Craig Rispin, Business Futurist & Innovation Expert @ GPTE 31 August 2016

1. CraigRispinCSP

3. “Craig we’ve seen more
change in the last 3 years
than in the last 30.”

4. Technology Changes
Exponentially
People Think Linearly

5. Where Were You
20 Years Ago?

8. 2016
1996

14. Did You Know -
That in 2028?
Video & Discussion

16. Discuss with a Partner:
What Did You Find Most
Interesting in the Video?

20. Massively Mobile

21. 97%Phones per 100 Citizens

22. This is Leading Many
Organisations to Have
a ‘Mobile First’
Policy...

24. bit.ly/apps4healthcare

30. The Future of
mHealth Will
Blow Your Mind!

33. Discuss:
Do You Have a
Mobile First Policy
For Your Organisation?

34. Sensors & Networks

35. In 5 Years,
Every Practice Could
Be Connected to Their
Patients 24/7/365

36. Personal Health Monitoring

41. ALOOKINTOTHE FUTURE HEALTH CAREof
HOW PASSIVE SENSORS WILL SUPPORT PATIENT CARE OUTSIDE THE HOSPITAL
Meet Ann R. She is 65 and has congestive heart failure and diabetes. Ann is able to live safely at
home thanks to sensors that monitor changes in her health without the need for frequent visits to the doctor.
The data from the sensors signal her care team (clinicians and family members) when support is needed.
Let’s take a look at how these sensors assist Ann without her needing to do anything.
151
A patch on her arm monitors important signals such as:
• Heart rate
• Blood-oxygen level
• Blood pressure
• Glucose level
As Ann steps out of bed, her weight is recorded
by a Wi-Fi-enabled sensor under her floorboards.
As she brushes her teeth, sensors in the
bathroom floor mat monitor pressure points in
her feet to detect early signs of ulcers.

42. Hi Ann,
Please increase
your diuretic
dose and
remember to
limit your salt
intake.
This scenario will be achievable in
the near future. Patients will be
able to receive more personalized
support from their care teams and
live healthier lives on their own.
If any of the health
measurement signals
fall outside of a
pre-determined normal
range for Ann, the data
are transmitted to her
doctor and her daughter.
Sensors in the floor and along the wall
register her gait to assess risk of falling.
Her diuretic medication contains a tiny sensor that
signals her arm patch that she has ingested the pill.
The signals detected
by all sensors are
automatically
transmitted via
a secure wireless
connection and stored
in Ann’s personal
health record. She can
see the data and allow
others to access it.

48. Scanners & Sensors are
Getting Smaller &
Cheaper Thanks to
Moore’s Law

52. Discuss:
How Could You Use
Sensors & Networks
in Your Organisation?

54. Machine Learning
aka: Artificial Intelligence,
Deep Learning, Computer Cognition

55. In 10 Years,
Every Practice Could
Have an AI Medical
Assistant

56. Machine Learning in
Medicine Really Got
Kicked Off in 2011
When...

65. Nanotechnology

66. In 20 Years,
Nanotechnology &
Synthetic Biology Will
Change All of Us...

67. Read This or
See Juan
Enriquez’s
TED Talk

70. Google’s
Baseline Study

73. Synthetic Biology

75. Medical Training
Trends

76. Serious Play:
Gamified Learning
Simulations
VR & AR

77. AR -
Augmented Reality

79. Microsoft Hololens

82. Gamification:
Evidence-Based Learning

84. In summary, the current empirical
research on gamification largely
supports the popular view that,
indeed, gamification does produce
positive effects, but many caveats
exist (see e.g. Hamari 2013)

85. Most frequently, the studies bring
forth three categories of caveats:
the context of gamification,
qualities of the users using the
system and possible novelty
effects.

86. Simulations

88. VR -
Virtual Reality

89. CliniSpace Making Learning Work

90. Learning in award-winning simulations of authentic medical environments

91. When learning from
real life is dangerous
• Earthquakes and explosions
causing mass casualty
• Chemical and biological
hazards that imperil the rescuer
• New infections that cross the
globe in a day
- use simulation to
present authentic work
environments

92. When the information
is critical but routine
• Roll out a change in infection
prevention policy to 10,000
nurses in your clinics
• Teach pre-surgery patients how
to bathe to prevent hospital-
acquired infection
• Show nurses a structured
communication that maximizes
transfer of relevant information
to physicians
- use simulation to
engage them in action

93. When communication
is critical but difficult
• Giving bad news
• Working with a difficult patient
• Handoff at shift change
• Reporting up the hierarchy
• Asserting a concern
- use simulation to role
play during dialog
practice

95. Big Data:
Data Scientists & Bioinformatics

98. Meet David McCandless:

99. What’s This a Chart of?
It’s the Facebook Breakup Chart

103. Personal Health Monitoring

104. Patient Monitoring Device...

105. Ultra-Sensitive Electrical Biosensor Unlocks
Potential for Instant Diagnostic Devices
Source: University of California, Santa Barbara April 17, 2012

106. Life Sciences:
The 40 Year
Opportunity...
To Serve

107. Juan Enriquez

108. “40 years ago, if I
told you...”

112. Edible Chip - Proteus Biomedical

118. 3D Printed Organs

119. People
Business Technology
Life Sciences
W
ork/Life Shift
Acceleration
Youth
Unemployed
Education
Re-Engineering
Global
Mobility
Free
Agency
End of
Retirement
Emerging Models
Outrageous
Outsourcing
Marketing
Megatrend
Innovation
Imperative
Speed & Size
Cloud
Computing
Robots
Rise
Coworking &
Collaboration
Mobile
Madness
Internet of
Things
Big Data

120. Imagining the
Future: What will ICT
deliver?
CraigRispinCSP