Automotive BIW Design [Sheetmetal Domain]

Automotive Body in White, or BIW, plays a critical role in capturing the personality and functionality of the vehicle's body. When designing vehicle body-in-white structures, the fundamental frequencies' properties receive a lot of attention. Good NVH characteristics and ride and handling are strongly impacted by lower order modes. Similar to this, the BIW/vehicle body design is heavily influenced by factors like strength, stiffness, crashworthiness, and safety design. The curriculum at Hypersonic Tech Solution is carefully crafted to prepare design engineers for entry-level positions in the automotive industry.

You've come to the right place if you're looking for an Automotive BIW Design Course in Pune. Find out more details about 

• Automotive body Basics.
                Branding, Vehicle Specification, Major functions, Ergonomics etc.
                Evolution, Different types of constructions, Benchmarking etc. Classification, types, sub-assembly and assembly.
• Automotive BIW design Development.
                Vehicle design program Specification and vehicle Integration.
                Design Process for complex depression, flange, beads, & bow Packaging data, Costing, Fit and Finish.
                Vehicle Body Engineering / commercial vehicle.
                IBOM, Subsystems & Part.
• DFM, DFA, DFMEA AND Quality Standards.
• CAD, GD&T.
                Model Preparation from IGES, surfacing, Missing surface & Drafting.
                Basic and advance modules, Mechanism design, synthesis, sheet metal, etc.
• Automotive BIW development & Manufacturing.
                Specification, Different types of constructions.
                BIW parts forming and Manufacturing process.
                BOM, Subsystems, Assembly, Part nomenclature.
• BIW system virtual validation
                Bending/ Tensional stiffness calculations of BIW.
                Dent Analysis, Roof stiffness analysis.
                FE modeling & assembly of complete car for crash and durability simulations. Learn More