Core Capability · Level 2.04

Sensor Integration, Transducers & Metrology

Position, inertial, force, torque, tactile, optical and environmental sensing with signal conditioning, calibration and sensor fusion.

Revision 1.9.1 · Phase 2 content and navigation review

Public-safe engineering gateway: this page explains responsibilities, interfaces, work products and review evidence without publishing application-specific dimensions, algorithms, allowables or unreleased performance data.

Engineering Role

Why This Gateway Exists

This gateway turns physical behavior into trustworthy measurements. It controls sensor selection, mounting, conditioning, timing, calibration and fusion so downstream control and decision functions receive traceable data.

Questions This Team Must Close

Which physical quantities must be observed and over what operating envelope?
What accuracy, resolution, bandwidth and uncertainty are acceptable?
How do mounting, environment, timing and signal integrity affect measurement quality?
How will calibration drift, disagreement and sensor faults be detected?

Controlled Engineering Scope

Six Level-3 Topic Pages

Each daughter page defines a focused technical responsibility, the interfaces it must control and the evidence expected as the design matures.

Level 3.1 · Encoders, resolvers and position feedbackRotary and linear feedback selection, mounting, interpolation, alignment, signal integrity and fault detection.Level 3.2 · Inertial, force, torque and tactile sensingIntegration of IMUs, load cells, joint torque sensing, tactile arrays and contact-state measurement.Level 3.3 · Optical, LiDAR and proximity sensingOptical ranging, scanning, proximity and perception sensors integrated with geometry, timing and environmental controls.Level 3.4 · Signal conditioning and data acquisitionAnalog front ends, filtering, isolation, conversion, synchronization and acquisition architecture for physical measurements.Level 3.5 · Sensor fusion and state estimationTime-aligned fusion of heterogeneous sensors into bounded estimates of motion, load, environment and health.Level 3.6 · Calibration, traceability and metrologyTraceable calibration, uncertainty management, alignment and measurement-system analysis across the mechatronic lifecycle.

Cross-System Integration

Interface Discipline

Useful sensing requires optical or physical access, mechanical alignment, clean electrical interfaces, deterministic timestamps, software interpretation and environmental controls to remain coordinated.

Requirements and operating modes

Physical and energy interfaces

Signals, timing and data ownership

Safety, security and fault behavior

Configuration and lifecycle change

Verification and acceptance evidence