MEMS in Medical Devices - Tuesday, November 27, 2012

8:00 am
Registration and Refreshments
9:00 am
Chairperson’s opening remarks

9:05 am
KEYNOTE ADDRESS: Discovering the latest advancements in MEMS to establish the impact on the future direction of medical device technology
  • Reviewing current successful applications of MEMS in medical devices by therapeutic area and MEMS functionality
  • Examining the potential for new applications of existing MEMS technology in existing and new medical devices
  • Discovering the latest developments in MEMS technology to understand the possible capabilities and property limitations
  • Uncovering the latest biomarkers in the pipeline where MEMS sensors could be applied to determine which therapeutic areas and potential uses are upcoming

9:50 am
MEMS enabling a health and medical revolution through a convergence of consumer and medical markets
  • Introduction of MEMS Industry Group 
    • Overview of programs and events
  • MEMS Market Overview 
    • Overview of MEMS and Market trends in health and consumer applications
  • MEMS Enabling a Health and Medical Revolution
    • MEMS Enables, Wireless Propels the Convergence of Health and Consumer
    • Factors Affecting Convergence of Health & Consumer Markets
    • Examples of the convergence of consumer and medical markets
    • Targets for Sensors/MEMS + Wireless Medicine
  • MEMS-Enabling a Consumer Healthcare Revolution
    • Challenges and opportunities

10:30 am
Networking Break and Refreshments

11:00 am
PRACTICAL CASE STUDY: Designing a MEMS-powered medical device 101 – understanding the specific design parameters to capitalize on the full potential and speed commercialization
  • Examining real-world case studies to identify device type specific requirements for MEMS integration:
    • Wearable
    • Ingestible
    • Implantable
  • Aligning device needs with MEMS capability to identify foreseeable integration challenges in order to address them early on in the design process
  • Utilizing an efficient problem solving model to overcome integration issues as they arise in the development process and speed device time to market
  • Adapting the design process to enable the enhancement of MEMS effectiveness in your device in terms of sensitivity in sensors or power in actuators

11:40 am
PANEL DISCUSSION: Incorporating end-user experience into MEMS-powered design through human factors engineering
  • Addressing the physician perspective – ensuring ease of preparation, administration, data extraction, and awareness of the life of the device
  • Understanding the patient perspective – enhancing device comfort, and minimizing intrusion on daily life and visits to physician for device maintenance or data extraction
  • Examining challenges in home health and uncontrolled environments – mitigating against accidental device removal or potential unforeseen environmental factors causing malfunction.

12:30 pm
Networking Lunch
1:30 pm
Overcoming challenges of integrating MEMS into medical devices – from product development to manufacturing
  • Definition of medical device requirements and regulations
  • Current offerings of ASIC packages modules suitable for medical applications
  • Methodology of incorporating MEMS in medical devices – micro molding, molding, assembly, automation
  • Challenges associated at various steps – merging electronics with device manufacturing
  • Testing and Process Validation – taking to market

2:10 pm
From collaborative research to commercialization for MEMS in medical devices
  • Advantages of having access to an industry-driven R&D environment
  • Benefits of collaborative R&D activities and having access to a complete ecosystem
  • Business model requirements to accelerate the development phase and launch new innovations faster on the market

2:50 pm
Networking Break and Refreshments

3:20 pm
PRACTICAL CASE STUDY: Best practices for integrating MEMS into existing medical devices – development to production
  • Identifying specific challenges in design and manufacturing and the effective solutions for overcoming them
  • Practical example of repurposing a platform-  reducing risk, development time and time to market
  • System integration alternatives to reduce overall costs and complexity

4:00 pm
MEMS for healthcare applications: What you need to know before you “Go MEMS”
  • The growth of MEMS and MEMS in medical
  • How MEMS can transform medical applications
  • A survey of medical MEMS devices
  • The challenges of executing a MEMS program
  • What to look for in selecting a MEMS partner

4:40 pm
End of MEMS Day
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