Bachelor of Science in Robotics and Intelligent Systems degree aims to equip students with the knowledge and skills needed to design, develop, and implement intelligent robotic systems and machines. The program is designed to provide a comprehensive understanding of the fundamentals of robotics, machine learning, artificial intelligence, computer vision, and control systems. Students will also gain practical experience in building and programming robots, and designing intelligent systems that can interact with the physical world. Upon completion of the program, graduates will be able to work in a variety of industries, including manufacturing, healthcare, transportation, and entertainment, as well as pursue advanced degrees in robotics and related fields. The degree’s ultimate objective is to produce professionals capable of advancing the field of robotics and intelligent systems.The program will take advantage of our strong resources in electrical engineering, and mechanical engineering.


Road Map

Semester 1

  • S. No Course Code Course Name C .Hrs.
  • 1RICS-1113Fundamental of Programming3
  • 2RICS-1111Fundamental of Programming Lab1
  • 3RI-1113Engineering Mechanics – I3
  • 4RINS-1113Maths 1(Applied Calculus)3
  • 5ENG101English I3
  • 6ISL201Islamic Studies/Ethics2
  • 7RI-1121Engineering Workshop1

Semester 2

  • S. No Course Code Course Name C .Hrs.
  • 1RICS-1223Object Oriented Programming3
  • 2RICS-1221Object Oriented Programming Lab1
  • 3RI-1213Basic Electrical Engineering3
  • 4RI-1211Basic Electrical Engineering Lab1
  • 5RINS-1213Maths II (Linear Algebra)3
  • 6RI-1221Computer Aided Design1
  • 7ENG102English II3
  • 8PAK101Pakistan Studies2

Semester 3

  • S. No Course Code Course Name C .Hrs.
  • 1RICS-2313Data Structures & Algorithms3
  • 2RICS-2311Data Structures & Algorithms Lab1
  • 3RI-2313Electronics I3
  • 4RI-2311Electronics I Lab1
  • 5RI-2323Electrical Machines3
  • 6RI-2321Electrical Machines Lab1
  • 7RI-2333Engineering Mechanics – II3
  • 8RINS-2313Maths III (Differential Equations)3

Semester 4

  • S. No Course Code Course Name C .Hrs.
  • 1RI-2413Introduction to Robotics3
  • 2RI-2411Introduction to Robotics Lab1
  • 3RI-2423Digital Logic Design3
  • 4RI-2421Digital Logic Design Lab1
  • 5RINS-2413Probability and Random Processes3
  • 6ENG103English III3
  • 7RI-2433Sensors & Transducers3

Semester 5

  • S. No Course Code Course Name C .Hrs.
  • 1RICS-3513Operating Systems3
  • 2RICS-3511Operating Systems Lab1
  • 3RI-3513Embedded Systems3
  • 4RI-3511Embedded Systems Lab1
  • 5RINS-3513Numerical Computing3
  • 6RI-3523Actuators3
  • 7RI-3521Actuators Lab1
  • 8RI-3531Robotics Design Lab II1

Semester 6

  • S. No Course Code Course Name C .Hrs.
  • 1RI-3613Feedback Control System3
  • 2RI-3611Feedback Control System Lab1
  • 3RI-3623Electronics II3
  • 4RI-3621Electronics II Lab1
  • 5RI-3633Robotics Machine Design3
  • 6RIMS-3613Engineering Economics3
  • 7RI-3641Robotics Design Lab – III1
  • 8RI-3000Industrial Internship0

Semester 7

  • S. No Course Code Course Name C .Hrs.
  • 1RI-4712Final Year Project - I2
  • 2RI-4723Elective – II3
  • 3RI-4721Elective – II Lab1
  • 4RI-4733Adaptive Control3
  • 5RI-4743Artificial Intelligence3
  • 6RI-4741Artificial Intelligence Lab1
  • 7RI-4753Elective – III3

Semester 8

  • S. No Course Code Course Name C .Hrs.
  • 1RI-4814Final Year Project - II4
  • 2RI-4823Elective – IV3
  • 3RI-4821Elective – IV Lab1
  • 4RI-4833Elective - V3
  • 5RI-4831Elective – V Lab1
  • 6RIMS-4813Entrepreneurship3

Total Credit Hours: 130

List of Electives

  • Digital Image Processing
  • Computer Communication and
  • Natural Language Processing
  • Machine Learning
  • Computer Vision
  • Industrial Process Control
  • Non Linear Control Systems
  • Medical Robotics
  • Fluid Dynamics
  • Industrial Robotics
  • Industry 4.0
  • Space Robotics
  • Autonomous Systems
  • Multi Agent Systems
  • Artificial Intelligence and Robotics
  • E-commerce
  • Fuzzy Logic
  • Wireless Communicatiojn
  • Introduction to Metaverse
  • Special Topics in Robotics
  • Graph Theory
  • Interger Linear Programming
  • Human-Robot Interaction
  • Robot Planning and Control
  • Intenet of Things

Admission Criteria

At least 50% marks in F.Sc. Pre-Engineering/ICS (all combinations)/F.Sc Pre-Medical, 3 years Diploma recognized by PBTE (related to Electrical, Mechanical or CS/IT), A-levels or an equivalent qualification.


  1. Software-Industry
  2. Hardware-Software co-design industry
  3. Machine learning and artificial intelligence sector
  4. Robotics
  5. Control and Automation
  6. Research Scientist
  7. Postgraduation

Fee Structure

BS Robotics & Intelligent Systems

  • 1MSc Civil Engineering25,0008,00013511,05,000

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