About Automation and Robotics

Automation and Robotics Engineering is a field of engineering that deals with the design and creation of robots with integration of computers to manipulate the process of robotic actions. The emergence of artificial intelligence as an integral part of robotics technology has placed the study of Automation and Robotics Engineering on a position of great socio-economic significance. For this reason, the Faculty of Engineering endeavours to spearhead the search for innovative robotics technology by producing competent and skilled resources with the ability to navigate the field. The Parul University Faculty of Engineering offers a Bachelors degree in Automation and Robotics Engineering which is a four year program designed to provide students with a unique exposure to this field. The program is UGC approved, thus it seeks to guarantee every student the most edifying learning experience. The program is strategically designed to equip students with the skill sets and ability to understand and operate the various forms of robotics elements. With our elite league of faculties from renowned institutions such as IITs and NITs, we provide our students with the most personalized learning experience. As a way of developing the practical development of the students, the Faculty of Engineering is equipped with various laboratories and research centres such as Electronic Engineering Labs, Mechanical Engineering Labs and Computer Science and Engineering Labs amongst others. Beyond the scope of the academics, the program develops within the students, various career oriented skillsets, to enhance their employability.

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National Applicants

International Applicants

Program Outcomes

Why Study Automation and Robotics

The future and robotics are two inseparable elements and at every single moment automation is taking a position of vital significance in the various spheres of life. Thus with the growth and expansion of tech startups, there is now a wide pool of career opportunities for students to explore. The program goes on to develop engineers with an ability to innovate new cutting edge robotics technology and automated systems which have industrial utility. Upon completing this program, students can take up careers in various fields such as:

Robotic Scientist

An ability to employ the scientific methods of innovation and technology so as to provide innovations and life saving automations

Robotic Engineer

An ability to effectively develop robotics systems which will allow the students to navigate the scope of the industry

Robotic Technician

An ability to maintain, services and repairs of technologies which are used to provide effective support in the field of robotics

Systems Designer

An ability to employ the fundamentals of robotics so as to design and develop effective systems which can provide the highest form of utility

Curriculum

Basic Electrical Engineering	Workshops
Information and Communication Technology	Elements of Civil Engineering
Engineering Graphics	Fundamentals of Programming
Mathematics	Basic Electronics
Engineering Physics	Mathematics-II
Communication Skills - 1	Communication Skills - 2

Electrical Machines	Basics of Signal & Systems
Electrical Machines Lab	Basics of Signal & Systems Lab
Digital System Design	Computer Aided Design
Digital System Design Lab	Computer Aided Design Lab
Network Theory	Electronics Devices and Circuits
Network Theory Lab	Electronics Devices and Circuits Lab
Control Theory	Fundamentals of Robotics
Control Theory Lab	Fundamentals of Robotics Lab
Conventional Manufacturing System	Electromechanical Measurement Techniques Lab
Conventional Manufacturing System Lab	Communication Engineering
Transforms and PDE	Communication Engineering Lab
Professional Communication Skills-1	Professional Communication Skills-2

Microprocessor & Microcontroller with it's Interfacing	Hydraulic and Pneumatic System
Microprocessor & Microcontroller with it's Interfacing Lab	Hydraulic and Pneumatic System Lab
Object Oriented Programming and Data structure	Intelligent Systems
Object Oriented Programming and Data structure Lab	Intelligent Systems Lab
Kinematics and Dynamics of Machinery	Machine Design
Kinematics and Dynamics of Machinery Lab	Machine Design Lab
Integrated Circuit and Application	Operational Research
Integrated Circuit and Application Lab	Operational Research Lab
Programming Skills and Placement Essentials (All Branches	Embedded and Real Time Systems
VLSI Design	Internet Tools And Java Programming
Neural Networks and Fuzzy Systems	Nonconventional Manufacturing Techniques
Wireless Communication	Life Science
Basic Aircraft Science	Biology for Engineers
Disaster Preparedness and Planning	Engineering Geology
Cyber Security	Landscape Planning and Design
Energy Science and Engineering	Fundamentals of Management

Advanced Manufacturing System	Artificial Intelligence For Robotics
Advanced Manufacturing System Lab	Artificial Intelligence For Robotics Lab
Industrial Automation	Project- 2
Industrial Automation Lab	Advanced Control Systems
Project-I	Optimization in Engineering Design
Summer Internship	Vision Systems and Image Processing
Digital Signal Processing and Applications
Internet of Things
Industrial Networking