STEP 01

B/MARKING

An operational process that identifies product trends and reflects strengths by acquiring/analyzing products that are similar or superior in design and method

STEP 02

Design

A series of activities to determine the shape, size, material, and method and make drawings so that optimal products that satisfy price, function, performance, and quality can be easily manufactured

STEP 03

DFMEA

An analytical technique used for the purpose of eliminating/reducing the chance of potential failure by identifying potential failure types and effects of a product or process through failure mode effect analysis performed for product design in the design development stage

STEP 04

DFSS/DPA

A virtual design verification system that shortens the development period and reduces costs by using a digital verification method for interference/assembly/operability between parts using design data, not products

STEP 05

Analysis

An activity to verify in advance whether it is safe even in the most unfavorable situation when the variable/external force expected by the designer is applied when a structure in the design stage is actually manufactured

STEP 06

Verification

A step to pre-evaluate the completeness of parts through rapid prototype (RP) product production before prototype production

STEP 07

PROTO

A step to verify the assembled automobile using simple assembly jigs and parts production using molds, etc., according to the design drawings

STEP 08

Verification/Test

Verifying that the designed product satisfies customer needs and functions properly as a product. A step to verify the reliability of whether the material of the product is appropriate (MS) and whether it meets the required specifications (ES)