Question 1

What VR and simulation safety training solutions does CORE-EHS offer?

Accepted Answer

CORE-EHS offers immersive VR and simulation-based safety training solutions that replicate real-life workplace hazards, emergencies, and high-risk scenarios for effective experiential learning.

Question 2

Are CORE-EHS VR safety training modules customised?

Accepted Answer

Yes. CORE-EHS develops customised VR and simulation modules based on industry type, site conditions, hazards, job roles, and client-specific safety requirements.

Question 3

Which safety topics are covered under CORE-EHS VR training?

Accepted Answer

VR training covers topics such as work at height, confined space, electrical safety, fire safety, process safety, emergency response, and behavioural safety.

Question 4

Can VR training be integrated with existing safety training programs?

Accepted Answer

Yes. CORE-EHS VR solutions can be integrated with classroom training, eLearning modules, and safety workshops as part of a blended learning approach.

Question 5

Who can participate in CORE-EHS VR safety training?

Accepted Answer

VR training programs are suitable for workmen, supervisors, engineers, safety officers, managers, and leadership teams, depending on learning objectives.

Question 6

Does CORE-EHS provide simulation-based emergency response training?

Accepted Answer

Yes. CORE-EHS provides simulation-based emergency and incident response training, allowing participants to practice decision-making in realistic, risk-free environments.

Question 7

Are CORE-EHS VR and simulation trainings compliant with safety standards?

Accepted Answer

Yes. Training content is aligned with applicable safety regulations, industry best practices, and organisational procedures, ensuring relevance and compliance.

Question 8

Can VR safety training be conducted at client locations?

Accepted Answer

Yes. CORE-EHS can deliver on-site VR training or deploy portable VR setups, depending on infrastructure and project needs.

Question 9

How does CORE-EHS measure the effectiveness of VR training?

Accepted Answer

Training effectiveness is measured through scenario performance, decision tracking, assessments, feedback, and post-training evaluations.

Question 10

How can organisations get started with CORE-EHS VR or simulation training?

Accepted Answer

Organisations can start by requesting a VR training demo or needs assessment, after which a customised training roadmap is proposed.

Question 11

What is VR safety training?

Accepted Answer

VR safety training uses virtual reality technology to simulate real-world hazards and work environments, allowing users to learn and practice safely.

Question 12

Why is VR used for safety training?

Accepted Answer

VR is used because it provides immersive, hands-on learning without exposing participants to actual risk, improving retention and decision-making.

Question 13

What is simulation-based safety training?

Accepted Answer

Simulation-based training recreates realistic work scenarios and emergencies to help employees practice responses, procedures, and risk control measures.

Question 14

How is VR training different from classroom safety training?

Accepted Answer

VR training offers experiential learning, while classroom training is knowledge-based. VR allows learners to experience hazards rather than just hear about them.

Question 15

Can VR safety training reduce workplace accidents?

Accepted Answer

Yes. VR training helps reduce accidents by improving hazard recognition, response time, and safe behaviour in high-risk situations.

Question 16

Is VR safety training suitable for high-risk activities?

Accepted Answer

Yes. VR is particularly effective for high-risk and rare scenarios such as confined spaces, working at height, electrical hazards, and emergency situations.

Question 17

Does VR training work for contract workers and new joiners?

Accepted Answer

Yes. VR training is highly effective for induction training, contractor onboarding, and refresher programs, regardless of literacy levels.

Question 18

What equipment is required for VR safety training?

Accepted Answer

VR training typically requires VR headsets, controllers, and a compatible system, which can be arranged by the training provider.

Question 19

Can simulation training be repeated multiple times?

Accepted Answer

Yes. Simulation training can be repeated safely, allowing learners to improve skills and confidence through practice.

Question 20

How long does a VR safety training session take?

Accepted Answer

Session duration varies based on training objectives and number of scenarios, typically ranging from short modules to full-day programs.

Question 21

Is VR safety training suitable for all industries?

Accepted Answer

VR safety training is suitable for industries such as manufacturing, construction, oil & gas, power, chemicals, logistics, and infrastructure.

Question 22

How does VR training improve learning retention?

Accepted Answer

VR engages visual, auditory, and motor senses, helping participants retain safety concepts longer compared to traditional methods.

Question 23

Can VR training support behavioural safety programs?

Accepted Answer

Yes. VR scenarios can demonstrate unsafe acts, consequences, and correct behaviours, supporting behaviour-based safety initiatives.

Question 24

Does VR safety training help during audits and compliance reviews?

Accepted Answer

Yes. VR training supports audits by demonstrating structured competency development and innovative safety training practices.

Question 25

What are the limitations of traditional safety training compared to VR?

Accepted Answer

Traditional training often lacks realism and engagement, whereas VR provides immersive, risk-free exposure to real hazards.

Question 26

Is VR safety training cost-effective?

Accepted Answer

While initial setup may be higher, VR training is cost-effective in the long term due to reduced accidents, repeatable training, and improved outcomes.

Question 27

Can VR and simulation training be scaled across locations?

Accepted Answer

Yes. VR and simulation training can be scaled across multiple sites and locations, ensuring consistent training delivery.

Question 28

Why choose CORE-EHS for VR and simulation safety training?

Accepted Answer

CORE-EHS combines EHS domain expertise with advanced immersive technology to deliver practical, impactful, and future-ready safety training solutions.

Simulation-Based Training with Actual Simulators for Industrial Applications

What is Simulation-Based Training with Actual Simulators?

Key Features of Simulation-Based Training with Simulators

Realistic Interaction

Physical & Virtual Integration

Controlled Environment

Customizable Scenarios

Simulate Real-World Risks Without Real-World Consequences

Advantages of Using Actual Simulators for Training

Enhanced Skill Development

Risk-Free Learning

Improved Decision-Making

Reduced Downtime

Industries Benefiting from Simulation Training with Actual Simulators

Aviation & Aerospace

Defense & Military

Manufacturing

Healthcare

Why Choose Simulation-Based Training with Actual Simulators?

Customizable to Your Needs

Safe & Controlled Environment

Hands-On Practice with Real Equipment

Cost-Effective

Industries We Serve

Our Clients

Frequently Asked Questions