Industrial Safety Training Simulation & Computational Fluid Dynamic Solutions

Abhishek Mohan.K founder of Raycast Technologies was the Ministry of Education ,Maldives employee. Mr. Hareesh MP, is the Chief Technical Officer , MCA graduate with more than 10 years experience in the IT field. Other team members are experienced Unity3D developers, Animation and Modelling Artists , Designers and Developers.

Raycast, one of the Startup companies which selected for the Scaleup grant of Kerala Government.

Award winning simulation projects for Cyberdome of Kerala Police. We associate with the R&D team of Panasonic- Japan for the Computational Fluid Dynamic Simulation Project. We have associated with one of the Maharatna companies , Indian Oil Corporation and Unicorn company of India Byju's App for educational and safety simulation projects. Highly qualified and dynamic team to take up any challenges.

The interactive 3D safety training simulation allows users to learn about the hazards they may face in the workplace, and experience the potential consequences of mistakes, in a safe virtual environment.

The key advantages of simulation trainings are:

A no-risk experience: Virtual interaction offers a safe environment in which first responders can test their knowledge without fear of causing actual harm. No-risk environments allow for unlimited attempts at mastering knowledge and decision-making which results in greater learner confidence.

Real-world scenarios: Simulation learning is effective because virtual scenarios offer engaging psychological realism. Researchers have found that learners stimulated by realism retain information more effectively.

A new way to train: Although simulation learning is not intended to be a game, many students find the video-game aspects of the interactions engaging. Further, course takers can train anytime and anywhere they have access to a computer.

Practice makes perfect: Because simulation learning allows course takers to repeatedly test their skills and knowledge at their own pace and in a variety of scenarios, it increases the retention of knowledge and leads to automatic responses.

Blended format is best: This effective training method is best when combined with in-class training. Studies reviewed in a Red Cross report show that a blended learning format is ideal as it allows learners to "debrief" with instructors after simulations in order to understand their mistakes, ask questions and then re-try scenarios online.

CFD uses numerical analysis and data structures to analyze and solve problems that involve fluid flows.CFD is applied to a wide range of research and engineering problems in many fields of study and industries, including aerodynamics and aerospace analysis, weather simulation, natural science and environmental engineering, industrial system design and analysis, biological engineering, fluid flows and heat transfer, and engine and combustion analysis.

CFD analysis is one of the key analysis methods used in engineering applications. Its the result of the efforts to better understand the power of natural elements like wind, storms , floods or sea waves.

CFD analysis is one of the key analysis methods used in engineering applications. Its the result of the efforts to better understand the power of natural elements like wind, storms , floods or sea waves. The physical discipline of fluid dynamics evolved as the sciences started to classify the natural power and associated reaction of air, water or gases. This provided a systematic structure that embraced empirical laws and was derived from the idea of flow measurement that is used to solve practical problems. A typical fluid dynamics problem involves basic fluid properties like flow velocity, pressure, density, and temperature, in relation to time and space.

In everyday life, we can find fluid flows in meteorology (rain, wind, floods, hurricanes), heating, ventilation and air conditioning, aerodynamic design, engines combustion, industrial processes, or the human body—for example, blood flow—and so on. Fluid dynamics has a wide range of applications, including calculating forces on aircraft, determining the mass flow rate of petroleum through pipelines, and predicting weather patterns.

In the coming years, machine learning and augmented reality will likely take both educational approaches to the next level by empowering workers to have the latest, most accurate information available in context, when and where they need it most.

AR glasses will give the most skilled workers near omnipotence. No organization has a workforce with equally distributed skills and experience. When out-of-the-ordinary problems occur in the field, all-too-often a second team needs to be dispatched, costing the company both time and money. Rather than rolling the second truck with more senior technicians when an unfamiliar problem is discovered, top talent can now work from a central location and literally see what the field service teams are seeing from their augmented glasses. A construction crane operator, for example, could remotely operate cranes at construction sites around the globe. The most experienced workers will be available to transport their skills across time and space—without ever leaving their desks.Augmented reality systems can retain valuable employee learnings and insights. Highly trained skills will no longer leave the company when experienced workers retire.Heads-up displays on AR glasses or safety helmets will assist those in the field by being able to recognize equipment and guide workers through step-by-step diagnostics

Our in house experienced technical artistes create the required 3D models and animations for different simulations purposes.