Astronautical Research
We are a leading innovator in astronautical research based in Islamabad, Pakistan. Our team is passionate about exploring the final frontier and advancing the technologies required to make it all possible. We specialize in the design, development, and mission planning of spacecraft, rockets, satellites, and propulsion systems. Our astrodynamics expertise enables us to design complex space missions and optimize trajectories for maximum efficiency and safety. Our experts in space propulsion research use cutting-edge techniques to optimize propulsion systems for maximum efficiency and performance in space. Our special interest areas are hypersonic reusable space vehicles (RLVs). We utilize computational fluid dynamics (CFD) simulations to model and optimize vehicle and propulsion systems. Whether it's designing spacecraft for space exploration or optimizing rockets for low Earth orbit, our team is committed to making space exploration more accessible, efficient, and exciting than ever before. Join us as we explore new frontiers in the final frontier.
- SATELLITE DESIGN & PROTOTYPING
- LAUNCH & BALLISTIC SYSTEM DESIGN
- HYPERSONIC REUSABLE VEHICLE DESIGN
- ROCKET PROPULSION DESIGN
- ROCKET PROPULSION DESIGN
- HYPERSONIC AIRBREATHING PROPULSION DESIGN
- COMBINED CYCLE ENGINE DESIGN
- SPACE MISSION ANALYSIS & DESIGN
- REENTRY VEHICLE DESIGN
Industrial Projects
Design Exploration of a Rocket-Based Combined Cycle (RBCC) Engine for Space Transportation System
Design Refinement of a Highly-Integrated SOV with Rocket-Ramjet Combined Cycle Propulsion System
Concept And Mission Design of Small Space Tug for Debris remediation in Low Earth Orbit
Design Optimization of Structural Sub-system (STS) Of PNSS-1 Students Satellite System
Detail Design and Optimization of Detachable Photo-voltaic Power Generation for PNSS Program
Design & Structural Optimization of an Earth Observation of Cube-SAT for PNSS-1 Students Satellite
Other Industrial Projects
2022-2024
Design & Optimization of a Rocket-Scramjet Integrated System for Space Transportation System
ONGOING project under RAC-IX agreement
2022-2024
Design & Optimization of a Rocket-Scramjet Integrated System for Space Transportation System
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ONGOING project under RAC-IX agreement
2018-2019
Design Feasibility of Scramjet Propelled Expendable Launch Vehicle for Low-Cost Space Access to LEO
COMPLETED
2018-2019
Design Feasibility of Scramjet Propelled Expendable Launch Vehicle for Low-Cost Space Access to LEO
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COMPLETED
2018-2019
Design & Development of a 1.5kg 1U Nanosatellite for Remote Sensing Operations in Low-Earth-Orbit
COMPLETED
2018-2019
Design & Development of a 1.5kg 1U Nanosatellite for Remote Sensing Operations in Low-Earth-Orbit
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COMPLETED
Design & Development of a Robotic Manipulator for Space Debris Remediation in Low-Earth-Orbit
COMPLETED
Design & Development of a Robotic Manipulator for Space Debris Remediation in Low-Earth-Orbit
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COMPLETED
2016-2017
A Study Project for Counter Space Operations Options for Nascent Space Powers
COMPLETED
2016-2017
A Study Project for Counter Space Operations Options for Nascent Space Powers
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COMPLETED
Academia Projects
2020-2021
A Study of Binary Fuel Cogeneration Powerplant using Biomass Agricultural Residue as Alternate Fuel
COMPLETED at Air University
2020-2021
A Study of Binary Fuel Cogeneration Powerplant using Biomass Agricultural Residue as Alternate Fuel
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COMPLETED at Air University
2020-2021
Design and Analysis of a Rocket Engine for a Super Accelerating Launch System
COMPLETED at Air University
2020-2021
Design and Analysis of a Rocket Engine for a Super Accelerating Launch System
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COMPLETED at Air University
2019-2020
Design and Fabrication of Reentry Recovery Mechanism for a Nano-satellite in Near-Earth-Orbit
COMPLETED at Air University
2019-2020
Design and Fabrication of Reentry Recovery Mechanism for a Nano-satellite in Near-Earth-Orbit
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COMPLETED at Air University
2019-2020
Design and Fabrication of a Stage Separation Mechanism for Sounding Rocket in Near Earth Orbit
COMPLETED at Air University
2019-2020
Design and Fabrication of a Stage Separation Mechanism for Sounding Rocket in Near Earth Orbit
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COMPLETED at Air University
2018-2019
Design Feasibility of Scramjet Propelled Expendable Launch Vehicle for Low-Cost Space Access to LEO
COMPLETED at NUST
2018-2019
Design Feasibility of Scramjet Propelled Expendable Launch Vehicle for Low-Cost Space Access to LEO
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COMPLETED at NUST
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