Report on Awareness Program on SEEL (Simulation Enabled Experiential Learning) - 8th July 2026
An Awareness Program on Simulation Enabled Experiential Learning (SEEL) was successfully conducted on 8th July 2026 with the objective of introducing engineering colleges to the SEEL platform and highlighting its role in enhancing student learning through simulation-based experiential education.
The program witnessed the enthusiastic participation of 150 Coordinators representing various engineering collegesaffiliated with VTU. The session served as a platform to familiarize participants with the features, objectives, and implementation strategies of the SEEL initiative.
Experiential Learning (SEEL) platform, powered by the VTU e-Learning Center. The presentation emphasized how SEEL bridges the gap between academic learning and industry expectations by providing students with opportunities to develop technical competencies, practical skills, and professional readiness through an integrated digital learning ecosystem.
SEEL is an advanced digital learning ecosystem designed to bridge the gap between academic learning and industry expectations. The platform enables learners to strengthen their technical knowledge, practical skills, and professional competencies through simulation-driven experiential learning. Students can access a wide range of learning resources, including certification courses, webinars, workshops, virtual laboratories, AI-powered assessments, mock interviews, internships, and industry-oriented projects aligned with their academic discipline and career aspirations.
The participants were introduced to the various components of the SEEL platform, including:
Key Features of SEEL
| LabInfinity – Computational Simulation Virtual Labs | LabInfinity is a state-of-the-art cloud-based virtual laboratory platform for computational simulation learning. Powered by COMSOL Multiphysics, it enables students, researchers, and faculty to explore engineering simulations based on specific domains, physical phenomena, and industrial applications. The platform provides anytime, anywhere access to hands-on simulation experiences, fostering deeper conceptual understanding and practical problem-solving skills. |
| ExamInfinity – AI-Powered Skill Assessment Platform | ExamInfinity is an intelligent online assessment platform designed for engineering students across multiple disciplines. It evaluates core technical knowledge, analytical abilities, and problem-solving skills through AI-driven assessments. The platform provides detailed performance analytics, identifies learning gaps, and offers certification opportunities to enhance students' employability and competitive readiness. |
| DasohaInfinity – Technical Webinars and Workshops | DasohaInfinity is a dedicated platform for technical webinars, workshops, expert lectures, and knowledge-sharing sessions on emerging engineering and technology topics. It enables students to interact with industry experts, researchers, and academicians while staying updated with the latest technological trends and innovations. |
| MockInfinity – AI-Powered Online Mock Interview Platform | MockInfinity is an AI-enabled interview preparation platform designed for students at different academic levels and career stages. Using adaptive questioning and real-time evaluation, it simulates technical and HR interviews, helping learners improve communication skills, technical competency, confidence, and overall interview performance. |
| CourseInfinity – Industry-Ready Certification Courses | CourseInfinity provides comprehensive industry-oriented certification courses that combine theoretical concepts with practical simulation-based learning. The platform offers domain-specific training across multiple engineering disciplines, enabling students to acquire industry-relevant competencies and improve their career readiness. |
| InternInfinity – Industry Projects and Internship Platform | InternInfinity provides access to more than 2,000 industry-focused projects and internship opportunities. Through simulation-enabled industrial projects and experiential learning, students gain practical exposure to real-world engineering challenges, helping bridge the gap between classroom education and professional practice while enhancing their employability. |
The session also highlighted the key benefits of SEEL, such as interactive learning through simulations, scenario-based learning modules, personalized instructor support, hands-on skill development, and industry-aligned certification opportunities. Participants were informed about how the platform empowers students to become industry-ready innovators by integrating academic concepts with practical applications.
An interactive Question and Answer session followed the presentation, during which the coordinators raised several queries regarding platform access, institutional onboarding, student registration, implementation methodology, laboratory integration, certification processes, and faculty participation. The resource persons addressed all the queries comprehensively and provided detailed guidance on effectively adopting the SEEL platform within their respective institutions.
The coordinators appreciated the initiative and acknowledged the potential of SEEL in transforming engineering education through experiential and simulation-based learning. They expressed their willingness to encourage faculty members and students to actively utilize the platform for improving technical skills and enhancing employability.
The awareness program concluded successfully with positive feedback from the participants. The session effectively created awareness about the capabilities of the SEEL platform and reinforced the commitment of the VTU e-Learning Center towards fostering innovation, skill development, and industry readiness among engineering students.
