Program Overview

Program Overview

The Collaborative Robot Operation, Programming, and Machine Learning Certification Program is offered by the Centre of Excellence in Robotics and Automation (CoE-RA), Alliance University, in collaboration with ABB Robotics.

The program is designed to provide learners with practical knowledge, industry-relevant skills, and hands-on exposure in collaborative robotics, industrial automation, robot programming, and machine learning integration.

Participants gain experience using industrial-grade tools such as ABB RobotStudio, RAPID programming, machine vision systems, and Human-Machine Interfaces (HMI).

This certification program is ideal for students, researchers, faculty members, and professionals seeking to develop competencies in smart manufacturing, robotics, and Industry 4.0 technologies.

Driven by Our Vision

We aim to foster applied learning, research, strategic industry collaborations, and innovation-driven development. The Centre aspires to bridge the gap between academia and industry by equipping students with real-world skills, technological expertise, and practical experience to excel in a rapidly evolving global landscape.

Guided by Our Mission

  • Create a centre that fosters a culture of interdisciplinary collaboration, research, and transformative education in robotics.
  • Establish strategic partnerships with industry, academia, and government agencies to leverage resources, expertise, and networks.
  • Develop educational and training programs that equip students with the knowledge, skills, and mindset needed to excel in the field of robotics.
Objectives

Our Strategic Objectives

Conduct pioneering research in robotics, exploring innovative technologies and intelligent systems.

Bring together expertise from engineering, computer science, artificial intelligence, materials science, and human–computer interaction to solve complex robotics challenges.

Design and refine robotic systems, sensors, actuators, and algorithms that enable precision, efficiency, and adaptability.

Encourage innovation and entrepreneurship by translating research breakthroughs into practical applications and commercial ventures.

Deliver high-quality education and training for students, professionals, and the wider community, while promoting public engagement with robotics.

Ensure robotics research prioritises ethics, safety, sustainability, and positive societal outcomes.

Team Members

The Mind Behind the Centre

Prof Ananthanagu U

Associate Director – Centre of Excellence in Immersive Technologies, Alliance School of Advanced Computing

Prof Nivedita Manohar

Faculty Member, Alliance School of Advanced Computing

Dr. Reeba Korah

Professor and Dean

Alliance School of Advanced Engineering

Dr. Vivek V

Professor and Deputy Director

Alliance School of Advanced Computing

Dr. Sheila Mahapatra

Associate Director – Research (Academics)

Centre for Research

Visweswaran J

Country Manager

Higher Education Programs, ARK Infosolutions Pvt Ltd, Bengaluru

Dr. Shakti Banerjee

Professor and Head

Department of Immersive Media Design, MIT Institute of Design, Pune

Niranjan Sirsikar

Co-Founder and COO

Innovative Colors Pvt Ltd, Bengaluru

Dr. Shamanth Shanmuga Prasad

Assistant Professor

Alliance School of Applied Engineering

Industry-Driven Learning and Implementation

Why Choose This Program?

We emphasise on industry-focused application through collaborative research, hands-on learning, and skill-oriented pedagogy. By aligning academic learning with industry needs and strategic research goals, the Centre bridges the gap between theoretical knowledge, technological innovation, and workforce readiness.

  • Designed and delivered by robotics and automation experts
  • Industry collaboration with ABB Robotics
  • Hands-on learning using industrial collaborative robots
  • Exposure to ABB RobotStudio and RAPID programming
  • Integration of Machine Learning with Robotics applications
  • Real-world industrial automation projects
  • Certification from Alliance University and ABB
  • Suitable for students, researchers, faculty, and professionals
  • Focus on Industry 4.0 and Smart Manufacturing

Program Highlights

Minor in Robotics and Automation (4 Credits Each)
  • Program Title: Collaborative Robot Operation, Programming, and Machine Learning
  • Robot Operating Systems
  • Mobile Robots
  • Soft Robotics
  • AI in Robotics
  • System Design for Robots and Drones
  • Robotics and Automation
ParticularsDetails
Program TitleCollaborative Robot Operation, Programming, and Machine Learning
Offered ByCentre of Excellence in Robotics and Automation (CoE-RA), Alliance University
Industry PartnerABB Robotics (ABB Robotics India & ABB Robotics Global)
Duration60 Hours (One Semester)
ModeOffline / Hands-on Laboratory Training
Language of InstructionEnglish
EligibilityEngineering students (2nd Year onwards), Faculty, Researchers, Professionals
CreditsAs per University Certification Framework
AssessmentPractical Examination, Theory Examination, Project Work
CertificateAlliance University Certification; ABB India Certification; ABB Global STEM Certification
Registration StatusUpcoming
Industry-Driven Learning and Implementation

Who can Apply?

This certification program is open to:
  • Undergraduate students (2nd Year onwards)
  • Postgraduate students
  • Research scholars
  • Faculty members
  • Working professionals
  • Industry participants
  • External learners interested in robotics and automation
  • Suitable for students, researchers, faculty, and professionals
  • Focus on Industry 4.0 and Smart Manufacturing
Prerequisites:
  • Physics and Mechanics
  • Electrical and Electronics Engineering
  • Computer Programming

Learning Outcomes

Minor in Robotics and Automation (4 Credits Each)
  • Program Title: Collaborative Robot Operation, Programming, and Machine Learning
  • Robot Operating Systems
  • Mobile Robots
  • Soft Robotics
  • AI in Robotics
  • System Design for Robots and Drones
  • Robotics and Automation
After successful completion of the program, participants will be able to:
  • UnderApply engineering principles to collaborative robotics systems.graduate students (2nd Year onwards)
  • Program industrial robots using ABB RAPID programming language.
  • Design and simulate robotic workflows using RobotStudio.
  • Integrate Human-Machine Interfaces (HMI) with robotic systems.
  • Apply machine learning concepts in robotic applications.
  • Analyze and solve industrial automation challenges.
  • Develop smart manufacturing solutions using collaborative robots.
  • Understand safety, ethics, and sustainability considerations in robotics.
  • Work effectively in multidisciplinary teams.
  • Demonstrate industry-ready technical and professional competencies.
Industry-Driven Learning and Implementation

Program Curriculum

Module Title Key Topics
Module I Introduction to Collaborative Robotics Fundamentals of Cobots, Industrial Automation, ABB Robot Portfolio and Applications
Module II Robot Programming (ABB Focus) RAPID Programming Language, RobotStudio, Task Planning and Execution
Module III Human-Machine Interface (HMI) I/O Configuration, Interfacing, GUI Design, HMI Integration with RAPID
Module IV Machine Learning Integration ML Fundamentals, Vision Systems, Object Detection, Robotics Integration
Module V Industrial Applications Pick-and-Place Operations using Wizard Programming and RAPID
Module VI Capstone Project Conveyor Systems, Machine Vision, HMI Integration, RAPID Programming
Certification Levels
ABB Robotics India Certification
  • Duration: 3 Months Training
  • Evaluation: Theory + Practical Examination
  • Minimum Requirement: Level 3 Certification
ABB Robotics Global STEM Certification
  • Evaluation: Theory + Practical Examination
  • Minimum Score Requirement: 80%
  • Maximum Attempts: 2

Assessment and Certification

Participants will be assessed through:
  • Theory Examination
  • Practical Examination
  • Laboratory Performance
  • Application based programming assessments
Certification Requirements
  • Successful completion of all modules
  • Completion of practical assignments and projects
  • Satisfactory performance in theory and practical examinations
  • Participation in laboratory sessions
Industry-Driven Learning and Implementation

Program Outcomes

The program equips participants with industry-relevant skills in:
  • Collaborative Robotics
  • Industrial Automation
  • RAPID Programming
  • Human-Robot Collaboration
  • Machine Learning Integration
  • Machine Vision Systems
  • Smart Manufacturing
  • Industry 4.0 Technologies

Program Schedule

Details Information
Registration Opens To be Announced
Last Date to Register To be Announced
Selection Process Registration and Eligibility Verification
Intimation of Selection To be Announced
Program Start Date As per Academic Calendar
Program End Date As per Academic Calendar
Session Timings To be Announced
Venue CoE-RA Robotics Laboratory, Alliance University
Note: Enrollment is subject to successful registration and verification of eligibility criteria. Selected participants will receive the detailed program schedule, course guidelines, and joining instructions prior to commencement.
VERIFICATION OF CERTIFICATES
Industry and Academic Partnerships
Collaborating with Industry and Academic Leaders

We collaborate with leading industry and academic institutions to advance research, innovation, and skill development in robotics and automation. Our partnerships enable knowledge exchange, joint projects, and industry-relevant training that prepare students and researchers to address real-world technological challenges.


  • ABB Robotics – India
  • Weefa Robotics – Singapore
  • E-yantra – IIT Bombay, India
Certifications

Certified Courses for Real-World Applications

Developed in collaboration with global technology leaders, our industry-recognised certifications combine structured learning with hands-on training to prepare students for real-world applications and emerging industry demands.
  • ABB Robotics – India
Collaborative Robot Training and Operation Program
  • ABB Robotics – Global 
STEM Certified Program
Fee Details

Program Fee: To be Announced

Payment Details: Will be shared during registration

Fee Waiver / Discount: Subject to University and Industry Partner Policies

Registration

Interested participants may register through the official registration portal.

Registration Link: To be Announced

Last Date for Registration: To be Announced

Participant Guidelines
  • Maintain minimum attendance as specified.
  • Complete all assignments and assessments.
  • Follow laboratory safety protocols.
  • Use university and ABB resources responsibly.
  • Participate actively in practical sessions and projects.
  • Certification will be awarded upon successful completion.
Resource Person

Contact

Program Coordinator: Dr. Shamanth Shanmuga Prasad

Designation: Associate Director – Centre of Excellence in Robotics and Automation (CoE-RA)

Centre of Excellence: CoE-RA, Alliance University

Email: shamanth.prasad@alliance.edu.in

Phone: +91 97410 99192

Note: For program-related queries, participants may contact the Program Coordinator during working hours.

Hackathons

Encouraging Innovation Through Technical Challenges

The Centre encourages students to push the boundaries of creativity and engineering through participation in hackathons and technical innovation challenges. These events bring together teams to design, prototype, and implement solutions for real-world problems within limited timeframes.

Through platforms such as the Aero-Ops UAV Hackathon, our students engage in high-intensity competitions that test their capabilities in robotics, automation, and intelligent systems. 

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