INNOVATIVE
SPACE
TECHNOLOGIES
New Ideas for the Next Era
WHO WE ARE
KOZMOZ is founded on a focused, seasoned, and enterprising space technology team committed to drive innovation through cutting-edge R&D to produce disruptive technologies and solutions with wide industry and sector application in
several fields of aerospace engineering, including:
PROPULSION
AERODYNAMICS
and
FLIGHT MECHANICS / DYNAMICS
Applying our ‘thinking outside the box' approach, we are building a suite of technology solutions to impactfully contribute towards overcoming some of the key challenges that lie ahead as we all navigate further into the next era for the global space industry
WHAT WE DO
The KOZMOZ team is currently working across two main fields of research and solution generation:
Innovative Space Launch Technology
and
Advanced Propulsion
We are also engaged with on-orbit servicing and related technology. Kozmoz takes keen interest in future technologies pertaining to space assets and their orbital management, with research ongoing into satellite life-extension; modular spacecraft; orbit-assembly, as well as orbital refuelling of satellites and related services
Innovative Space Launch
Kozmoz is developing ground-breaking space launch technology for nano and micro satellites using innovative propulsion systems.
This system will not only reduce launch costs significantly, but also cater for a more responsive ‘launch on demand’ approach due to short launch turn-round times and rapid multi-launching capability
Advanced Propulsion
Development of high performance and efficient propulsion systems for several space and defence applications.
Main research focus is currently on hypersonic airbreathing propulsion and combined cycle-based engines
- Hypersonic Air-breathing Propulsion
Focus on supersonic and hypersonic intakes, high speed combustion and new propellant formulations (solid, liquids and gel), as well as combustion studies.
- Combined-Cycled Based Propulsion
Higher propulsive-efficient multi-mode engine operation within the same duct necessitates several combined-cycle engines where air-breathing mode is coupled with rocket mode, and turbo-machinery is combined with rocket mode, for air and
ground-based engines.
Advanced Propulsion
Development of high performance and efficient propulsion systems for several space and defence applications.
Main research focus is currently on hypersonic airbreathing propulsion and combined cycle-based engines
- Hypersonic Air-breathing Propulsion
Focus on supersonic and hypersonic intakes, high speed combustion and new propellant formulations (solid, liquids and gel), as well as combustion studies.
- Combined-Cycled Based Propulsion
Higher propulsive-efficient multi-mode engine operation within the same duct necessitates several combined-cycle engines where air-breathing mode is coupled with rocket mode, and turbo-machinery is combined with rocket mode, for air and
ground-based engines.
The KOZMOZ Team
Jeffrey Farrow
Co-founder and CEO
BE Civil Eng, RMCS/Cranfield UK
Business Leader, Strategist, Project Manager Start-up Mentor and Advisor
Tribikram Chattaraj
Co-founder and CTO/Team Lead
ME, Aerospace Engg, BIT Mesra
Ex- Project Management, R&D, Rocket propulsion, Combustion, CFD, Turbomachinery, Laboratory Management
Ravi Shankar
Sr. Propulsion Engineer
ME Space Engineering and
Rocketry, BIT Mesra
Ex- Design Engineer, Propulsion Engineer
Sidharth Kamblee
Thermofluid Engineer
MTech Mechanical Engg, IIT Kharagpur
Ex- CFD, Combustion, Numerical Modelling, Thermos-fluids
Dharmendra
Flight Dynamics Stability and Control Engineer
BE Aerospace Engg IIT Kanpur
Ex- Aircraft design (UAV), stability and control, numerical modelling
Dr. Devabrata Sahoo
Consultant
PhD in Aerodynamics, Technion Israel institute of Technology
Internal and external Aerodynamics, CFD and
Wind Tunnel Testing (as academic researcher and Ass. Professor)
MAKE CONTACT
WITH US
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