雪州资讯科技及数码经济机构CEO：中马合作助推先进制造业跃升

Core Insights - Malaysia's semiconductor industry is making significant progress with the opening of the second integrated circuit design park, aimed at transforming the country into a global semiconductor hub [1][3] - The Malaysian government has set a strategic roadmap for the semiconductor industry, focusing on high-end development and innovation [1][5] Group 1: Development of Semiconductor Parks - The second semiconductor design park was launched to support the growth of local design companies and to facilitate the transition from contract manufacturing to independent design and branding [3][4] - Approximately 17 companies have settled in the two parks, with about half being local design firms and the other half being joint ventures or foreign companies [3][4] - The parks have attracted around 200 engineers, with expectations to increase to 400 by next year [3] Group 2: Strategic Goals and Phases - The development strategy is divided into three phases: nurturing local design companies, advancing chip R&D and manufacturing, and expanding into smart mobility and autonomous driving [5][1] - The first park primarily serves local design firms, while the second park focuses on advanced process testing platforms for high-end chip design and verification [4][5] Group 3: Talent Development and International Collaboration - Malaysia is collaborating closely with China for talent development in the semiconductor sector, including partnerships with Shenzhen Semiconductor Association and Southern University of Science and Technology [2][6] - The establishment of the Advanced Semiconductor Academy aims to provide training and direct job placement for graduates in the semiconductor design companies within the parks [4][6] Group 4: Future Directions and Market Potential - Future plans include a potential third park focusing on smart vehicles and autonomous driving, capitalizing on Malaysia's position as a regional assembly base for electric vehicles [4][5] - The Malaysian government is also exploring new fields such as drone technology for agricultural management and livestock herding, indicating a shift towards innovative applications of semiconductor technology [7]