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ATAL FDP MITS School of Engineering
The ATAL FDP MITS School of Engineering operates as an AICTE-sponsored offline skill training program focused on smart manufacturing and the Industrial Internet of Things (IIoT). Organized by the Department of Mechanical Engineering at MITS School of Engineering in Bhubaneswar, this six-day initiative provides academic faculty and engineers with theoretical frameworks and practical simulation skills without charging any registration fees. Consequently, interested candidates must secure their enrollment by completing a digital application on the centralized ATAL portal before the limited seats fill up. Furthermore, participants who successfully meet the assessment benchmarks receive an official certification from the AICTE Training and Learning Academy.
Programme Highlights
| Organising Body | Mode | Duration | Location or Platform |
| Department of Mechanical Engineering, MITS School of Engineering (MSE) | Offline | Six Days | Janla, Bhubaneswar, Odisha |
About the Programme
Modern industrial engineering demands robust integration of connected supply chains and real-time data analytics. Accordingly, this comprehensive instructional curriculum equips educators to embed smart manufacturing principles directly into undergraduate curricula. Participants actively engage with fundamental IIoT architectures, digital twin technologies, and Computer Integrated Manufacturing (CIM) wheels to transform traditional production practices. Moreover, the program emphasizes sustainability, enabling attendees to evaluate the environmental impact of smart systems through lifecycle assessments (LCA).
The host institution offers a highly advanced academic environment to support this specialized technical initiative. Established in 2009 in Bhubaneswar, MITS School of Engineering serves as a premier diploma college under the MITS Group, prioritizing research-oriented teaching and robust infrastructure. Specifically, the Mechanical Engineering department features a sprawling 10,000 sq. ft. workshop and cutting-edge labs, ensuring that participants attending the ATAL FDP MITS School of Engineering gain substantial hands-on exposure to rapid digital prototyping and CNC machinery.
Eligibility Criteria
Academic Qualification
- Faculty members from Engineering, Polytechnic, and Applied Science institutions hold primary eligibility to participate.
- Research professionals investigating smart manufacturing, digital twins, or related industrial technologies qualify to apply.
Experience & Other Conditions
- Engineers and industry innovators looking to explore digital tools for product design and prototyping meet the target criteria.
- Candidates must process their formal applications exclusively through the AICTE ATAL portal.
Benefits & Funding
Significantly, this government-sponsored initiative delivers advanced technical instruction without imposing financial charges on participants.
| Component | Amount or Detail |
| Registration Fee | Free of cost (Sponsored by AICTE ATAL Academy) |
| E-Certificate | Awarded to participants maintaining at least 80% attendance and scoring a minimum of 70% in the final test |
Topics / Themes Covered
- Fundamental and key technologies driving Smart Manufacturing and IIoT 4.0.
- Integration of IIoT to transform traditional industrial practices and enhance resilience.
- Implementation of Digital Twins within production processes.
- Structural frameworks and technologies underlying the CIM Wheel.
- Rapid production digital technologies, CAD/CAM workflows, and hands-on smart factory simulation.
- Navigating green manufacturing, energy efficiency in IIoT networks, and sustainable energy applications.
- Development of Smart Manufacturing commercialization plans and Business Model Canvas integration.
Selection Process
- Online Submission: Candidates register their digital profiles and submit FDP applications via the official AICTE ATAL portal.
- Participant Screening: The organizing committee processes applications and selects attendees, prioritizing early registrants due to strict seat limits.
- Certification Assessment: Shortlisted attendees earn their official certificate by maintaining at least 80% attendance and scoring a minimum of 70% on the end-of-program assessment test.
How to Apply
- Navigate to the official AICTE ATAL signup portal online.
- Create a new user account as a participant or log in using existing credentials.
- Search for the FDP titled “Smart Manufacturing and Industrial IoT (IIoT)” hosted by MITS School of Engineering.
- Fill out the application form with your precise academic details and institutional affiliation.
- Submit the electronic application form and monitor your registered email account for selection updates.
Important Dates
| Event | Date |
| Programme Start Date | 24 August 2026 |
| Programme End Date | 29 August 2026 |
Important Links
| Resource | Link |
| Apply Online | Click Here |
| Download FDP Brochure | Download |
| Download FDP Schedule | Download |
Contact Details
- Official Address: Department of Mechanical Engineering, MITS School of Engineering (MSE), Janla, Bhubaneswar, Odisha – 752054.
- Phone: 98611-70232 (Mr. Debasis Sahoo, Coordinator) / 89173-34623 (Ms. Shuvashree Paital, Co-Coordinator).
- Email: principalmse@gmail.com / p.shuvashree@gmail.com.
FAQs
What is the core focus of the ATAL FDP MITS School of Engineering?
The program focuses on smart manufacturing, the Industrial Internet of Things (IIoT), digital twins, CIM wheels, and sustainable industrial energy efficiency.
Are participants required to pay a registration fee?
No, registration is completely free of cost for all selected participants under the sponsorship of the AICTE ATAL Academy.
What are the exact certification requirements set by the organizers?
Participants must maintain a minimum of 80% attendance and score at least 70% in the final test conducted at the end of the FDP to receive the certificate.
Who are the eligible target participants for this offline FDP?
Faculty members from engineering and polytechnic institutions, applied science educators, and industry innovators qualify to participate.
Does the program include practical, hands-on sessions?
Yes, the curriculum includes multiple lab sessions covering CAD/CAM implementation, real-time visibility, equipment utilization, and CIM Wheel execution.