Overview

Included in degrees & certificates

• 299

Prerequisites

• AE3830
• ME3521
• EC2300

Learning Outcomes

• Demonstrate a comprehensive understanding of dynamics principles as they apply to space structures, including structural natural frequencies, mode shapes, and finite element method analysis.
• Apply knowledge of dynamics to analyze the behavior of flexible structures in space environments, considering factors such as vibration, shape control, and fine beam pointing.
• Understand the principles and applications of smart sensors and actuators for active vibration control, shape control, vibration isolation, and fine beam pointing in space structures.
• Analyze the equation of motion for spacecraft with flexible structures and apply control strategies to achieve desired performance objectives.
• Evaluate the interaction between flexibility and control in space structures, considering the impact on system dynamics and performance.
• Apply control theory principles to design and implement control systems for spacecraft and flexible structures, considering constraints and objectives specific to space environments.
• Assess the impact of flexibility on the performance of military spacecraft and identify future trends and advancements in the field.
• Collaborate effectively in team-based projects to analyze and solve problems related to dynamics and control of space structures, demonstrating critical thinking and problem-solving skills.
• Communicate technical concepts and analysis results effectively through written reports and presentations, targeting both technical and non-technical audiences.