Research and Practice of a Talent Cultivation Scheme for Industrial Design

Ci Xian Lv; Fei Fan Ye

doi:10.4028/www.scientific.net/AMM.101-102.743

Paper Titles

Research of Molecular Distillation Based on Intelligent Logic Control
p.723

Analysis of Transmission Ratio Problem for Planetary Gear Reducer with Two Internal Gear Pairs
p.727

Application of Genetic BP Algorithm in Low Strain Test of Pile Integrity
p.732

On-Line Monitoring of Yogurt Fermentation Using Acoustic Impedance Method
p.737

Research and Practice of a Talent Cultivation Scheme for Industrial Design
p.743

Computer Aided Design on Crank Linkage of the Engine
p.751

Parametric Finite Element Analysis on Key Parts of the Conveyor
p.755

Machining Process Level Cost Estimation in Cutting-Tool IPSS
p.759

Order Allocation Model Based on Production Load Equilibrium for Supply Chain with Multi-Manufacturers and Multi-Suppliers
p.763

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 101-102Research and Practice of a Talent Cultivation...

Research and Practice of a Talent Cultivation Scheme for Industrial Design

Abstract:

Currently both Science & Engineering students and Art students are recruited by the major of Industrial Design at colleges and universities. This paper attempts to analyze their differences and similarities in terms of the student sources, theory and practice teaching system and employment status by a three-phase research, including pre-training, in-training and post-training. Based on the research results, a talent cultivation scheme is proposed for training of creative, contemporary and practical industrial designers, whereby the major has to combine the technique education with the aesthetic education, so as to establish a scientific and complete system of both theory and practice training.