Our Approach
We believe that just creating immersive experiences is not enough. These experiences must also be
backed by sound pedagogy and our award-winning Critical Mistake Analysis® methodology. It is this unique learn by doing approach
that makes our award-winning content solutions more effective and efficient - resulting in measurable and tangible business impact.
In a traditional learning approach, once you have figured out what you want to say to the learner, you are largely done. In an
immersive approach, you are just getting started. You need to create a world in which the learner can have an experience that
is contextualized, responsive, interactive, engaging and specific to address the lessons you want learned.
While gamification in learning design is becoming
increasingly popular, learning designers often fail to identify the core principles that make games a great success. They make
learning as easy as possible which is exactly the opposite in serious games where learning is hard, and drama is used to enhance
and reinforce learning. At NIIT, we have captured all the magic of game-based learning into a simple formula, E=MC5, where E
stands for education or engagement.
Mission
Give the learner a reason for learning.
Context
Make sure the learner can apply lessons learned to the real world.
Challenge
Make the learner confront situations that will expose their skill gaps.
Choices
Focus the learner on the decisions that make a difference.
Consequences
Act as memory markers for learner's sub-optimal choices.
Competition
Serves as a strong motivation for learners to build new skills.
Our Portfolio
We believe that immersive learning technology will shape the future of learning. With learning experiences that enable natural learning in the flow of work through hands-on-practice in a safe and true-to-life environment, our goal is to elicit emotional and visceral responses that ultimately drive behavior change.
A cutting edge, immersive VR experience developed using the HTC Vive Pro VR system and multiple trackers to help manufacturing and lab staff practice how to execute proper gowning technique to avoid lab contamination at a leading global pharmaceutical company.
This 360 immersive video intervention is designed to help accident claim representatives at an insurance company prepare for discussions with empathy and accuracy through the inclusion of accident reconstructions that virtually transport them to the accident site to assess damage.
The home inspection VR simulation is a first-person simulation deployed through the HTC Vive virtual reality set designed for learners in the real estate industry. The simulation involves learners inspecting a realistic house to identify flaws and their impact on price and negotiations.
An immersive, game-based learning experience for leadership development. The solution has won numerous industry awards and earned rave reviews from the senior leaders who learned compliance through simulation-based play.
An award-winning app-based simulation, developed for a global manufacturing conglomerate, that teaches how to conduct six critical electrical tests and lets them earn certification once they can demonstrate the procedures independently.
An award-winning simulator app that allows learners to practice basic well control procedures on an iPad in a realistic environment through a scenario-based approach. Learners can learn and practice the correct procedures, identify learning gaps and work at a more advanced level before training on physical simulators.
We believe that learners can safely fail in the virtual world so that they don't fail on the job.
How We Work With You
NIIT has decades of experience in helping its customers create pedagogically effective, scalable digital and mixed-mode training simulations. To help you harness the power of emerging digital reality-based technologies and approaches, we offer a digital reality roadmap engagement designed to:
-
Increase the reach of training by offering digital solutions available on your learner's devices of choice.
-
Increase the effectiveness of training by creating hands-on simulations based on our E=MC5 training methodology.
-
Enhance user-engagement by increasing surprise through rich, dramatic and realistic storytelling.
-
Expand access to hands-on training for large, expensive equipment by creating a library of fully functional 3D models.
Download Roadmap
