ECLIPSE — Digital Engineering Ecosystem

S24 DEE — Digital Engineering Ecosystem

1. Build Requirements

2. Mission Network Activation

Activate Systems

Run Graph first to load modules from SysML. You can then toggle which ones to activate.

Mission Operations Graph

Active node Power flow LOX flow

Graph updates when systems are turned on or off. This is the stakeholder-facing systems view that constrains what the DES is allowed to sequence downstream.

3. Model Submission

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Drag & drop a USD/USDA/USDC/USDZ file here

or click to browse

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SysML Metadata

Pipeline Unique ID

CAD Title

Original File Name

Computed Mass (kg)

Material

Select from material library

Units

metersPerUnit

upAxis

massUnit

lengthUnit

Actions

4. Urban Planning — Site Selection & Module Placement

Lunar South Pole · Scroll to zoom · Drag to pan · Click a pin to select

Image: NASA LRO LOLA · Data: Jenny Zheng (GT) / NASA SDT / Artemis III studies

≥80% ≥75% <75%

Click a site pin to see detailed analysis.

5. Mission Tradespace Selection (DES)

Parameter Controls

Stakeholder changes the assumptions here.

# of regolith rovers 1

Parallel haul capacity to regolith loop.

# of ISRU plants 1

Parallel processing units, shared infrastructure.

Regolith haul distance 1.0 km

Excavation site → ISRU plant distance.

LOX haul distance 1.0 km

ISRU plant → landing zone distance.

Rover energy (kWh/km/kg) 0.00034

Primary driver for regolith availability.

Rover travel time 5 hr/km

Longer travel delays delivery cadence.

ISRU processing rate 1600 kg/hr

Higher rate increases LOX output.

LOX transport threshold 100 kg

Triggers LOX rover pickup.

Coupled Mission State Network

Node color = health/utilization. Edge thickness = current flow magnitude.

Downstream Consequences

If I change one operational knob, what else changes?

Run the simulation to see results.