Control Systems

Term from Aerospace Engineering industry explained for recruiters

Control Systems are like the "brain and nervous system" of aircraft and spacecraft that help them operate automatically. Think of them as sophisticated autopilot systems that keep vehicles stable, on course, and operating safely. These systems handle everything from maintaining the right temperature inside spacecraft to ensuring rockets stay on the correct path during launch. When candidates mention Control Systems experience, they're talking about their work with these automated management systems that are essential in modern aerospace vehicles. Similar terms you might see include "Flight Control Systems," "Guidance Systems," or "Automated Control Systems."

Examples in Resumes

Designed and tested Control Systems for commercial aircraft navigation

Improved efficiency of spacecraft Control Systems resulting in 20% better fuel usage

Led team developing Control System solutions for satellite orientation

Implemented advanced Flight Control Systems for unmanned aerial vehicles

Optimized Automated Control Systems for rocket launch sequences

Typical job title: "Control Systems Engineers"

Also try searching for:

Aerospace Control Engineer Flight Systems Engineer Guidance Navigation and Control Engineer Avionics Engineer Systems Control Engineer Flight Control Engineer Spacecraft Systems Engineer

Example Interview Questions

Senior Level Questions

Q: Can you explain how you've handled a major control system failure or critical issue in your past projects?

Expected Answer: Look for answers that demonstrate leadership, problem-solving ability, and understanding of safety protocols. They should explain how they identified the problem, managed the team response, and implemented solutions to prevent future issues.

Q: How do you approach designing control systems for new aerospace applications?

Expected Answer: Strong answers should cover their process for understanding requirements, considering safety factors, planning for redundancy, and managing project teams. They should emphasize reliability and testing procedures.

Mid Level Questions

Q: What experience do you have with testing and validating control systems?

Expected Answer: Candidates should discuss their hands-on experience with testing procedures, simulation tools, and how they ensure systems meet safety requirements and performance specifications.

Q: How do you ensure reliability in control system design?

Expected Answer: Look for discussion of backup systems, fail-safes, and testing procedures. They should demonstrate understanding of safety requirements and industry standards.

Junior Level Questions

Q: What basic principles of control systems can you explain?

Expected Answer: They should be able to explain in simple terms how control systems work, like maintaining aircraft stability or managing temperature, without needing deep technical detail.

Q: What tools or software have you used for control system design?

Expected Answer: Look for familiarity with common industry software and basic understanding of how these tools are used in design and testing.

Experience Level Indicators

Junior (0-2 years)

  • Basic understanding of control system principles
  • Experience with common design software
  • Knowledge of safety requirements
  • Basic testing and documentation

Mid (2-5 years)

  • System testing and validation
  • Problem diagnosis and troubleshooting
  • Implementation of control solutions
  • Understanding of aerospace regulations

Senior (5+ years)

  • Advanced system design
  • Project leadership
  • Risk assessment and management
  • Integration of complex systems

Red Flags to Watch For

  • No understanding of aerospace safety requirements
  • Lack of hands-on testing experience
  • No knowledge of industry standards and regulations
  • Poor understanding of system reliability concepts
  • No experience with simulation or testing tools