AEROSPACE SYSTEMS · PHYSICS-DRIVEN DIGITAL TWINS
Turning design to decision.
Volantek develops physics-based models for hypersonic flight, space-debris re-entry and aerospace systems. Our MARSHAL framework connects trajectory, aerothermal loads and thermal response to help teams evaluate what could happen next — and why.
Engineering studies · Digital-twin development · Integration prototypes
Founded 2026
Peer-reviewed technical foundation
Founder with 7+ years at ISRO
THREE WAYS TO WORK TOGETHER
One physics foundation. Broader applications.
01
Hypersonics
Physics-informed surveillance decision support, trajectory feasibility and aerothermal assessment for high-speed objects.
02
Space Debris
Re-entry assessment for satellites, rocket bodies, components and fragments, with explicit treatment of uncertainty.
03
Digital Twin
Vehicle and payload models that connect design trades, test evidence and a path to operational support.
MARSHAL · PREDICTION AFTER DETECTION
Turn tracking outputs into physical insight.
For defence and space-domain awareness, Volantek is adapting its re-entry physics foundation to assess feasible behaviour, performance limits and uncertainty from partner-supplied object states.
01 - PARTNER INPUT
Resolved object state
State, time, reference frame, covariance and object hypotheses from the upstream tracking or fusion system.
02- VOLANTEK
MARSHAL physics
Coupled models, physical constraints and uncertainty analysis to assess candidate future behaviour.
03- PARTNER WORKFLOW
Decision support
Interpretable predictions for analyst review, scenario evaluation and downstream system integration.
Current foundation: executable re-entry and aerothermal models with flight, test and reference-case comparisons. Sequential tracking updates and operational integration are development work. Detection, track fusion and threat attribution remain with the partner system.
TECHNICAL EVIDENCE
Backed by research you can examine.
ESA IXV
Re-entry, shock-structure and thermal-response comparisons.
AFRL HIFiRE-1
Flight and test comparisons of high-speed thermal response
NASA Orion / Artemis I
Trajectory and aerothermal reference comparisons.
FOUNDER-LED · INNOVATION-FOCUSED
Meet Jeswin Joseph.
Volantek is an aerospace startup led by Jeswin Joseph, Founder & Director.
His background spans 7+ years at ISRO, an MEng in Aerospace Engineering at the University of Toronto, and PhD research in hypersonic aerothermodynamics at the University of Waterloo. He also developed ATHENS, an aircraft thermal digital twin, during his work with UVAD.
Our Mission
To bring clarity, confidence, and rigor to the world’s most demanding aerospace systems through physics-driven digital twins.
Our Vision
To enable and assemble next-generation aerospace technologies through physics-driven insight, principled courage, and accountable decision-making.
DIRECT CONTACT
Let’s discuss your next decision
Contact Jeswin directly about an technical study, a digital twin or a prime-led integration opportunity.
PHONE
+1 647 451 5645
ADDRESS
Stouffville, Ontario, Canada