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ESD
Courses at MIT Professional Education
– Short Programs
Architecting
the Future Enterprise [PI.28s]
Donna
H. Rhodes, Ph.D., Deborah
J. Nightingale, Ph.D.
Enterprises often evolve in an ad-hoc,
suboptimal manner, without viewing
the enterprise as a whole system.
This course looks at the enterprise
as a holistic and highly networked
structure wherein planning and decisions
must be accomplished by applying a
systems perspective and architecting
principles, considering all facets
of the enterprise.
June 8-9, 2009 | Tuition:
$1,595 | Continuing Education Units
(CEUs): 1.2
For Course Information,
click here.
Risk-Informed
Operational Decision Management [22.97s]
George
E. Apostolakis, Ph.D.
A participatory and thought-provoking
program, this course is for nuclear
plant and corporate managers, supervisors,
engineers and other personnel who,
while not probabilistic safety assessment
(PSA) practitioners, want to learn
how to apply PSA methods effectively.
Increase your knowledge of PSA principles,
including an understanding of the
basis of PSA, its benefts and recent
developments. Recognize the strengths
and limitations of using PSA when
making decisions. Share ideas, information,
and challenges with industry peers.
June 15-19, 2009 | Tuition:
$2,650 | Continuing Education Units
(CEUs): 3.0
For Course Information,
click here.
Value-Driven
Tradespace Exploration for System
Design [PI.27s]
Donna
H. Rhodes, Ph.D., Adam
Ross. Ph.D.
Multi-Attribute Tradespace Exploration
(MATE) allows analysts and decision
makers to quickly compare many system
designs on a common basis to ensure
“right” decisions are
made at the beginning of system development.
Issues of change (of many types),
uncertainty, risk, flexibility and
other “ilities,” and policy
and other non-technical impacts are
included.
June 22-25, 2009 | Tuition:
$2,900 | Continuing Education Units
(CEUs): 2.4
For Course Information,
click here.
LAI Lean Academy®
Course [PI.23s]
Annalisa
Weigel. Ph.D.
Participants receive a hands-on introduction
to lean and six sigma fundamentals
for manufacturing, engineering, office,
and supply chain applications. They
learn how to eliminate waste to create
value for all enterprise stakeholders.
A Lego® enterprise simulation
helps participants apply tools and
concepts in a team situation. No previous
Lean Six Sigma background is expected.
July 13-15, 2009 | Tuition:
$2,200 | Continuing Education Units
(CEUs): 2.1
For Course Information,
click here.
LAI Lean Engineering
Seminar™ [PI.211s]
Annalisa
Weigel, Ph.D.
Lean Six Sigma principles and tools
for product development engineering
are treated. The course will focus
on strategies for selecting the right
product, tools for eliminating waste
through value stream mapping, and
organizational and implementation
strategies. Prerequisite: PI.23s or
equivalent background expected.
July 16-17, 2009 | Tuition:
$1,200 | Continuing Education Units
(CEUs): 1.2
For Course Information,
click here.
Energy in the
Context of Climate Policy: Strategic
Challenges and Opportunities [ESD.128s]
Mort
Webster, Ph.D.
Overview of energy technologies and
fuels and their prospects in a world
with greenhouse gas restrictions.
Course will also review the current
state and likely future direction
of climate policies. Focus is on technical
and economic tradeoffs between alternative
technological pathways for energy,
and the use models for such analyses.
July 13-17, 2009 | $3,500
| Continuing Education Units (CEUs):
2.8
For Course Information,
click here.
Systems Architecture
and Engineering with SysML and Object-Process
Methodology [6.18s]
Edward
F. Crawley, Ph.D
This course combines theoretical foundations
of systems engineering and architecture
with practical hands-on to instill
solid understanding of systems architecture
and design principles. Systems architecture
and engineering foundations are presented
formally using SysML and Object-Process
Methodology, while student teams model
a system of their interest using a
systems engineering and lifecycle
support software environment.
July 27-31, 2009 | Tuition:
$3,400 | Continuing Education Units
(CEUs): 3.0
For Course Information,
click here.
Project and Product
Lifecycle Management [ESD.36s]
Olivier
L. de Weck, Ph.D.
Learn principles, methodologies, techniques,
and tools to effectively plan and
manage complex system and product
development projects. Examine Project-Product
Lifecycle Management to see how integrating
project and product models improves
project performance and product quality.
Apply concepts through a mini-project
in your area of interest.
August 3-7, 2009 | Tuition:
$3,500 | Continuing Education Units
(CEUs): 3.0
For Course Information,
click here.
updated
April 2009
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