Engineering Electrical and Mechanical Systems Workshop by Tonex
The Engineering Electrical and Mechanical Systems Workshop by Tonex provides a comprehensive overview of integrated aircraft systems. This two-day course delves into the core principles of electrical and mechanical systems, emphasizing their crucial role in modern aviation. Understanding these systems is increasingly vital for Cybersecurity Professionals, as they are often targets for malicious actors.
Audience: Engineers, technicians, maintenance personnel, system integrators, and Cybersecurity Professionals.
Learning Objectives:
- Learn the function and architecture of key electrical and mechanical systems in aircraft.
- Explore system integration challenges and multidisciplinary considerations.
- Learn basic design principles and failure modes of subsystems.
- Understand redundancy, fault-tolerance, and system safety principles.
- Interpret system schematics and component specifications.
Module 1: Fundamentals of Aircraft Electrical Systems
- Introduction to aircraft electrical power generation.
- Understanding AC and DC power distribution.
- Overview of electrical load management.
- Exploration of wiring and circuit protection.
- Introduction to aircraft lighting systems.
- Discussion of grounding and bonding principles.
Module 2: Aircraft Mechanical Systems Essentials
- Introduction to hydraulic power systems.
- Exploration of landing gear systems.
- Overview of flight control actuation.
- Understanding environmental control systems.
- Introduction to fuel systems.
- Discussion of pneumatic systems.
Module 3: Avionics and Navigation Systems
- Introduction to communication systems.
- Exploration of navigation systems.
- Overview of flight management systems.
- Understanding radar and sensor systems.
- Introduction to data recording systems.
- Discussion of integrated display systems.
Module 4: System Integration and Interfacing
- Understanding system architecture and interfaces.
- Exploration of data bus technologies.
- Overview of software integration considerations.
- Understanding electromagnetic compatibility (EMC).
- Introduction to system testing and validation.
- Discussion of system documentation.
Module 5: System Safety and Reliability
- Introduction to fault-tolerance and redundancy.
- Exploration of failure mode and effects analysis (FMEA).
- Overview of system safety assessment.
- Understanding maintenance and inspection procedures.
- Introduction to regulatory compliance.
- Discussion of human factors in system design.
Module 6: Cybersecurity Implications and System Schematics
- Understanding vulnerabilities in aircraft systems.
- Exploration of cybersecurity threats to aviation.
- Overview of protection strategies.
- Interpreting electrical and mechanical schematics.
- Analyzing component specifications.
- Understanding system documentation.
Enhance your understanding of critical aircraft systems. Enroll today to secure your place.