eigenstudio connects engineering workflows, high-fidelity physics and AI in one continuous environment for designing, simulating and validating complex systems.
Engineering today is disconnected, manual, and fragmented. Disconnected workflows cause rework, slow iterations, and months-long cycles.
Requirements are captured separately from the wider engineering design workflow.
Designers recreate and modify models across multiple disconnected engineering tools.
Analysis requires repeated setup, simulation runs and design revisions across iterations.
Results return through reviews, design changes and repeated engineering iterations.
Final evidence is assembled separately for manufacturing, certification and approval.
eigenspacedesign is a PhysicsAI platform for computational engineering. It connects specification, modelling, simulation, PhysicsAI, validation and certification in one continuous workflow.
CRun high-fidelity simulations across multi-physics engineering use cases.
Keep models, simulations, decisions and results within one engineering context.
Automate engineering setup, exploration, analysis and reporting.
High-fidelity simulation creates the foundation. PhysicsAI learns from that data to accelerate design exploration and reduce the cost of evaluating new configurations.
Use learned physics models to evaluate more design configurations before full high-fidelity simulation.
Return promising designs to the underlying physics solvers for high-fidelity validation and engineering confidence.
The same connected engineering foundation can be applied across complex physical systems, starting with UAV and aerospace engineering.
Optimise structure, propulsion, energy and aerodynamics within one connected engineering environment.
Explore aerospace structures under complex loading, aerodynamic and failure conditions.
From physics-based simulation to autonomous engineering, eigenstudio is building toward a new foundation for how complex systems are designed.
In September 2025, eigenstudio incorporated as a deep-tech product company with Kamal and Bishal onboarded as directors.
Software architecture and GUI developed, showcased at IIT Bombay with structural mechanics solver.
Structural mechanics, electromagnetcs, and battery meodelling solvers integrated in eigenspacedesign
Multi-physics (thermal, electromagnetic, CFD, and structural mechanics) simulation platform to be launched for academia.
AgenticAI and PhysicsAI-enabled workflows to be packaged for drone eingineering.
Expansion of the platform into the space sector to be built on the commmon eigenspacedesign platform.
Discover how our cutting-edge solutions can transform your projects. Let's explore what we can achieve together.
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The same PhysicsAI-driven platform can extend beyond UAV and aerospace to solve increasingly complex engineering challenges.
Optimise vehicle structures, thermal systems and aerodynamics through connected simulation.
Design better batteries and electric systems through physics-based simulation and exploration.
Create lightweight, manufacturable designs through topology optimisation and simulation.
Extend physics-driven engineering to new systems, industries and design challenges.
