Silicon Carbide crystal growth and manufacturing for research to industry
This course will go through the early research in 1990s to the sustainable manufacturing that positions the industry for the future. It will have focus on materials perspective, while aspects of devices and systems will be briefly discussed.
The SiC polytype basics
Si/C ratio and vapor species control
Fundamental PVT growth
SiC crystal growth revisited
Hot-zone concepts for stability
Sublimation epitaxy concept for emerging technologies
Step-flow growth
Hexagonal polytype control
Cubic silicon carbide
SiC: the 30 year journey from research to market
Eptaxial graphene
Surface engineering
Sustainable manufacturing
Supply chain and digitalization
New applications and business models
Course responsible: Dr. Mikael Syväjärvi
Dr Mikael Syväjärvi started with silicon carbide growth in 1995 and explored the physical vapor transport (PVT) growth, lighuid phase epitaxy, and sublimation epitaxy. He was laboratory implementatopn responsible for the LPE development for the worlds first SiC microgravity growth in 1997 on the sounding rocket MASER 7. Since 2005 he is also active in graphene on SiC growth and is co-founder of Graphensic AB (2011). He is inventor of Fast Sublimation Growth Process and in charge of the technology transfer of FSGP to El Seed Corporation, Ltd (Jp). The process was further developed to explore basal plane defect free SiC in KISAB company. He founded Alminica AB in 2016 that is a company active in innovation services for research to business, impact from research and training young generation researchers. In 2021 he founded ICM Research Institute as department for research. He has experience from broader contexts for research to market, such as avenues in European research and innovation strategy for smart specialisation for regional economic growth, and strategic national innovation programmes. He is active in global partnerships for promoting impact from research, educating next generation research leaders, and establishing value chains as tool to contribute to sustainable development goals using energy and environmental technologies from advanced materials. He is supporting several start-ups in deeptech (mentor, adviser, board, etc).
Dr Mikael Syväjärvi, researcher, serial entrepreneur, bridge builder, innovation ecosystem developer, transfer of knowledge to the young generation, mentor and adviser to deeptech start-ups from research. He is a visiting Professor of Advanced Industrial Materials Innovation at University of Lincoln (UK). He has published more than 200 papers in wide bandgap materials (most in SiC) and nanomaterials (graphene on SiC), and has h-index 34. In 2024 he is initiating a capacity training concept in SiC and aims to form a center of excellence in SiC industrial R&D manufacturing.
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