Reinforcement Learning (RL) in FlexSim
🧠 RL trains an AI brain within FlexSim to observe the system, perform actions, receive rewards, and develop a decision policy.
⏱️ RL is best suited for scenarios where decisions are frequent and sequential, such as pulling the next job or routing to a machine.
🔄 It is ideal when the system state changes frequently (e.g., cues, downtime) requiring a policy that reacts in real-time.

Optimization (OptQuest) in FlexSim
🎯 OptQuest defines variables and an objective to find the best configuration or static settings for a system.
📊 Use OptQuest for offline planning tasks like determining staffing levels, buffer sizes, shift plans, or initial static schedules.
⚙️ It is effective when you have clear constraints and a single objective to achieve one optimal, static plan for implementation.

Key Points & Insights
➡️ RL focuses on dynamic, real-time reaction using a learned policy for sequential decisions.
➡️ OptQuest focuses on static optimization to find the single best plan based on defined constraints and objectives.
➡️ Differentiate usage: RL for changing system states and OptQuest for fixed planning scenarios.

📸 Video summarized with SummaryTube.com on Nov 14, 2025, 08:51 UTC