Simplifying IT
for a complex world.
Platform partnerships
- AWS
- Google Cloud
- Microsoft
- Salesforce
METHODOLOGY
Our microlearning
methodology
Small training units
Our microtasks are related to the working world and last no longer than 5 minutes. Brevity contributes to a flexible pacing, improves focus and memory, and supports incremental skill building.
Immediate feedback
Receiving instant feedback allows metacognition, enables learning from mistakes, and increases engagement and motivation.
Dosed training
Training with sessions of 30 minutes daily prevents burnout, maximize effectiveness, and facilitates memory consolidation and reflective learning.
Repetition
A repeated training is essential to strengthen neural connections, ease automaticity, improve recall and retention, build confidence and turn skills into reflexes.
Flexible and on-demand
Log in anytime, anywhere, and learn at your own pace with asynchronous, open access training.
The foundations of our
methodology
Our technology enables us to provide users with universal, ubiquitous, and autonomous training.
Cloud Computing
Cloud-powered learning:
Novuskills' data-driven approach
One of Novuskills’ strengths is utilizing the cloud to deliver sequenced and dosed microtasks for our training programs.
These training programs gather large amounts of data from each user, or Big Data. The data is analyzed in real-time, detecting patterns in the results. It is used to personalize training paths.
Furthermore, immediate feedback fosters autonomy and metacognition. The use of gamification mechanics enhances motivation and performance.
Cloud Computing
Redefining learning science:
Novuskills' neuro-visual analysis
Our research and development team has worked hand in hand with experts from Harvard and MIT in neuroscientific investigative efforts.
Each microtask has been analyzed using cutting-edge technology based on neuroscience.
With this technology, the neuro-visual system responsible for transmitting information to the brain, is synchronized with the electromagnetic brain waves. This process is responsible for the formation of synaptic connections in response to new learning experiences.