What is the ReynLab Digital Twin Platform?

The ReynLab Digital Twin Platform is a browser-based OEM-grade engineering environment that replicates real vehicle fault scenarios using physics-first digital twin models validated against factory test data. It covers 4 engineering domains -- BMS design, combustion analysis, electric drive characterisation, and fault diagnosis -- with a total of 57 experiments across all labs. Students get the same data and scenarios that OEM engineers use during actual vehicle development.

What is the difference between a digital twin and a traditional training environment?

A digital twin is a mathematically precise model of a specific real system, validated against measured factory data from that system. Traditional training environments use generic approximations that mimic behaviour without being tied to real-world measurements. ReynLab's digital twin labs use OEM battery, combustion, and drive cycle data to replicate actual fault signatures -- not approximations -- making the learning directly transferable to OEM and tier-1 supplier environments.

Is ReynLab digital twin platform certified?

Yes. ReynLab's Digital Twin Platform is STEM.ORG certified (since 2020), ensuring internationally recognised quality standards for engineering education. STEM.ORG certification is accepted by automotive employers and educational institutions globally. The platform curriculum is also aligned with ASDC (Automotive Skills Development Council) standards.

Can I try a digital twin lab experiment for free?

Yes. Each lab offers 1 free preview experiment with no login required. The BMS Design & Validation Lab, Combustion Analysis & Calibration Workbench, Electric Drive Characterisation Lab, and Fault Diagnosis & Root Cause Analysis Lab all include a free experiment so you can experience the environment before enrolling in a course.

What experiments are available in the digital twin labs?

The platform includes 57 experiments across 4 labs: BMS Design & Validation Lab (12 experiments -- cell modelling, thermal runaway, SoC estimation, pack topology), Combustion Analysis & Calibration Workbench (15 experiments -- heat release analysis, knock detection, EGR calibration, fuel injection timing), Electric Drive Characterisation Lab (10 experiments -- torque-speed mapping, efficiency mapping, thermal derating), and Fault Diagnosis & Root Cause Analysis Lab (20 experiments -- signal fault injection, oscilloscope trace analysis, DTC root cause mapping).

What is the pricing for ReynLab digital twin labs?

Standalone lab access is Rs. 2,000 per month per lab. However, lab access is included FREE with any ReynLab course enrollment -- a 6-month course bundle includes Rs. 12,000 worth of lab access at no additional cost. Institutional licensing for engineering colleges is available at custom pricing (contact us for a department demo and quote).

Do I get lab access free with course enrollment?

Yes. Every ReynLab course enrollment includes free access to the relevant digital twin lab for the duration of your course. For example, the EV Design & Development course includes the BMS Design & Validation Lab and Electric Drive Characterisation Lab for 6 months -- a Rs. 24,000 value included at no extra cost. This lab-course integration is what differentiates ReynLab training from classroom-only programmes.

How much does digital twin lab access cost for colleges in India?

Institutional licensing for engineering colleges starts at a custom quote based on student count and department size. Typical deployments cover 30 to 300 concurrent students and include faculty onboarding, NBA accreditation documentation, and quarterly performance reports. Contact us via WhatsApp or the demo form to receive a pricing proposal within 2 business days.

How does the digital twin lab help with NBA accreditation?

The ReynLab Digital Twin Platform generates structured outcome data -- experiment completion rates, scores, skill gap reports -- that maps directly to NBA Programme Outcomes (POs) and Course Outcomes (COs) for automotive and EV engineering courses. Our institutional package includes an NBA documentation toolkit that auto-populates attainment tables from student performance data, significantly reducing faculty workload during accreditation cycles.

How many experiments are in each digital twin lab?

BMS Design & Validation Lab: 12 experiments (foundation to professional level). Combustion Analysis & Calibration Workbench: 15 experiments (foundation to expert level). Electric Drive Characterisation Lab: 10 experiments (professional level). Fault Diagnosis & Root Cause Analysis Lab: 20 experiments (foundation to expert level). All experiments include structured data logs, fault injection scenarios, and auto-graded assessments.

Which digital twin lab is best for EV engineering students?

For EV engineering, we recommend starting with the BMS Design & Validation Lab (12 experiments, foundation level) which covers cell electrochemistry, pack topology, and thermal management -- core skills for battery system design roles. Advanced EV students should also complete the Electric Drive Characterisation Lab (10 experiments, professional level) for motor control and efficiency mapping. Both labs are included free with the EV Design & Development course.

What automotive engineering skills do the digital twin labs teach?

The 4 labs cover: (1) Battery system design -- cell modelling, SoC/SoH estimation, thermal runaway prevention, pack topology; (2) Combustion analysis -- heat release, knock detection, EGR and VVT calibration, fuel injection optimisation; (3) Electric drive systems -- torque-speed curves, efficiency mapping, regenerative braking, thermal derating; (4) Fault diagnosis -- oscilloscope trace interpretation, DTC root cause analysis, systematic diagnosis methodology. These are the precise skills required for OEM and tier-1 supplier engineering roles.

Can the digital twin labs be accessed on a mobile device?

The labs are optimised for desktop and laptop browsers (Chrome and Edge recommended) for the best engineering data visualisation experience. Tablet access is supported in landscape mode. Mobile phones are not recommended due to the precision required for oscilloscope trace and data log analysis. A screen width of at least 1024 pixels provides the full experiment interface.

ReynLab Digital Twin Platform

Not a simulation. A digital twin of real OEM fault scenarios. Train on the same physics-first models that automotive engineers use during vehicle development.

Get Lab Access Free with Course Try Free Experiment

The ReynLab Digital Twin Platform provides 4 OEM-grade engineering lab environments — BMS Design & Validation, Combustion Analysis & Calibration, Electric Drive Characterisation, and Fault Diagnosis & Root Cause Analysis — with a total of 57 experiments. Every lab uses physics-first digital twin models validated against real OEM data, not generic approximations. The platform is STEM.ORG (Germany) certified and is included free with any ReynLab course enrollment (standalone access from ₹2,000/mo per lab).

Labs: 4 OEM-grade environments, 57 total experiments
Certification: STEM.ORG (Germany) certified curriculum
Price: ₹2,000/mo standalone | FREE with course enrollment
Free preview: 1 experiment per lab, no login required

Explore the 4 Digital Twin Labs

OEM Grade

Electric Vehicles

BMS Design & Validation Lab

Design, stress-test, and validate battery management systems using OEM fault data

12 experiments·Professional·45 min

STEM.ORG Certified

₹2,000/moFREE with course

Explore Lab

Industry Standard

ICE

Combustion Analysis & Calibration Workbench

Analyse in-cylinder combustion events and calibrate engine control parameters

15 experiments·Professional·60 min

STEM.ORG Certified

₹2,000/moFREE with course

Explore Lab

Trending

Electric Vehicles

Electric Drive Characterization Lab

Characterise motor-inverter performance across the full torque-speed envelope

10 experiments·Professional·50 min

STEM.ORG Certified

₹2,000/moFREE with course

Explore Lab

Fault Diagnosis & Root Cause Analysis Lab

Diagnose real OEM fault scenarios using industry-standard diagnostic protocols

20 experiments·Professional·40 min

STEM.ORG Certified

₹2,000/moFREE with course

Explore Lab

Simple, Transparent Pricing

Get full lab access free when you enroll in any ReynLab course — the most cost-effective path to OEM-grade engineering skills.

Lab Only

₹2,000/mo per lab

Direct lab access for self-directed engineers

1 free preview experiment
Access to all experiments in chosen lab
Auto-graded assessments
Progress tracking
Certificate of completion

BEST VALUE

Course + Lab Bundle

From ₹5,000/mo (course fee)

Best value — lab access included free with course

6 months lab access = ₹12,000 value — FREE with course enrollment
All experiments across relevant labs
Live instructor guidance
STEM.ORG certification
Placement assistance
NFT blockchain certificate

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Institutional

Custom Pricingper college per year

For engineering colleges seeking NBA-ready lab infrastructure

Unlimited student access
All 4 digital twin labs
Faculty onboarding & training
NBA accreditation documentation
Quarterly performance reports
Dedicated support manager

Schedule Department Demo

Institutional pricing based on student count. Typical quote delivered within 2 business days.

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Enroll in any ReynLab course and get full digital twin lab access free — ₹12,000 value included at no extra cost.

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