Chapter 24, Future Design Issues

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Chapter 24, Future Design Issues

• Paul King

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Biomedical Engineering Handbook

• Bioelectric Phenomena
• Biomaterials
• Biomedical Sensors/Instrumentation
• Biomedical Imaging
• Tissue Cell engineering
• Signal Analysis

• Gene Therapy
• Prosthetics/Rehabilitation
• Home monitoring
• Clinical Engineering
• Human Factors
• AI
• Physiological Modeling

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RD Support - US

• NSF Design, Manufacturing Industrial Innovation
  Division
• Engineering Design Program
• National Institute of Biomedical Imaging
  Bioengineering
• National Institute of Science Technology
• DARPA
• NIH
• Private agencies

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NSF SBIR/STTR solicitations

• Genomics
• Proteonomics
• Bioinformatics
• Biochips
• Combinatory Biotechnology
• Computational Biotechnology
• Environmental biotechnology

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NSF SBIR/STTR solicitations

• Ecological Engineering
• Agricultural and food biotechnology
• Marine biotechnology and aquaculture
• Industrial bioproducts
• Bioengineering for disabled
• Tissue engineering
• Metabolic engineering

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NSF SBIR/STTR solicitations

• Biomaterials
• Pharmaceutical drug delivery
• Nanoscale biotechnology
• Other -

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Engineering design - NSF

• Design alternative generation faster
• Design evaluation speed up
• Design decision support
• Design optimization
• Design information systems
• Collaborative design
• Design education

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NIBIB (Bioimag Bioeng)

• Research for
• Microimaging
• Novel in-vivo imaging
• New improved devices
• New improved methods
• Improved software
• Rapid dx for microbes toxins

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Nat. Inst. Of Science and Technology

• Support of high risk, high payout proposals from
  all areas

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DARPA

• Prototype development for multiple areas in
  defense
• Microelectronics
• Speech in noisy environments
• Brain-machine interfaces
• Bio-surveillance
• Anything for security/defense

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Other

• Cloning
• Robotic surgery
• Biomaterials
• Scaffolding for bone, organ growth
• Stem cell applications
• DNA profiling for disease and other remediation
• your best guesses