We are
building VUE
An AI-native Multiphysics & Knowledge Intelligence Operating System — bridging system architecture, dynamic physics simulation, and SME domain expertise.
Visual Modeling Canvas
Intuitive, friction-free system blueprinting without legacy software overhead
Reasoning Engine
Context-aware evaluation connecting high-level specs to physics rules
Rigs we design, build & operate
Select a channel to read its spec sheet.
Gas Guns
Single-stage compressed gas gun for moderate velocities up to 1 km/sec. Dual-stage gas gun for transonic to supersonic applications, up to 5 km/sec. Custom fixtures, velocimetry and visualization systems integration, and image processing across both configurations.
Material Test Equipment
SHPB (Split Hopkinson Pressure Bar) systems for dynamic strain loading under tensile and compressive test conditions. High-load vertical and horizontal impact rigs — gravity and forced — for material testing.
Drop Weight Impact Systems
Used to investigate the brittle fracture tendency of steels, for comparative evaluation of crack-arrest behaviour to ASTM E208 and SEP 1325.
Test Beds
MITL test beds for human-centric, semi-autonomous systems development. HITL test beds for simulation related to aircraft control systems.
Dynamic testing, modeling & systems integration
- High strain rate and impact testing
- Vibration and resonance testing
- Fast dynamics and calculation services
- Internal ballistics — mathematical model of shock physics for single- and dual-stage light gas guns
- External ballistics — modeling of powder guns
- Terminal ballistics
- Damage modeling — penetration & perforation of ballistic impact (APDS)
- Model Based Systems Engineering
- Facilities planning and design
- Operational Technology and IT convergence
- Cyberphysical systems and IIoTs
- Analytical models
- Physics-embedded / informed machine learning
- Numerical simulation (CFD, FEA, etc.)
- Coupled models
- Data-driven models
- Experiment validation
- Optimization of LGG design (parametric, MDAO)
- Material properties database assessment & validation
- Algorithm as a Service
Systems & facilities we've built
The Integrated Shock & Dynamic Impact Research Facility houses four systems — SHPB, drop-weight impact, ballistics impact and bird-strike simulation — run from a single machine, fully automated end to end on the NI LabVIEW ecosystem. Hover or tap a stage below to read what happens there.
Integrated Shock & Dynamic Impact Research Facility
Since the system is modular, we can add functionality — software and data acquisition — on the go, with minimal intervention.
EV / Hybrid Test Beds
An integrated facility to study, design, develop and prototype EV/hybrid sub-systems — hybrid control laws, DAQ modules, BMS, suspension, powertrain and chassis. Doubles as a lab for graduate research and coursework.
- Aerospace
- Defense
- Automotive
- National Research Laboratories
- Premier Engineering Institutes
- Government R&D Programs
“Systems engineering is more important and more valued due to rising complexity, increased interconnectivity, and societal impacts.”— Qvinzbridge Operating Philosophy
High-quality tactical solutions
Finding an end-to-end, permanent solution is our ultimate goal. Since 2018, our team has worked to understand the needs of the industry and build reliable systems to serve them.
We bring 12+ years of end-to-end systems engineering experience, with proprietary frameworks for requirements engineering on complex products — plus pre-, post- and long-term support on design, fabrication and systems integration, backed by strong AMC terms.
Open a channel
Reach Qvinzbridge directly through any of the channels below.