Preparing students for the AR/VR workforce, one campus at a time

It helps institutions to move from AR VR technology awareness to practical academic adoption, enabling hands-on student learning, faculty capability, new courses, projects, research and innovation.

A lab provides infrastructure; IAAP in AR & VR Technology builds the academic ecosystem around it through a structured curriculum, instructor led in-person training, opportunity work in real world projects, technical support and mentorship to participate in competitions such as Smart India hack-a-thons and continuing engagement so the facility remains actively used.

Degree awarding institutions such as Universities, Engineering colleges, Arts and Science colleges, Design Schools, Architecture, Healthcare, Polytechnic, ITI and other higher-education institutions can participate, with scope adapted to their needs in the domain of Immersive AR & VR Technologies.

Schools, Engineering, Architecture, Design Schools, Healthcare Institutions, Media, Life Sciences, Management Studies, and other disciplines can use immersive technologies for interactive visualisation, simulation, training, and experiential learning. For schools, immersive technologies can make subjects such as Science, Mathematics, Geography, History, and Environmental Studies more interactive and engaging through 3D visualisation and virtual experiences.

Yes. Immersive technology can be introduced through credit courses, electives, value-added programs, laboratory components and project-based learning.

Yes, subject to institutional academic regulations and approvals, structured learning pathways can be designed with courses, labs and projects.

Yes. Institutions can begin with a focused course and expand based on student interest, faculty capability and outcomes.

Yes, Based on scope and expert availability, support can include curriculum discussions, Boards of Studies, advisory interactions and syllabus reviews.

Yes. A common technology foundation can be combined with department-specific applications such as digital twins, spatial visualisation, healthcare simulation and interactive development.

A typical setup includes AR Devices, VR & MR headsets, high-end development workstations, displays, networking, software platforms such as Unity and/or Unreal game engines and suitable lab space for teaching, training and experiences. The configuration depends on academic objectives and batch size.

Not necessarily. Existing laboratories can be assessed and upgraded where suitable through a gap analysis.

Yes, Depending on scope, support can cover solution design, hardware and software planning, installation, configuration, testing and academic enablement.

Capacity should be based on batch size, timetable, learning model and budget. Institutions can start with a focused setup and scale later.

Yes. VR supports fully immersive simulation, while MR blends digital content with the physical world. Together they broaden teaching, research and development possibilities.

Faculty development is the key in IAAP. A structured faculty training will be provided which can combine theoretical concepts, hands-on tools, application development, curriculum integration and project mentoring.

Yes. The objective is to build internal academic capability so that trained faculty can independently conduct immersive technology courses, laboratory sessions, and student projects. Faculty certification by respective OEMs such as Unity Associate Game Developer Certification further validates their skills and enhances their confidence to effectively teach and mentor students.

Yes. Faculty Development Programs can be conducted in online, offline, or blended formats, depending on the topic and engagement plan. However, we strongly encourage offline, instructor-led, hands-on training for more effective teaching and learning, particularly for practical AR, VR, and MR development skills.

Yes. Relevant industry and academic experts can be invited, subject to availability, to share their expertise, real-world applications, research directions, and industry experience. Since we provide AR and VR solutions across various industries, one of the key benefits of IAAP is the opportunity to bridge academia and industry through expert interactions during Faculty Development Programs, providing faculty with practical insights into current industry applications and emerging trends.

Yes, depending on program partnership scope, continuing engagement may include technical guidance, expert interactions, project discussions and refresher sessions.

Students can learn immersive AR & VR technology fundamentals, C# scripting, 3D environments, interaction design and application development, progressing toward practical projects.

IAAP emphasises hands-on learning through assignments, application development and projects.

Yes. Students can develop domain-oriented applications and prototypes for academic projects, participate in various national and international competitions and innovation activities in the domain of AR & VR technologies.

Yes. Upon successful completion of the in-person training program, participants can appear for an assessment and certification, based on the selected course, technology platform, and program structure. The badges and certification from the respective OEM help validate students' knowledge and practical skills in immersive technologies and can strengthen their academic profile, higher-education opportunities, and career readiness.

Yes. Such activities encourage students to apply skills, collaborate and demonstrate outcomes.

The IAAP ecosystem can support research in immersive learning, simulation, digital twins, human-computer interaction, spatial computing and domain applications.

Yes. Immersive interfaces can help users visualise and interact with engineering systems, processes, buildings and training scenarios.

Yes. The IAAP ecosystem can support institutions in project ideation, technical scoping, solution architecture, and proposal preparation for relevant research funding opportunities.

For example, we have extended technical support to IAAP member institutions in preparing proposals for funding schemes such as VGST (Government of Karnataka), AICTE MODROB, and DST-SHRI, among others. IAAP member institutions can submit their research proposals to the respective funding agencies, with grant approval determined by the merit of the proposal and the funding agency's eligibility and evaluation criteria.

Source: Unity for Humanity 2026

Yes. Promising projects can evolve into prototypes, proofs-of-concept or startup ideas through the institution's incubation ecosystem.

Yes. XR naturally connects software, design, engineering and domain expertise, enabling cross-department collaboration.

Opportunities span XR development, interactive development, 3D content, simulation, digital twins, visualisation, training applications and spatial computing.

Source: 2 million professionals by 2030 in AVGC XR

Internship opportunities may be facilitated based on availability, student readiness, project needs and institutional engagement terms; they should not be treated as guaranteed.

The program can support and assist employability through skills, projects, certifications and opportunity sharing where available, but does not guarantee employment.

Students combine technical learning with practical projects, teamwork, problem-solving and presentation of demonstrable outcomes.

Yes. Application examples, expert interactions and suitable problem statements can help connect learning with real-world practice.

Implementation generally covers discovery, scope definition, infrastructure planning, setup, faculty enablement, student activities and continuing engagement. Please contact our team for additional information by writing mail to [email protected]

Timelines depend on procurement, site readiness, infrastructure and academic scope; an implementation plan is prepared after requirements are understood. Typically, it will take four to six weeks for delivery, installation and to start the first phase of training program from the date of purchase order release.

Support can cover the agreed hardware, software and implementation scope, with terms defined in the proposal or agreement. The appropriate technical support will be provided to make the program successful at respective institution.

The IAAP is a subscription-based academic engagement program, typically offered for a defined period, with renewal options to ensure continued access to program benefits, academic support, training, certification, technical assistance, and industry engagement activities.

The AR/VR hardware and infrastructure purchased by the institution remain with the institution, while software licenses, support services, AMC, training, and other program benefits are governed by their respective subscription, license, warranty, and renewal terms.

Sustained utilisation comes from curriculum integration, trained faculty, student projects, research activities, workshops, and continuous academic engagement. As part of the IAAP, our technical team will collaborate with the institution to develop a structured implementation plan for effective utilisation of the lab throughout the year. A yearly roadmap and activity calendar will be jointly prepared, covering training, academic activities, projects, research, competitions, and other engagement initiatives. Progress and utilisation will be periodically reviewed and tracked to support continuous improvement and effective use of the facility.

Investment depends on infrastructure, type / model / make / number of the devices, software, training, curriculum support, services and engagement duration. A requirement-based proposal is therefore appropriate.

Infrastructure may involve one-time procurement, while software, support, training, certification fees may have defined subscription or renewal periods.

Yes. A focused first phase can establish capability and demonstrate outcomes before expansion.

Yes. Technical and academic scope can be aligned with institutional objectives and applicable procurement processes.

Yes. Institutions can review utilisation, projects, faculty capability and outcomes before adding advanced modules, devices or research initiatives.

Fusion VR brings two decades of rich, hands-on project development experience in immersive technologies, with practical expertise across education, entertainment, Chemical & Process Industries, Healthcare, government, defence, and other sectors. This extensive experience in developing and implementing real-world AR, VR, MR, simulation, and immersive applications is a key differentiator.

Through the IAAP, this real-world project development expertise is extended to academia, helping faculty and students move beyond theoretical learning and gain exposure to actual use cases, development methodologies, industry challenges, and application-oriented projects. This enables institutions to connect teaching, learning, research, and innovation with practical industry applications.

The entire educational engagement will happen through ARK Infosolutions.

ARK brings extensive experience in higher education, technology enablement, and industry–academia engagement. ARK supports institutional coordination, program implementation, faculty and student engagement, technology adoption, and continuous academic activities. With its strong network and experience working with educational institutions and global technology companies, ARK helps ensure the effective and sustained implementation of the IAAP through structured planning, periodic reviews, expert interactions, and continuous engagement throughout the program.

Yes. Fusion VR through its consortium partner ARK Infosolutions has established more than 100 AR & VR experiential labs for colleges and universities through IAAP.

Yes. Institutions can discuss objectives and, where feasible, explore demonstrations, solution presentations or reference interactions.

The first step is a discovery discussion covering academic objectives, departments, existing infrastructure, student strength, timeline and budget expectations.