1. Chapter 24, Future Design Issues
Paul King

2. 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

3. R&D 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

4. NSF SBIR/STTR solicitations
Genomics
Proteonomics
Bioinformatics
Biochips
Combinatory Biotechnology
Computational Biotechnology
Environmental biotechnology

5. NSF SBIR/STTR solicitations
Ecological Engineering
Agricultural and food biotechnology
Marine biotechnology and aquaculture
Industrial bioproducts
Bioengineering for disabled
Tissue engineering
Metabolic engineering

6. NSF SBIR/STTR solicitations
Biomaterials
Pharmaceutical drug delivery
Nanoscale biotechnology
Other -

7. Engineering design - NSF
Design alternative generation – faster
Design evaluation – speed up
Design decision support
Design optimization
Design information systems
Collaborative design
Design education

8. NIBIB (Bioimag & Bioeng)
Research for –
Microimaging
Novel in-vivo imaging
New & improved devices
New & improved methods
Improved software
Rapid dx for microbes & toxins

9. Nat. Inst. Of Science and Technology
Support of high risk, high payout proposals from all areas…

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

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