Public learning track
Electronic System Diagram Synthesis and Control Design
11th Grade · Technology · UK A-Level
8 lessons
Goal
Master standard system block diagramming conventions and translate engineering specifications into practical control, security, digital counter, and optical communication systems.
Featured Diagrams
Standard System Diagram Conventions and BS EN Symbols
8 lessons
0 of 8 done
- 1Standard System Diagram Conventions and BS EN SymbolsUp nextStart
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- 4Synthesising Automated Greenhouse Climate Control SystemsNot started yet
- 5Synthesising Intruder Alarm and Building Security SystemsNot started yet
- 6Synthesising Digital Frequency Meter and Counter SystemsNot started yet
- 7Synthesising Optical Fibre Telecommunication Link SystemsNot started yet
- 8Synthesising Pulse-Width Modulated DC Motor Speed ControllersNot started yet
Curriculum Framework
11th Grade · Technology · UK A-Level
1
9 lessons
Electronic System Architecture and Processing Subsystems
Analyse the structural architecture of electronic systems, including signal flow, input/output transducers, and analogue and digital processing stages.
2
7 lessons
Closed-Loop Feedback Systems and Control Dynamics
Model, calculate, and evaluate closed-loop feedback control systems, transfer functions, stability criteria, and practical control applications.
3
9 lessons
Electronic Sub-system Interfacing and Signal Conditioning
Master electrical, power, and logic interfacing techniques to safely and reliably interconnect modular electronic sub-systems.
4
8 lessons
Modular System Integration, Testing, and Optimization
Integrate specialized RF, audio, and data acquisition sub-systems while managing electromagnetic compatibility, fault isolation, and system-level trade-offs.
5
8 lessons
Electronic System Diagram Synthesis and Control Design
Master standard system block diagramming conventions and translate engineering specifications into practical control, security, digital counter, and optical communication systems.
6
9 lessons
Advanced Electronic System Architectures and System-Level Analysis
Synthesise complex power, biomedical, and RF electronic architectures while evaluating critical system timing, power budgets, failure modes (FMEA), and competing design topologies.