whew! we have come a long way in short time
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Transcript whew! we have come a long way in short time
The 6th International Business School Shanghai Conference (2016)
Engineering a Partnership
Ira Solomon
Dean and Debra and Rick Rees Professor of Business
A. B. Freeman School of Business
Tulane University, New Orleans
creating global leaders today
WHEW! WE HAVE COME A LONG
WAY IN SHORT TIME
Circa 3,500-4,000 BCE: Wheel is invented, probably in Asia
300: Romans develop crankshaft-driven device
600-900: Chinese develop the piston pump, gunpowder, cast iron, propeller
1794: Thomas Mead patents the gas engine
1879-1885: Karl Benz patents engine, develops first automobiles
1913: Henry Ford moves automobile production to an assembly line
1945: Dawn of atomic age; Cold War accelerates technology research
1969: First human lands on the moon
1981: IBM markets first personal computer for mass market the market
2001: Apple releases iTunes and iPod
2011: WeChat developed and released by Tencent
2016: Artificial intelligence:- driverless cars, medical robots, personal drones
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IN 1966, STAR TREK ENGINEERS
THE FUTURE
Concept devised by screenwriter and producer Gene Roddenberry
Central theme: A universe mostly in harmony
Engineered technology serves mankind
Propulsion
High-tech medical devices
Defense systems
Communications
Reliance on computers
Social and cultural respect
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TECHIES & TREKKIES INSPIRED
ACROSS THE GLOBE
Business and engineers responded to consumer demand,
increased interest in technology for industrial and personal
use
Star Trek interest revived in late 1970s, leads to series of
thirteen movies, television series and plethora of
merchandising
2016: Chinese businessman Liu Dejian builds 600 million
RMB USS Enterprise shaped headquarters for NetDragon
WebSoft Inc.
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FANTASY YESTERDAY,
BECOMES REALITY TODAY
Cell phones and Bluetooth technology
Hand-held medical monitoring devices
Laser and Taser defense systems
Stealth technology (Star Trek called it cloaking)
Drones for military, industrial and personal use
Computers an integral part of daily life for billions of people
Robotics and artificial intelligence
Biotech applications, devices
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TECHNOLOGY INNOAVTION
ACCELERATES
China discussing moon base and spaceship to Mars by 2020
Elon Musk, others privatizing space (Space X)
Musk, NASA developing Mars colonization plan
New approaches needed for building more durable roads,
bridges, airports, and cities
Growing populations place increasing demands for food, water,
energy, health, and education
Biotech accelerating as diseases (Zika) spread and genetic
research offers hope of extending lifespan, curing diseases
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THE GLOBAL CHALLENGE
Faster technology diffusion and adoption rates
Emergence of complex industry global value chains
Rapidly evolving business models
Technology drive M&A and corporate venturing
Companies compete to recruit flexible and adaptable employees
and build a culture of innovation
Global marketplaces for jobs
Ongoing commoditization of knowledge
Shorter company life expectancies – innovate or perish
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EDUCATIONAL CHALLENGE
We tend to live/work in philosophical and organizational silos
where student exposure to partner disciplines is limited
We must be forward-looking to anticipate markets, technologies,
complex global capital markets, regulatory hurdles
We need up-to-date, comprehensive student preparation with a
focus on adaptation and integration skillsets
Our target must outcomes evolve with need and must be
examined regularly
Faculty/administration communication and collaboration between
colleges on our own campuses must broaden
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WE HAVE A STARTING POINT
Tulane focus
Prepare students for immediate impact when they enter the
workforce
Innovative, creative, systemic problem solvers and critical
thinkers
Perspectives for success in global economy with cross
cultural capabilities
Professionals who excel in a complex matrix of economic,
technological, environmental, social and ethical challenges
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CALLS TO ACTION
Break down traditional barriers, get out of silos
Become STEM fluent
Analytics growing in importance for business management –
business programs are receiving STEM designations
We need each other, collaboration across disciplines is required
inside academia just as it is on the outside
Engineering schools should expand business exposure beyond
entrepreneurship to provide broader perspectives
Business schools must engage engineering/science faculty to give
their students insights into the science and engineering of the
devices and procedures they will bring to market
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STEPS TO SUCCESS
Interdisciplinary research (graduate and undergraduate)
Integrate graduate teamwork among colleges & universities
4 + 1 accelerated masters programs
Engage corporate partners
Rewards
Students well-prepared for workplace success and future
adaption
Interdisciplinary faculty research improves approaches and
outcomes
University’s prestige as an enlightened center of learning is
enhanced
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IN SUMMARY
Students must be adaptable, not simply knowledgeable and
possess integration skills
Engineers must embrace business concepts
Business students need to invest in understanding
technology, science, and engineering concepts
Collaboration and partnership are key for business and
engineering schools
Students need to be prepared for short runway opportunities
Our mission: prepare them to meet challenges of a fast-evolving
and competitive global workforce
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IN CLOSING
Space: the final frontier. These are the voyages
of the starship Enterprise. It’s continuing
mission: to explore strange new worlds,
to seek out new life and new civilizations,
to boldly go where no one has gone before.
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THANK YOU
谢谢
creating global leaders today