Systems Engineering & Architecture
Requirements, interfaces, functional decomposition, system architecture, technical trade-offs and integration planning.
Capabilities
Technical capabilities that connect disciplines.
A practical view of the engineering capabilities IAHT can combine across multidisciplinary technology projects.
Technical capabilities
Capabilities that connect disciplines.
Capabilities describe what IAHT can technically combine and execute. They complement the sector-based Expertise page and the activity-based Services page.
Software, AI & Computer Vision
Adaptive software, data processing, intelligent logic, computer vision, user interfaces and connected software architectures.
Embedded Electronics & Sensing
Microcontrollers, sensor integration, signal acquisition, local decision logic, low-level interfaces and resilient embedded operation.
Communications & Connected Systems
Local and remote communications, device-to-system exchanges, secure transport concepts, telemetry and distributed operation.
Electrical, Mechanical & Electromechanical Integration
Integration of electrical subsystems, actuators, mechanical assemblies, instrumentation and industrial interfaces.
Energy, Thermal & Power Engineering
Thermal behaviour, energy conversion, power-management concepts, autonomous supply strategies and multidisciplinary energy-system integration.
Prototyping & Instrumentation
Proofs of concept, functional prototypes, test fixtures, measurement points, experimental configurations and iterative refinement.
Validation, Traceability & Non-Regression
Structured test criteria, logs, reproducible evidence, configuration control and protection of previously demonstrated capabilities.