👉 Limit engineering is a critical aspect of control system design that focuses on ensuring a system operates safely and effectively within its defined operational limits. It involves identifying, quantifying, and mitigating potential risks associated with system performance deviations from these limits. This process includes setting appropriate constraints, designing controllers that can handle limit transients (such as overshoots or oscillations), and implementing robustness measures to maintain stability and performance even when operating conditions push the system near its limits. By proactively addressing these challenges, limit engineering helps prevent failures, enhance reliability, and ensure the safe and efficient operation of complex systems across various industries, from aerospace to manufacturing.
