Robotics & Automation
The Department of Robotics and Automation was established in 2020 and affiliated with the APJ Abdul Kalam Technological University (KTU). Robotics and Automation Engineering has rapidly gained momentum owing to the increasing demand for Robotics and Automation Engineers. Robotics is an interdisciplinary branch of Engineering and Science that includes Mechanical Engineering, Electronics Engineering, Information Engineering, Computer Science, Artificial Intelligence and others. The Robotics and Automation Engineering Sector is growing at a rapid pace and promises to be one of the next biggest fields due to the rapid growth in the manufacturing sector.
The opportunities are enormous in the field of Robotics and Automation Engineering in both government and private sectors. Robots are utilized in different fields such as military, nuclear power plants, agricultural, healthcare and more. We the faculty at Rajadhani Institute of Engineering and Technology will enable the young professional with relevant degree in Robotics and Automation Engineering to choose to work in these industries and fulfil your dream.
Vision
To create a strong ecosystem to nurture competent Robotics and Automation Engineers to address the future challenges.
Mission
M1: Provide inspiring academic environment with quality education to enrich creativity and engineering skills.
M2: Habituate the students to focus on contributing to the global economy through innovations, research and industrial participation.
M3: Align the practices of lifelong learning with high ethical standards and social commitment.
Program Educational Objectives (PEO):
PEO1: To impart the students with strong and comprehensive knowledge in the analytical, scientific and engineering fundamentals for solving engineering problems.
PEO2: To design and develop engineering system components with the sense of ethics and professionalism for the benefit of the industry as well as society.
PEO3: To build up the students with necessary design skills, product development knowledge and leadership qualities for successful industry career.
PEO4: To obtain knowledge on the theory and practices in the field and service of robotics engineering and allied areas.
PEO5: To form motivated students with research attitude and engross in life-long learning to keep themselves abreast of new developments.
Program Specific Outcomes (PSO):
PSO1: Apply their fundamental field skills towards the understanding of the impact of engineering solutions on the society in a global and social context and to adopt a multidisciplinary approach to solve real-world industrial problems.
PSO2: To develop safe, error free and efficient Automation and Robotic systems for the requirements and specifications.
PSO3: To lead a professional or an entrepreneur career in industries by applying Engineering and Management principles and best practices.
PSO4: To map industry requirements into the existing educational system, develop a continuous knowledge cycle that provides skill orientation on new technologies.
Dr. Beycil V.J.
Qualification: M. Tech
Designation: HOD
Experience: Teaching – 12 years, Research – 1 year
Areas of Interest: Opto Electronics, Optical Communication, Wireless Sensor, Power Electronics
Publications (Journals):
• V.J. Bycil and Dr.M.C. John Wiselin, “Design And Analysis Of Sagnac Loop Frequency Characteristics”, International Journal Of Innovative Research In Management, Engineering And Technology Vol. 4, Issue 2, February 2019.
• Bycil, V. J., and M. C. Wiselin. “Modelling and Signature Analysis of Vibration Energy Harvesting System using Electromagnetic Energy Conversion.” International Journal of Simulation–Systems, Science & Technology 19, no. 6 (2018)
• V.J. Bycil and Dr.M.C. John Wiselin, “Design and Analysis of Electrostatic Energy Harvester Using Vibration Energy for Sensor Networks”, “Journal of advanced research in Dynamical and Control Systems ”Volume: 10, Issue: 12 (2018).
• V.J. Bycil and Dr.M.C. John Wiselin, “Measurement of Acceleration in Energy Harvesting System Using Hybrid Energy Harvesting Technique”, “Journal of advanced research in Dynamical and Control Systems” Volume: 10, Issue: 12 (2018).
• V.J. Bycil and Dr.M.C. John Wiselin, “Modeling and analysis of vibration energy harvesting system using piezo stack”, “Journal of advanced research in Dynamical and Control Systems, January 2019.
• V.J. Bycil and Dr.M.C. John Wiselin Design And Analysis Of Sagnac Loop Frequency Characteristics International Journal Of Innovative Research In Management, Engineering And Technology Vol. 4, Issue 2, February 2019 John Wiselin, Sreeja, Bycil, Sherin Dhas, Rajesh Prasad, Sheeba, Suhaila, Sowmya, “A Low cost carbon Nano fiber based spiral Inductor: Inference and Implementation”, Advances in material science and Engineering, February 2014. Annexure I Paper
Dr. S. Suresh Babu
Qualification: M. Tech, PhD
Designation: Principal
Experience:
Jeeshma Mary Paul
Qualification: M Tech in Applied Electronics and Instrumentation; Doing PhD
Area of Interest: Power Electronics and Motor Drives
Industry Experience : 1 yr
Research Experience : 4 yrs
Journal Publications: 3, Conference Publications: 3
Patents Filed : 1
Sourav R. Vimal
Qualification: B. Tech in Mechanical Engineering, M.Tech in Manufacturing and Automation
Specialisation: Manufacturing & Automation
Experience: 1 year
Kishnalal M.S. – Assistant Professor
Qualification: B.Tech in Mechanical Engineering, M.Tech in Manufacturing & Automation
Experience : 4 years industrial experience
VIJIL J. – Assistant Professor
BE in Mechanical Engineering
ME in Thermal Engineering
Specialization: Thermal Engineering
Experience: 1 yr (teaching)
3 years (industrial experience)
- Tech in Robotics and Automation-30 Seats
Robotics Automation lab
Automation Lab, where the future of industry takes shape! This state-of-the-art facility equips you with the tools and knowledge to become a leader in the ever-evolving world of automation.
Step into a World of Hands-on Learning:
- Dive into Robotics: Construct, program, and operate sophisticated robots, exploring their applications in areas like manufacturing, healthcare, and logistics.
- Master Industrial Automation: Gain practical experience with PLCs, SCADA systems, and industrial communication protocols, building your expertise in controlling automated processes.
- Embrace Vision Systems: Learn the fundamentals of machine vision, using cameras and image processing software to solve real-world automation challenges.
- Harness the Power of Sensors: Understand and utilize various sensors like pressure, temperature, and proximity, integrating them into your automation projects.
- Innovate with 3D Printing: Design and prototype functional parts using 3D printers, gaining valuable experience in rapid prototyping and manufacturing.
More Than Just Equipment:
Our Automation Lab isn’t just about machines; it’s about fostering a vibrant learning community. You’ll:
- Collaborate with like-minded peers: Work in teams on challenging projects, developing essential teamwork and communication skills.
- Learn from industry experts: Guest speakers and workshops connect you with experienced professionals, providing valuable insights into the real world of automation.
- Participate in competitions: Showcase your skills and compete in regional and national robotics or automation competitions, gaining invaluable real-world experience and recognition.
- Prepare for your future: Develop the skills and knowledge sought after by leading companies in the automation industry, setting yourself up for a successful career path.
The Automation Lab is open to:
- Students: Take courses related to robotics, automation, mechatronics, and engineering disciplines.
- Faculty: Conduct research and develop innovative projects alongside students.
Ready to join the automation revolution? Visit the Automation Lab today and unlock your potential to shape the future!
Robotics Operating System (ROS) lab
Navigate the Robot Revolution: Master Robotics with Our ROS Lab
Welcome to the RIET Robot Operating Systems (ROS) Lab, your launchpad into the dynamic world of robot development! Equipped with cutting-edge technology and expert guidance, this lab empowers you to become a skilled roboticist, capable of building and programming robots that solve real-world problems.
Dive Deep into ROS:
- Master the Framework: Gain comprehensive understanding of ROS, the industry-standard software platform for robot development. Learn key concepts like nodes, topics, services, and action servers, unlocking the ability to build complex robot functionalities.
- Navigate Diverse Robots: Work with a variety of robots, from wheeled platforms to humanoid bots, gaining practical experience in robot kinematics, sensor integration, and actuator control.
- Program with Power: Utilize Python, a popular and powerful programming language, to write ROS nodes and control your robots, mastering object-oriented programming and algorithm design.
- Embrace Simulation: Develop your robot software in a simulated environment before testing on real hardware, minimizing risk and speeding up development cycles.
- Collaborate and Innovate: Work alongside peers in a collaborative environment, sharing ideas, troubleshooting challenges, and pushing the boundaries of robot development.
Beyond Technical Skills:
Our ROS Lab fosters more than just technical expertise. You’ll:
- Develop Problem-Solving Skills: Learn to identify, analyze, and solve complex automation challenges, becoming a critical thinker and innovative problem solver.
- Sharpen Communication Skills: Collaborate effectively with team members, present your projects to diverse audiences, and hone your ability to communicate technical concepts clearly.
- Prepare for Your Career: Gain the skills and knowledge highly sought after by top robotics companies and research institutions, setting yourself up for a successful career in this exciting field.
- Participate in Competitions: Showcase your abilities and compete in regional or national robotics competitions, gaining valuable real-world experience and recognition.
The ROS Lab is open to:
- Students: Take courses related to robotics, mechatronics, computer science, and engineering disciplines.
- Faculty: Conduct research and develop innovative projects alongside students.
Ready to build the robots of tomorrow? Visit the ROS Lab today and start your journey to becoming a robotics leader!
Robotics Lab
Robotics Lab, your gateway to the future of intelligent machines! This state-of-the-art facility equips you with the tools, knowledge, and hands-on experience to become a leading innovator in the dynamic world of robotics.
Step into a World of Robotics Exploration:
- Build & Design: Construct robots from scratch using cutting-edge components like 3D printers.
- Program & Control: Master various programming languages, including Python, to breathe life into your robots, harnessing their potential for diverse tasks.
- Navigate Perception: Explore machine vision and sensor integration, enabling your robots to perceive and interact with their environment.
- Embrace AI & Machine Learning: Delve into artificial intelligence and machine learning algorithms, empowering your robots to make decisions and adapt to dynamic situations.
- Compete & Collaborate: Join our vibrant robotics community, participating in intercollegiate competitions and collaborating with peers on challenging projects.
More Than Just Robots:
Our Robotics Lab offers more than just the latest in hardware and software. You’ll also:
- Develop Critical Skills: Sharpen your problem-solving, creativity, and teamwork abilities through project-based learning.
- Learn from Experts: Gain valuable insights from experienced faculty and guest speakers, connecting with the broader robotics industry.
- Prepare for Your Future: Build a strong foundation in robotic design, programming, and control, opening doors to exciting career opportunities.
- Make a Difference: Apply your robotics skills to real-world challenges, participating in projects that tackle social, environmental, and technological issues.
The Robotics Lab is open to:
- Students: Take courses related to robotics, mechatronics, computer science, and engineering disciplines.
- Faculty: Conduct research and develop innovative projects alongside students.
Ready to join the robotics revolution? Visit the Robotics Lab today and unlock your potential to create the future!
IoT And Embedded Systems Lab
Step into the realm where bits and bytes converge with reality, where the digital dances with the tangible, and where innovation finds its playground – welcome to our IoT and Embedded System Lab!
When it comes to the Internet of Things (IoT) and smart objects, computational ability is often driven by devices called microcontrollers, or MCUs. Essentially scaled-down computers, MCUs operate smart devices by providing processing power, memory, and input/output peripherals.
Our lab allows the students to form a strong base in their programming skills.
The following sections are there in the lab:
- 8051 microcontroller and its programming
- Arduino for programming
In our lab, imagination is the only limit, as students dive deep into the world of interconnected devices and embedded systems. Here, the ordinary becomes extraordinary as lines of code breathe life into hardware, turning simple circuits into intelligent ecosystems.
In our Microcontroller and Arduino Lab, we fuse creativity with technology, exploring a diverse array of projects and experiments. Here’s a glimpse into the exciting activities that unfold within our lab’s dynamic environment:
- Introduction to microcontrollers: We begin by delving into the fundamentals of microcontrollers, understanding their architecture, functionalities, and applications. Students learn how to program microcontrollers using languages such as C/C++ to control various hardware components.
- Arduino basics: With Arduino serving as our primary platform, students familiarize themselves with its ecosystem. They learn to write code using the Arduino Integrated Development Environment (IDE), interact with digital and analog pins, and interface with sensors, actuators, and displays.
- IoT programs: We dive into the realm of the Internet of Things (IoT), where devices communicate and collaborate seamlessly. Students develop IoT projects using Wi-Fi, Bluetooth, or other wireless communication protocols to connect their microcontroller-based systems to the internet and interact with cloud services.
The IoT and embedded systems lab is going to make your robots do all the work. You’ll also enhance your personal potentials like:
- Improves your critical thinking and creativity skills: Coding teaches the mind to view problems from multiple perspectives and think creatively about solving them.
- Develop Programming Skills and aims at a more fulfilling career: These skills might be considered “soft” alongside the technical requirements of coding, but they are highly valued among employers.
- Communication and coordination: Aiming at team works to complete the programs will enhance your skills of adaptability.
So, if you’re ready to embark on a journey of innovation, exploration, and boundless possibilities, step into our IoT Microcontroller and Embedded System Lab – where ideas take flight and the future is waiting to be shaped.
The IoT And Embedded Systems Lab is open to:
- Students: Take courses related to robotics, computer science, and electronics engineering disciplines.
- Faculty: Conduct research and develop innovative projects alongside students.
Ready to join the robotics revolution? Visit the IoT And Embedded Systems Lab today and unlock your potential for programming!
ALPHACHALLENGER 2.0
Associated with Rajadhani Institute of Engineering and Technology, Alamcode
This is an automatic mobile robot miniproject which has 360° freedom of movement. The main specialities of this robot is it can automatically sanitize a person and record the body temperature of a person. There is a display board where we can store the details and data of the persons. This robot is mainly used in the covid -19 corona affected pandemic time because it can maintain social distancing.This is a fully automatic robo project prototype which was very useful in hospital fieldsThis is an automatic mobile robot miniproject which has 360° freedom of movement. The main specialities of this robot is it can automatically sanitize a person and record the body temperature of a person. There is a display board where we can store the details and data of the persons. This robot is mainly use in the covid -19 corona affected pandemic time because it can maintain social distancing.This is a fully automatic robo project prototype which was very useful in hospital fields
Skills: Robotic Process Automation (RPA) · Robotics · Arduino IDE
- Determination of weight by loadcell using arduinouno
Associated with Rajadhani Institute of Engineering and Technology, Alamcode, AttingalAssociated with Rajadhani Institute of Engineering and Technology, Alamcode, Attingal.
This is a miniproject done for the partial fullfilment of B tech degree 4 th semester microcontroller and embedded system lab in Robotics and Automation Engineering from APJ Abdul Kalam Technological University. This is a miniproject done for the partial fullfilment of B tech degree 4 th semester microcontroller and embedded system lab in Robotics and Automation Engineering from APJ Abdul Kalam Technological University
Skills: AutoCAD · Microsoft Word · Microsoft Office · 3D Printing · Arduino IDE · Arduino · Autodesk 3ds Max
- TROBOTTROBOT
Associated with IEEEAssociated with IEEE
A robot which can sense the real time wheather changes such as temperature rise, humidity change, sealevel rise, thunderstorm etc. Using the wheather data stored in cloud, this robot can easily identify and alert the sudden wheather changes and it is voice integrated as it can speak to the peopleA robot which can sense the real time wheather changes such as temperature rise, humidity change, sealevel rise, thunderstorm etc. Using the wheather data stored in cloud, this robot can easily identify and alert the sudden wheather changes and it is voice integrated as it can speak to the people
Skills: AutoCAD · 3D Modeling · ESP · Artificial Intelligence (AI) · 3D Printing
Student startup
Meet Aimee the RoboReceptionist: The Future of Welcome, Powered by our Students!
Imagine a friendly, efficient robot greeting visitors, answering questions, and streamlining reception tasks. This isn’t science fiction; it’s the innovative reality brought to life by RoboReceptionist, a student-led startup blossoming at RIET.
Founded by final year students,RoboReceptionist tackles the challenge of providing 24/7 accessibility and personalized assistance at reception desks. Their ingenious creation, a sociable robot equipped with AI and natural language processing, offers a unique solution:
- Seamless Visitor Interaction: RoboReceptionist greets visitors, answers basic inquiries, and directs them to the appropriate resources, freeing up human staff for more complex tasks.
- Multilingual Support: The robot can communicate in multiple languages, ensuring a smooth experience for diverse visitors.
- Accessibility Around the Clock: RoboReceptionist can operate 24/7, providing assistance even during off-hours or holidays.
- Enhanced Security: The robot can verify appointments, manage access control, and even detect suspicious activity.
A state-of-the-art system intended to boost operational effectiveness and improve customer experience across many sectors.
The automated check-in and check-out procedures, multilingual support for a worldwide clientele, personalized greetings via facial recognition technology, scheduling system integration for streamlined operations, and help with directions and information are all provided by the receptionist robot.
To provide an outstanding experience, our receptionist robot integrates cutting-edge technologies.