International Technical Organizations

• 
  IEEE Electronics Packaging Society
  
  — Research and technical knowledge covering electronic packaging,
  materials, thermal design, and reliability.
• 
  Institute of Electrical and Electronics Engineers
  
  — International engineering research and professional knowledge
  covering electronics and electrical engineering.
• 
  IPC International
  
  — Industry standards, technical publications, and resources for
  printed circuit boards and electronics manufacturing.
• 
  International Electrotechnical Commission
  
  — International electrotechnical standardization and technical
  information for electrical and electronic technologies.
• 
  SEMI
  
  — Industry information and initiatives related to semiconductor
  manufacturing and advanced electronics.
• 
  American Society of Mechanical Engineers
  
  — Engineering knowledge relevant to thermal systems, mechanisch
  design, materials, and reliability.

Government Research and Scientific Institutions

• 
  National Institute of Standards and Technology
  
  — Materials characterization, measurement science, and engineering
  research.
• 
  U.S. Department of Energy: Electric Drive Systems Research
  
  — Research on power electronics, electric-drive systems, advanced
  packaging, and thermal management.
• 
  Advanced Research Projects Agency-Energy
  
  — Research programs and technical initiatives addressing advanced
  energy technologies and power systems.
• 
  Office of Scientific and Technical Information
  
  — Scientific and technical publications from U.S. Department of
  Energy research programs.
• 
  NASA
  
  — Aerospace engineering, electronic systems, and high-reliability
  technology research.
• 
  NASA Electronic Parts and Packaging Program
  
  — Electronic parts assurance, packaging reliability, und
  qualification-related technical information.
• 
  National Laboratory of the Rockies
  
  — National laboratory research in energy systems and related
  advanced engineering technologies.
• 
  National Renewable Energy Laboratory
  
  — Research on renewable energy systems, power conversion, und
  energy technology development.

Advanced Ceramics and Electronic Packaging Research

• 
  Fraunhofer Institute for Ceramic Technologies and Systems
  
  — Research in technical ceramics, ceramic processing, und
  ceramic-based electronic systems.
• 
  Fraunhofer IKTS: Rethink Power Electronics Research
  
  — Research on functionalized ceramic DCB substrates and monitoring
  technologies for power electronic modules.
• 
  Fraunhofer Institute for Reliability and Microintegration
  
  — Electronic packaging, system integration, interconnection
  technologies, and reliability research.
• 
  Fraunhofer Institute for Integrated Systems and Device Technology
  
  — Semiconductor materials, power electronics, and device technology
  research.
• 
  NC State Department of Materials Science and Engineering
  
  — Academic research and education in materials science, ceramics,
  and engineering materials.
• 
  American Ceramic Society
  
  — Scientific and technical knowledge related to ceramic materials,
  Verarbeitung, properties, and applications.

Academic Literature and Research Databases

• 
  IEEE Xplore Digital Library
  
  — Engineering papers on power electronics, electronic packaging,
  semiconductor devices, and reliability.
• 
  PubMed
  
  — Biomedical and life-science literature, useful for specialized
  materials research in medical electronics.
• 
  PubMed Central
  
  — Full-text scientific articles, including open-access materials
  and engineering research.
• 
  ScienceDirect
  
  — Scientific publications covering ceramics, material interfaces,
  thermal management, and power electronics.
• 
  SpringerLink
  
  — Academic literature in materials science, applied physics,
  electronics, and engineering.
• 
  Google Scholar
  
  — Scholarly search for research on DBC, DPC, AMB, ceramic
  substrates, and electronic packaging.
• 
  Materialien
  
  — Peer-reviewed research on materials science, ceramics,
  interfaces, and material characterization.
• 
  Nature Portfolio
  
  — Scientific research and reviews across materials science,
  engineering, and related technology fields.

Direct Bonded Copper and Power Electronics Research

• 
  Characterization of Materials and Their Interfaces in a Direct Bonded Copper Substrate
  
  — Research on copper, ceramic, and interface behavior in DBC
  substrates for power electronics applications.
• 
  DBC Technology for Low Cost Power Electronic Substrate Manufacturing
  
  — Research on DBC processing and ceramic-based power substrate
  Herstellung.
• 
  Machine Learning Algorithms for Design Optimization of Ceramic DBC Substrates
  
  — Research into DBC substrate design optimization, stress analysis,
  and reliability.
• 
  Enhancing Thermal Reliability of Ceramic Substrates Using Lotus-Type Porous Copper
  
  — Research on thermal reliability and structural design of
  alumina-based DBC substrates.
• 
  Emerging Advanced Electronic Packaging Materials for Thermal Management in Power Electronics
  
  — A review of advanced ceramic substrates, thermal interface
  materials, and thermal management challenges in power electronics.
• 
  Embedded PCB and DBC-Integrated Design of GaN Power Modules
  
  — Research on integrated PCB and DBC designs for improved
  electrical and thermal performance.

About NMMech

NMMech focuses on the research, development, and manufacturing of
precision ceramic substrates, including Direct Bonded Copper (DBC (Englisch))
and Direct Plated Copper (DPC) technologies. Our technical interests
include ceramic material selection, copper-to-ceramic interfaces,
circuit pattern design, thermal management, and electronic packaging.
We support customized substrate development based on project
specifications and application requirements.