
JISC works to strengthen collaboration between industry, government, academia, and technology leaders across the semiconductor ecosystem. Through strategic partnerships, business facilitation, research collaboration, talent development, and market expansion support, JISC aims to accelerate semiconductor growth opportunities between Japan and India.
Japan-India Semiconductor Committee
Strategic Hub Location
Strategic Hub Location
The Japan India Semiconductor Committee (JISC), operating under the Japan India Business Bureau (JIBB), aims to strengthen semiconductor collaboration between Japan and India by connecting Japanese technology companies with India’s growing semiconductor ecosystem.
Japanese precision engineering company specializing in semiconductor-related machining and polishing technologies.
Developed advanced semiconductor manufacturing technologies through collaboration with universities and research institutes. Provides CMP pad groove adjustment systems, direct polishing technologies for semiconductor substrates, and solutions for SiC and AlN materials.
languageOfficial WebsiteJapanese specialty chemicals and advanced materials company with strong semiconductor manufacturing applications.
Develops next-generation poreless CMP pads for advanced fabrication. Supplies hollow fiber membrane systems for wastewater recycling inside semiconductor fabrication plants.
languageOfficial WebsiteOne of the world’s leading manufacturers of silicon wafers used in semiconductor devices.
Produces high-purity silicon wafers for logic chips, memory devices, and advanced electronics. Focuses on high quality standards and stable supply chains.
languageOfficial WebsiteProvides vacuum and abatement solutions critical for semiconductor manufacturing facilities.
Supports semiconductor fabs with advanced vacuum systems and exhaust gas treatment technologies. Improves production efficiency, safety, and sustainability.
languageOfficial WebsitePrecision manufacturing and CNC machine tool company supporting semiconductor and industrial manufacturing.
Provides highly accurate CNC machining systems and smart manufacturing solutions. Supports high-precision industrial manufacturing through automation and digital technologies.
languageOfficial WebsiteManufactures semiconductor production equipment and automation systems.
Develops coater/developer platforms, cleaning equipment, and wafer handling robots. Technologies help improve production efficiency and process stability.
languageOfficial WebsiteJapanese materials and electronics company offering advanced semiconductor packaging and thermal management materials.
Supplies materials used in packaging, thermal control, and component manufacturing. Product portfolio includes spherical silica and alumina for improved reliability.
languageOfficial WebsiteProvides ceramic and electronic solutions for semiconductor manufacturing and packaging.
Manufactures ceramic substrates and packages used in wafer processing. Supports miniaturization, high durability, and reliable electronic packaging.
languageOfficial WebsiteA resilient innovation pipeline to counter geopolitical shifts and foster native "Made in India" deep-tech IP.
Situated within a premier electronics cluster providing startups with immediate proximity to consumer electronics assembly plants.
Academic institutions from both nations act as "senders" for high-risk experimentation and early-stage technical know-how.
Corporate partners provide market scale, rapid pathway integration, and the global pathways required for commercial success.
Analytical proof-of-concept and prototyping to lower the barrier to entry for deep tech.
Key Contributors: AcademiaMoving designs out of controlled labs into simulated environments to ensure functional viability.
Key Contributors: Academia, CorporationsSeries A/B funding, fabrication access, and integration into automotive and industrial supply chains.
Key Contributors: CorporationsThe facility provides specialized wet labs and high-end semiconductor fabrication tools beyond basic office space.
Access to specialized facilities and equipment necessary to verify complex chip designs and prototypes.
Curated access to technical documentation, research papers, and essential semiconductor design datasets.
A synergistic model connecting Indian & Japanese academia and corporations to drive deep-tech innovation at scale.












Accelerating collaboration in both domestic and global markets through partnerships with international organizations, supported by exhibitions, industry conferences, and government-led initiatives.
Promoting technology collaboration and company matching between Indian and international companies and academic institutions, along with industry-academia-government collaboration.
Research on market and technology trends in the Indian semiconductor and electronic components industry, providing information difficult to obtain through media sources.
Promotion of technology transfer, licensing, and collaboration opportunities for joint ventures, enhancing inter-country development through regular technical presentations.
Inter-company collaboration in marketing and promotion in the Indian market overcomes the limitations of entering the market alone. Working as a unified effort.

Greetings
Although Japan's semiconductor industry has fallen from its former top share, it still boasts world-class strengths in manufacturing equipment and materials, with a strong presence in power semiconductors and image sensors. It is in a transitional period aiming for renewed growth through investment in cutting-edge fields and international collaboration.
As the semiconductor industry expands globally, India is attracting attention as the "factory of the world" in conjunction with the movement to decouple from China. Under the "Make in India" policy, the country is promoting rapid technological development with the aim of domestic semiconductor production.

Toshiro Doi
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Masaharu Kinoshita (Seiji Kinoshita)
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Hirokuni Hiyama
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Shuhei Kurokawa
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Kazuto Yamauchi
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Seiichi Kondo
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Hideto Miyake
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Yasuhiko Takeno
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India's premier industry body representing the ESDM and semiconductor sectors, with 300+ member companies driving policy advocacy, talent development, and startup support.

Founded in 1946, representing ~460 companies including machine tool manufacturers, tooling companies, and trading organizations. Organizer of IMTEX exhibition.

A center for machine tool testing, evaluation, and technology development operating with ISO 9001:2015 certification and world-class testing infrastructure.

Founded in 1938 with 150+ member companies representing organic/inorganic chemicals, petrochemicals, plastics, dyes, fertilizers, pesticides, and specialty chemicals.

Founded in 1933, specializing in precision engineering with members from universities, research institutes, and industry. Covers design systems, mechatronics, and nano-technology.

Promotes R&D and social implementation of light-emitting and electronic devices using wide-bandgap semiconductors such as SiC and GaN.

A committee of the Japan Society for Precision Engineering promoting R&D of CMP (chemical mechanical polishing) planarization technology for semiconductor manufacturing.

Established in 1998 by experienced professionals contributing to the sustainable development of the semiconductor industry. Operates the Japan Semiconductor History Museum.
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