Back close

Amrita Collaborative Assessment Platform for Virtual Labs CAP-VL

Start Date: Thursday, Jul 01,2010

Project Incharge:Dr. Prema Nedungadi
Project Incharge:Dr. Raghu Raman
Funded by:NMEICT
Amrita Collaborative Assessment Platform for Virtual Labs CAP-VL

An initiative of the Ministry of Human Resources Department under the National Mission on Education through ICT, Amrita’s Collaborative Accessibility Platform for Virtual Labs (Amrita CAP-VL) provides a framework for the development and deployment of distributed virtual labs that use diverse software and interfacing technology. It support the system architectures for remote equipment labs and addresses scheduling, networking, security and scalability.

CAP-VL provides tools to further India’s National Mission projects in STEM skills: the building over 125 Online Labs for schools and over 200 Virtual Labs for higher education in undergraduate- and postgraduate-level experiments. CAP-VL optimizes the development and deployment costs and ensures a rich, consistent learning experience. Its multi-tier, scalable architecture allows virtual labs builders to focus on their experiments. Its modules (VL workbench, collaborative content management, repositories) have axiomatically-designed interfaces that bring speed and efficiency to design. Its integration of user-management tasks (single sign-on, role-based access control, etc.) enhances flexibility without compromising security. 

The key accomplishments include its application of simulation and its provision of easily usable authoring tools, pre-configured templates, and management and assessment modules for instructors and support of mobile devices. CAP-VL’s support of multiple deployment models, including the cloud, hosted, and mixed models, ensures scalable and reliable usage in hosted environments, and secure access to remote equipment labs. The highly scalable architecture has resulted in its use as the underlying platform for two nationwide projects, Amrita OLabs and Virtual Labs with a total of 240,000 registered users and over 75,000 weekly users (including registered and unregistered). We also developed 125 simulations labs for OLabs, 200+ simulation labs for Virtual Labs that are integrated into the AmritaCAP platform. Faculty members from various institutes and disciplines has used the platform to develop and deploy labs and get insights into lab usage by learners. CAP-VL supports labs in multiple languages, with OLabs being offered in English, Hindi, Marathi and Malayalam.

Amrita CAP-VL unifies India’s school and higher education labs with the following innovative features.

  • Support Geographically Distributed LabsExpensive equipment may be hosted at geographically different institutions. Amrita CAP-VL provides a platform for the end-to-end management of such distributed labs so that access to labs by various players can be brought under one umbrella.
  • Support Labs built using Different TechnologyEach lab may be developed using different technologies  based on the the lab developer preferences. The platform unifies the labs irrespective of the technologies provided and offers a single look and feel to the learners.
  • Easy Authoring of Labs by FacultyEach lab is developed using a wide range of developers including faculty members who are not skilled in HTML,  developers, simulation and animation/graphics teams. There is a be developed using different technologies and the remote equipment hosted at geographically different
  • Ensure Security of Expensive Access to Remote EquipmentEach lab may be developed using different technologies and the remote equipment hosted are at geographically different locations. Secure access to the remote labs is only through this platform.

Related Projects

Design and Analysis of Dual Frequency Quarter-Wave Shorted Microstrip Patch Antenna for Satellite MIMO
Design and Analysis of Dual Frequency Quarter-Wave Shorted Microstrip Patch Antenna for Satellite MIMO
Value Addition to Underutilized Biosources
Value Addition to Underutilized Biosources
GIS-Based 3-D Slope Stability Modelling for Analysis of Rainfall Induced Landslides
GIS-Based 3-D Slope Stability Modelling for Analysis of Rainfall Induced Landslides
Polymer Nanocomposites for Inflatable Space Structures
Polymer Nanocomposites for Inflatable Space Structures
Sign Language Accessibility for e-Governance Services
Sign Language Accessibility for e-Governance Services
Admissions Apply Now