Problem Statement: Design a cantilever beam that supports the weight of a human $($standard weight of $800$ N$)$ in a seated position as part of a pool lift system. The beam will be fixed to a wall or structure and must ensure safe operation under repetitive use. The design must comply with ADA requirements, ensuring structural safety and accessibility for individuals with disabilities. Design Constraints: $1.$ Weight Support: The beam must support a load of $800$ N $($approximately $180$ lbs$)$ representing the average weight of a person. $2.$ Length of Beam: The cantilever beam must extend horizontally to ensure safe and comfortable entry into the pool $$ you must select this dimension. $3.$ Beam Dimensions: You are required to select appropriate dimensions for the beam $($e$.$g$.,$ cross$-$sectional shape, length, width, etc.$).4.$ Force Identification: Identify all forces acting on the system. $5.$ Material Selection: Select a suitable material for the beam $($e$.$g$.,$ steel, aluminum, composite materials$)$ considering environmental factors like corrosion from poolside conditions. $6.$ Safety Factor $($SF$)$: Your design must include a safety factor between $2$ and $5.7.$ Fatigue Life: The beam should be designed for a minimum fatigue life of $1$ million cycles to account for repetitive loading during regular use. Analysis Requirements: $1.$ Stress Analysis: o Calculate the normal stress and shear stress on the beam based on the selected dimensions and identified forces. $2.$ Safety Factor: o Use relevant design theories $($e$.$g$.,$ Maximum Stress Theory, Maximum Shear Stress Theory$)$ to determine the safety factor for your design. Justify your choice of safety factor within the required range. $3.$ Fatigue Analysis $($Safe Life Design$)$: o Perform a fatigue analysis to estimate the fatigue life of the beam using material S$-$N curves. o Determine the safety factor based on fatigue and discuss how it meets the lifecycle expectations. $4.$ Material and Dimensions Selection: o Select suitable materials and dimensions for the cantilever beam based on the required strength, safety, and fatigue life. o Consider environmental factors such as corrosion resistance for a poolside application. c