India's Most Advanced Laboratory
for Vehicle Subsystem Engineering
Experience the Future of Noise, Vibration & Harshness Engineering through Simulation, Remote Laboratories, and Real Experiments. Supported by Dassault Systemes Foundation.
Savitribai Phule Pune University (SPPU), Pune, offers a specialized Vehicle Subsystem Engineering (VSE) program in Mechanical Engineering, supported by Flora Institute of Technology and LA Foundation Dassault Systèmes, integrating advanced industry-oriented learning and practical training.
Flexible Enrollment: Students can pursue Vehicle Subsystem Engineering either from the third year of their engineering degree or through a one-year Post Graduate Diploma, gaining industry-ready skills and expertise.
Why Choose the VSE?
Bridging the Gap between Theoretical Knowledge and its Practical Application on Vehicles.
VSE Fundamentals
Master the core concepts of vehicle vibration, acoustics, and structural dynamics through structured theoretical modules and hand calculations.
Abaqus Integration
Develop Advanced Vehicle Finite Element Models in Abaqus (SIMULIA) to Simulate and Predict Vibration Performance before Physical Testing.
Experimental Validation
Validate Simulation Results through Testing on our Seven Custom-Built Experimental Rigs.
Remote-Access Laboratory
Remotely access and operate physical test rigs while monitoring real-time sensor data from anywhere in the world.
Faculty Upskilling
Faculty-focused programs designed to embed real-world NVH practices into engineering curricula.
Innovation & Discovery
A Comprehensive Platform for Postgraduate Students and PhD Scholars to Pursue Advanced Research in Vehicle Dynamics and Static Analysis.
Standard Engineering Design Cycle
1. Theory or Core Concepts
Develop Expertise in Vehicle Subsystem Mathematics and Structural Dynamics
2. Simulation
Evaluate Structural Behavior through Abaqus Simulation
3. Experiment
Conduct Experimental Testing on Physical Models through Remote Lab Setups
4. Analysis
Correlate Computational Results with Experimental Measurements
5. Employment-Ready
Build Professional Skills through Hands-On Engineering Learning
Instrumentation & Remote Operation
Experience remote access to physical test rigs from any location. Capture live video and real-time vibration measurements through advanced instrumentation and transfer the data seamlessly to your engineering analysis software.
Remote Test Rig Operation
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Advanced Test Rigs
Half-Car Test Rig
Simulates vehicle suspension behavior under different road conditions, assessing pitch and bounce dynamics.
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Quarter Car Test Rig
Analyze individual wheel suspension dynamics, sprung vs. unsprung mass interactions, and ride comfort.
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Vibration Isolation Model
Demonstrates how base isolation systems protect buildings from seismic vibrations using a shaker table.
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Four Pendulum Model
Demonstrates oscillatory motion, resonance, synchronization, and energy transfer between coupled systems.
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Supported by Dassault Systemes Foundation
The NVH Learning Lab is designed as an integrated learning platform that combines theoretical instruction, numerical simulation using Abaqus, and experimental validation.
The objective is to provide students with an industry-oriented learning experience by enabling them to correlate computational predictions with physical measurements in a true remote setup.
Industry Collaboration
Bridging the academic-industry gap.
Hands-on Education
Practical validation of CAD theories.
Inside the Vehicle Subsystem Engineering (VSE) Lab
State-of-the-art physical test rigs and educational infrastructure designed to bridge the gap between theoretical knowledge and practical application.
Physical Test Rigs
Quarter car, half car, and beat vibration demonstration setups.
Theoretical Foundation
Course deployment and Abaqus FEA educational posters.
Ready to Experience India's Most Advanced NVH Lab?
Join universities and researchers nationwide in performing remote, high-fidelity engineering experiments.