01 / PROPULSION
Research question: electric propulsion performance and integration limits. Evidence: field-topology literature review. Constraints: power, mass and thermal budget. Stage: exploratory research.
03 / ENGINEERING DISCIPLINESTHE INTERFACE
SYSTEMS ARCHITECTURE / INTERFACE STUDY
THE INTERFACE
IS THE SYSTEM.
Power, sensing, electronics, and control are connected by constraints. Explore the architecture and the questions its interfaces create.
CURRENT STAGE Architecture research / Conceptual systems model
EXODUS / ENGINEERING INTERFACE MAP
THE SYSTEMS ATLAS.
Explore four linked disciplines. Select a subsystem to inspect its research question, evidence, interfaces, constraints, and next engineering milestone.
EXODUS / ARCHITECTURE 01MODEL TYPE / CONCEPTUAL
SHARED DEPENDENCYMODEL / NOT TO SCALE
SELECT / ENGINEERING DOMAIN
STAGE / EXPLORATORY RESEARCH
ADVANCED PROPULSION
- QUESTION
- What power, thrust, and heat limits govern integration of electric propulsion?
- MODEL / ARTIFACT
- Conceptual architecture study and electromagnetic field literature review.
- CONSTRAINTS
- Power budget, achievable thrust, thermal management, mass.
- UNRESOLVED
- System-level feasibility and experimentally verified performance.
- NEXT MILESTONE
- Define measurable subsystem requirements and a validation plan.
CONCEPTUAL SYSTEM DIAGRAM / NO MANUFACTURED AIRCRAFT DEPICTEDALL SYSTEMS SHARE POWER, MASS, THERMAL & VERIFICATION DEPENDENCIES
READ THE FULL SUBSYSTEM OVERVIEW
02 / AVIONICS
Research question: how interchangeable subsystems maintain coherent interfaces. Evidence: architecture work; no integrated hardware test. Constraints: power, protocol compatibility and fault handling. Stage: architecture research.
03 / GUIDANCE & CONTROL
Research question: how modeling assumptions affect feasible motion and feedback. Evidence: analytical X-drive control manuscript and numerical integration. Stage: analytical model.
04 / SYSTEMS INTEGRATION
Research question: how power, mass, data, control and verification requirements propagate across subsystems. Evidence: early architecture concepts. Stage: conceptual architecture.
EXODUS / INTEROPERABILITY STUDYNO SYSTEM
NO SYSTEM
EXISTS ALONE.
Interfaces are constraints: sensing, estimation, computing and physical response belong to one engineering conversation.
VIEW THE RESEARCH RECORD ↗CORE TECHNOLOGIESENGINEERING
ENGINEERING
THE SYSTEM.
Four interconnected disciplines. One integrated engineering philosophy.
Research into electric propulsion, high-energy systems, and the integration of propulsion architectures with aerospace platforms.
Exploration of interoperable electronic architectures, sensing, communications, and electronic-warfare-resilient system design.
Research into geometric control, state estimation, sensor fusion, and reliable operation under uncertain conditions.
Developing system-level architectures that connect propulsion, electronics, sensing, control, and aircraft design.
EXODUS / ENGINEERING VISUAL STUDIES
SYSTEMS, IN FOCUS.
Two connected research directions, illustrated through original Exodus-branded concept artwork.
A SYSTEMS-FIRST APPROACHTHE INTERFACE
THE INTERFACE
IS THE SYSTEM.
Electronics, sensing, control, and propulsion meet at interfaces where assumptions must be specified and tested. Exodus studies those interfaces as an integrated architecture problem.
VIEW ENGINEERING PROGRAMS ↗RESEARCH / TECHNICAL FOUNDATIONSDOCUMENT THE
READ THE RESEARCH ↗DOCUMENT THE
ASSUMPTIONS.
Read the underlying mathematical and physics research manuscripts.
CONTINUE EXPLORING / 04
↗NEXT: PROGRAMS
Explore the next engineering perspective.
