Habitability  :  Pursuing the comfort of passengers
Stability  :  Compliance with various safety regulations (FMVSS, CMVSS, ECE, EC, ADR, KMVSS, etc.)
Performance  :  Satisfying various requirements
Convenience  :  Provides convenience in operating the device
Appearance  :  Complying with aesthetics.
Assembling of Parts  :  Facilitating the work of the assembler and considering the usability of related equipment.
Quality  :  Optimal design engineering for durability and zero defective rate
Cost  :  Applying various design engineering methodologies for customer price competitiveness
Weight  :  Fuel efficiency with low weight design engineering and complies with environmental protection
Manufacturing Method  :  Deriving an optimal concept considering conditions (FIP, CSW, IMG-L, IMG-PB, SKIN PROCESS), mold structure, assembly method, dimensions, hardware selection, etc.
Molding  :  A complete understanding of the conditions and methods of injection
Finishing  :  Many post-processing methods are applied to paint, plating, insert film, aluminum, real wood, and grain.
Material  :  Understanding the characteristics of parts for materials such as ABS, PC, PP, PC-ABC, PVC, TPO, TPU, TPE, RUBBER, and PE
LAYOUT  :  Design review that reflects ergonomics and structural engineering
Mating parts  :  Package layout and detailed design engineering progress based on a complete understanding of dimensions, gap/flush, and assembly methods with peripheral components.
Process  :  In the concept stage, all processes are considered to prevent possible problems during development, quality, production, and A/S in advance.