ISHAVASYAM.ORG Space Station
Research Platform

ISHAVASYAM.ORGSpace Station

Research Engineering Experimentation

Develop the capability to research, design and engineer a complete space station from first principles.

Illustrative rendering of an original conceptual space station in low Earth orbit: a triangular truss carries roll-out solar array wings, thermal radiators, external payload platforms, a communications antenna and a robotic arm above a stack of pressurised modules with docking ports, seen above Earth's blue atmospheric limb.

Conceptual Space Station Illustrative rendering — not an engineered or built design

Advancing the systems, technologies and experimental research required for future human space infrastructure.

Explore Space Station Research

The research problem

How do we design a complete space station from first principles?

ISHAVASYAM.ORG is a Space Station research and engineering initiative. A space station is not a single spacecraft subsystem: it is integrated, long-duration orbital infrastructure where architecture, energy, life support, autonomy, avionics, robotics, operations and human safety must function as one system.

Developing

Space Station Digital Twin

ISHAVASYAM.ORG is developing a Space Station Digital Twin — a digital representation of Space Station architecture and its interconnected systems for modelling, simulation, analysis and experimental research.

Current · digital Model Simulate Analyse

Planned · with the Research Lab Experiment Validate

In development — not a complete or validated operational twin.

Explore the Digital Twin Simulator 
Plan view of the conceptual station as one integrated system A top-down engineering schematic: a truss spans the station with photovoltaic wings at each end and radiators aft; pressurised modules run along the flight axis beneath it. Numbered markers locate the six research frontiers within the one system.
  1. 1Architecture
  2. 2Station health
  3. 3Power & energy
  4. 4Life support
  5. 5Avionics & comms
  6. 6Robotics & ops

Plan view of the conceptual station shown above — an original, illustrative architecture, not an engineered design.

Mission
First-principles Space Station R&D
Current work
Space Station Digital Twin, modelling & simulation
Research lab
Planned Not yet operational
Organisation
iTelematics Software Private Limited

Research programme

Six research frontiers

Each frontier is a research programme in its own right. The harder problem is how they couple: power bounds life support, autonomy depends on avionics, and every architectural decision constrains operations. The Space Station Digital Twin acts as an integration layer across all six research frontiers, connecting subsystem models and their interactions at system level.

  1. Station Architecture

    Configuration, structures and interfaces for a modular station that must be assembled, expanded and maintained in orbit over decades.

    Explore research scope
    • Configuration and mass-properties trades
    • Modular growth and interface standards
    • Docking and berthing interfaces
    • Structural loads, dynamics and micro-vibration
    • Micrometeoroid, debris and radiation protection strategy
    • Maintainability and orbital replacement units

  2. Autonomous Systems & Station Health

    Current research emphasis

    Telemetry-driven health management that detects, isolates and responds to faults — keeping people in supervision while reducing dependence on continuous ground contact.

    Explore research scope
    • Telemetry intelligence and subsystem health monitoring
    • System-state estimation against digital-twin models
    • Anomaly detection and fault isolation
    • Degradation modelling and prediction
    • Mission-impact assessment
    • What-if simulation for operational decision support
    • Fault-tolerant operations, redundancy and reconfiguration studies
    • Safe-mode management
    • Supervised autonomous recovery
    • Resilient station operations

  3. Power & Energy

    Generation, storage, distribution and heat rejection across orbital day and eclipse, with fault tolerance designed into every channel.

    Explore research scope
    • Photovoltaic array sizing and Sun tracking
    • Energy storage through eclipse
    • Power management and distribution architecture
    • Load scheduling and load shedding
    • Thermal control and heat rejection
    • Energy-balance modelling across orbit and beta angle

  4. Life Support

    Environmental control and life support for sustained human presence: atmosphere, water, temperature and humidity, and the loops that close them.

    Explore research scope
    • Atmosphere revitalisation: oxygen generation, CO2 removal, trace contaminants
    • Water recovery and management
    • Temperature and humidity control
    • Cabin pressure control and leak response
    • Fire detection and suppression
    • Loop closure and consumables modelling

  5. Avionics & Communications

    Command and data handling, guidance, navigation and control, and space–ground links that stay dependable under faults, radiation and latency.

    Explore research scope
    • Fault-tolerant command and data handling
    • Onboard data bus and network architecture
    • Guidance, navigation and attitude control
    • Space-to-ground and relay communications
    • Timing, telemetry and telecommand
    • Radiation effects and onboard cybersecurity

  6. Robotics & Operations

    Robotic assembly, inspection and servicing, and the operations concepts that coordinate crew, ground and autonomous systems.

    Explore research scope
    • Robotic manipulation for assembly and maintenance
    • External inspection and servicing
    • Payload handling and external experiment platforms
    • Rendezvous, proximity operations and docking
    • Crew, ground and autonomy operations concepts
    • Operations planning and procedures

Depth of collaboration

Research at the Highest Level

Complex human-spaceflight infrastructure requires multidisciplinary research extending beyond individual subsystems.

ISHAVASYAM.ORG brings advanced researchers and senior technology leaders together to investigate the architecture, integration and experimental validation of future space-station systems.

Intended research community

  • PhD Researchers
  • Postdoctoral Researchers
  • Space Scientists
  • Senior R&D Experts
  • Principal Engineers
  • Chief Architects
  • CTOs
  • Domain Specialists

Long-term research capability

Planned ISHAVASYAM.ORG Space Station Research Lab

The Research Lab is a planned physical capability — it does not yet exist. Today the initiative’s research is digital, centred on the Space Station Digital Twin. The lab is intended to carry that work from models and simulation into subsystem experiments, hardware-in-the-loop testing and integrated validation.

  1. 01 Model

    Current · digital twin

    Architecture and subsystem models from first principles — the foundations of the digital twin

  2. 02 Simulate

    Current · digital twin

    Mission, environment and fault simulation; analysis of subsystem interactions

  3. 03 Experiment

    Planned

    Subsystem experiments and hardware-in-the-loop testing

  4. 04 Validate

    Planned

    Validation of digital-twin models against measured behaviour

  5. 05 Integrate

    Planned

    Integrated subsystem and system-level testing

Current

Digital twin research

Digital-twin architecture, subsystem models and interactive simulations for Space Station systems engineering, published through the Space Station Research platform.

  • Station architecture and configuration studies
  • Subsystem models and simulations
  • Digital-twin architecture
  • Station-health and fault-management research
Open the Space Station Research platform 

Planned

Physical research capability

Capabilities the lab is intended to develop over the long term. None of these facilities exists today.

  • Hardware-in-the-loop test benches
  • Avionics and data-handling benches
  • Power and energy experimentation
  • Communications test environment
  • Robotics test environment
  • Autonomous station-health test environment
  • Integrated subsystem testing

Collaborate on Space Station Research

ISHAVASYAM.ORG welcomes research dialogue with PhD and postdoctoral researchers, space scientists, senior engineers, chief architects, CTOs, research institutions and space-industry experts working on the architecture, integration and validation of long-duration orbital infrastructure.

Collaborate Explore the broader Space Research ecosystem 

Research Contact

For Space Station research, technical collaboration and related enquiries.

Sudarshana Karkala

EV.ENGINEER™

+91 9845561518 View Profile