# Being able to follow fire protection engineering design codes to complete system design option selection, hydrant system design and calculation, as well as construction drawing preparation.
# Knowing the classifications, advantages and disadvantages, application conditions, components, functions, and operational principles of various sprinkler systems.
# Capable of performing design calculations for common open and closed systems, including parameter determination, hydraulic calculations, component selection, and preparation of construction drawings.
# Being proficient in the installation and commissioning of fire protection equipment (e.g., pressure testing for sprinkler systems), construction acceptance, and operation of intelligent systems.
# Being familiar with fire safety regulations and capable of performing risk assessment and emergency response.
# Capable of designing partitioned water supply schemes for different building types (e.g., high-rise or underground structures), troubleshooting system failures, and optimizing operational workflows.