AST is an Early-Stage R& D Venture developing Deep-Tech Modules, Autonomous Systems and Enabling-Technology Prototypes for Future Space Missions.
We combine Scientific Principles & Innovative Engineering with Hands-On Manufacturing to Discover New Technologies, Concepts & Solutions for Space and other Frontiers.
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Team Members
Aim for First Product
Ongoing Developments
🚀 The Technologies we are currently Developing to Enable and Unlock new possibilities for Future Space Missions 🚀
Explore some of the Technologies we have Designed and Built from Scratch & Off-the-Shelf Components for Learning and Experimentation.
A Capacitive Touch Sensor built from PCB & OP-AMP for Demonstration.
A Lightweight Arduino Drone built from Carbon Fiber & 3D Printing.
A compact 3D Printer designed for 30x30x40 cm Print Volume.
A Model Rocket Built from Household Materials for Educational Purposes.
A Collection & Series of Development of our Telescopes.
A Simple Sensor designed for detecting proximity with Reflected IR Intensity.
All our Technologies go through Rigorous Analysis, Scientific Evaluation and Computational Simulation to meet the desired criteria, Combined with our Multi-Disciplinary Expertise & Hands-On Engineering Skills, we are able to deliver Prototype and Commercial Standard Products.
Investigating physical principles, evaluating new concepts and establishing the scientific foundations of emerging technologies.
Integrating mechanical, electronic and computational subsystems into coherent, application-driven engineering solutions.
Developing detailed mechanical models, assemblies and technical drawings to translate concepts into manufacturable designs.
Using CAD models and computational analysis to predict system behavior, assess performance and identify design limitations.
Embedded software, firmware development, and automation programming for custom hardware systems.
Designing electronic circuits and PCB layouts for sensors, control systems and custom embedded hardware.
Assembling, integrating and testing experimental electronic hardware to evaluate designs under practical conditions.
Rapidly producing and iterating mechanical components, experimental assemblies and functional prototypes using 3D printing.
Our integrated approach connects theoretical analysis, design, simulation and experimental validation, helping us assess technical feasibility and refine concepts before progressing toward production.
We are interested in working with organizations facing technically difficult problems in physical technology.
Technical development, prototyping, and engineering collaboration.
Experimental systems and research engineering.
Technology development and difficult engineering problems.
Joint development, components and subsystem development.
AST is currently developing its technical foundations, validating technology directions and building relationships with researchers, startups and industry. Some technologies presented on this website are research concepts or early prototypes rather than finished products.
Founder & Technology Lead
Researcher and Engineer working across scientific instrumentation, electronics, embedded systems, mechanical engineering and computational technology.
Through AST, we are bringing multidisciplinary research and hands-on engineering together to develop enabling technologies for future space applications.
Meet the TeamHave a challenging technical problem? Developing an ambitious technology? Tell us what you're trying to build, and let's explore what we can achieve together.