3. 3
Connecting rate of
improvement and reach today …
$5 million vs. $400
Price of the fastest supercomputer in 1975 and an iPhone 4 with equal performance
230+ million
Knowledge workers in 2012
$2.7 billion, 13 years
Cost and duration of the Human Genome Project, completed in 2003
300,000+
Miles driven by Google’s autonomous cars with only one accident (human error)
85%
Drop in cost per watt of a solar photovoltaic cell since 2000
McKinsey Global Institute, May 2013
4. 4
… with economic potential
in 2025
2–3 billion
More people with access to the Internet in 2025
$5–7 trillion
Potential economic impact by 2025 of automation of knowledge work
$100, 1 hour
Cost and time to sequence a human genome in the next decade
1.5 million
Driver-caused deaths from car accidents in 2025, potentially addressable by
autonomous vehicles
16%
Potential share of solar and wind in global electricity generation by 2025
McKinsey Global Institute, May 2013
5. Twelve potentially
economically disruptive technologies
5
Mobile
Internet
Automation of
knowledge work
The Internet
of Things
Cloud
technology
Advanced
robotics
Autonomous and
near-autonomous
vehicles
Next-generation
genomics
Energy storage
3D printing
Advanced
materials
Advanced oil
and gas exploration
and recovery
Renewable
energy
6. WIFM?
(What’s In It For Maryland?)
• Already declared centers of Bio-medical and
Cybersecurity
• #1 state in nation for Entrepreneurship
• 2nd leading UAS revenue center in the US
• World’s leading RDT&E center for aviation,
manned or unmanned
• Time to declare the third leg of this stool…
6• Autonomous Technologies!
10. How UAS are Currently Used
FAA has
authorized
UAS
operations
for:
Border Patrol
Firefighting
Disaster Relief
Search and Rescue
Training for Ops Missions
Operational Missions
Research System/Vehicle Development
Sensor Development & Testing
Marketing and Development
10
Only one
authorized
commercial
app to date
(energy in
the Arctic)
11. Emerging Commercial Application Snapshot:
Agriculture, Aquaculture and Natural Resources
Applications for Unmanned Aircraft in Agriculture
Aerial Application/Crop Dusting Remote Aerial Surveying
Disease Detection and Mitigation Crop Harvesting
Parasite Monitoring Yield Estimation
Moisture Monitoring Weed Infestation Monitoring
Crop Growth Monitoring Asset tracking & Management
Livestock Tracking Crop Inventory Tracking
Disease outbreak tracking Harvest Optimization
Fertilizer Management Soil Erosion Monitoring
Every Marylander will be affected by these
13. Mid-Atlantic Aviation Partnership
• Virginia and New Jersey created MAAP as their
2 state operating model for FAA and beyond
• Offering MAAP as the resulting organization of
our MOU based on FAA site award
• Maryland is now a full operating member
• MAAP is a work in progress focusing on:
– Operations
– Business development / marketing
• Maryland's interests are included
13
14. Assets-Fields/Facilities
Webster Field
Crisfield-Somerset Airport
Wallops Island-UAV field
St. Mary’s County Regional
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14
15. • UAV Solutions in Jessup, MD
• “truck” for payload testing
• Versatile, proven
– Carbon Fiber & Kevlar design
– 15-20 minute deployment time
– Electric power
– Pneumatic or truck launch and
conventional skid recovery
– Fully Autonomous Capability
Specifications
Length: 9′
Width: 20′
MGTOW: 80 lbs.
ISR mission weight: 60 lbs.
(Includes batteries and
payload)
Range: 20+ miles
Payload Capacity: 10 lbs.
Endurance: 4-6 hours
16. So what?
• Turn research into companies into $$$ into
jobs – THAT’S WHAT!!!
• Academic institutions and industry
partnerships are critical and well-suited…
– (Re)train workforce, new and established
– Relatively nimble with resources
– Focused on creating outcomes, not just activity
– Funded for success
– Aligned programs
18. Potential UAS jobs (AUVSI)
• US airspace integration will
create more than 34,000
manufacturing jobs and more
than 70,000 new jobs in the
first three years
• By 2025, total job creation is
estimated at 103,000.
• The manufacturing jobs created
will be high paying and require
technical degrees.
18
20. • Flying UAS safely & efficiently in NAS presents
some challenges, both technical and rulemaking.
• There is great potential for high demand of skilled
labor as the UAS Commercial market grows.
• Academic programs will need to adapt and
develop the next generation workforce.
There will be winners and losers with
competition…the difference will be
investment and will.