MECHANICAL
Mechanical Engineering Systems
Structures, mechanisms, dynamics, thermal-fluid systems, vacuum and pressure systems, machine design, manufacturing, reliability and test.
Enter Branch →Aurora Engineering Systems · Standalone R&D Architecture
Engineering Systems
Integrated engineering architecture spanning mechanical, mechatronics & robotics, electrical, optical, materials, software/AI/computational, and bioengineering & biosynthesis systems, with the Prototyping Lab serving as a shared supporting capability across all divisions.
Revision 1.9.2 · Homepage Gateway Layout · Eight gateway cardsLevel 1 Architecture
Engineering Divisions
Each card resolves to a permanent standalone Engineering branch. The seven engineering disciplines are peers; Mechatronics & Robotics is centered as the systems integrator, while the Prototyping Lab remains a shared supporting capability.
INTEGRATED MECHATRONICS · ROBOTICS
Mechatronics & Robotics Systems
Integrated mechanisms, actuators, power electronics, sensors, machine vision, embedded control, software, autonomy, functional safety and system validation.
Enter Branch →
ELECTRICAL
Electrical Engineering Systems
Circuit and system architecture, semiconductors, processors, PCB engineering, power electronics, embedded control, interconnect and validation.
Enter Branch →
OPTICAL
Optical Engineering Systems
Geometrical, physical and wave optics; photonics, imaging, lasers, fiber systems, optomechanics, metrology and optical instrumentation.
Enter Branch →
SOFTWARE · AI · COMPUTE
Software, AI & Computational Systems
Software architecture, artificial intelligence, simulation, neuromorphic systems, computational engineering, digital twins and autonomous systems.
Enter Branch →
MATERIALS
Materials Engineering
Metals, ceramics, composites, crystals, nanotechnology, metamaterials, surfaces, coatings, extreme-environment materials and selection.
Enter Branch →
BIOENGINEERING · BIOSYNTHESIS
Bioengineering & Biosynthesis Systems
Foundational biology, synthetic systems, tissues, regeneration, biofabrication, artificial organs, biohybrids, biomanufacturing, space biosystems and future bioengineering.
Enter Branch →Shared Capability
Integration, Prototyping & Validation
The Prototyping Lab supports all seven peer divisions with physical integration, fabrication, metrology, test articles and evidence-based validation.
SUPPORTING ENGINEERING CAPABILITY
Prototyping Lab
Prototype fabrication, system integration, test and validation, technology demonstrators, metrology, manufacturing readiness and experimental hardware.
Enter Branch →