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DETAILED EXPERIENCE
Dr. Clement A. Skalski, P.E.
1999-present: Skalski
Associates
Dr. Skalski founded Skalski Associates in 1999.
Some of the work performed to date includes:
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Expert
assistance to attorneys on cases related to elevator accidents
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Elevator code
interpretation
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Design of
advanced elevator control systems
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Design of new
types of elevator systems
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Technical
briefings on specialized subjects related to electromechanical systems
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Testimony as
Technical Expert in Patent Infringement
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Patent analysis
and infringement
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Simulation and study of system for extraction of energy from ocean waves
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Analysis of problems related to failure of electrical machinery
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Analysis of problems related to motor drive failures
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Design of power feeder systems
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Mechanical design of elevator systems
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Trade-off studies related to elevator systems
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Consultation on automatic door systems
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Consultation on robot safety
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Consultation on new motor technology for appliances
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Hardware evaluation and data acquisition
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Design of motion controls for CT scanner
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Extensive use of Matlab®/Simulink
software
1977-1999: United
Technologies Corporation, Otis Elevator
As a Principal Engineer with Otis
Elevator Company, he was charged with product innovation and worked
in the following areas:
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Preliminary system design studies
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System analysis and simulation using Matlab®
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Product innovation, proof of concept, and outsourcing
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Vertical and horizontal ride quality measurements
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Motion control systems for high-rise elevators
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Cost-effective, mass-produced elevator systems
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Safety and control systems using radars and lasers
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Electronic safety governors and techniques for elevators
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Active roller guide and magnetic guidance systems
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Design of various control circuits, sensors and actuators
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Load-measuring and pre-torque control techniques
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Rotary and linear motors and drives (DC, induction, synchronous)
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Automated people mover systems
Some specific product
related activities were:
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Established motion control
technique used on Otis high-rise elevators since early 1980's
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Proposed in mid 1980's and then
built active vibration controls to improve ride of high-speed, high-rise
elevators
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Designed and built
low-cost linear-motor door operator
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Tested motion controls and
active vibration controls on high-rise elevators.
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Redesigned the Primary Position
Transducer used on high-rise elevators to improve performance and reduce
cost
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Instrumental in introduction of
Matlab®
and other simulation tools.
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Solved many dynamic controls
problems related to systems having structural resonances, nonlinearities,
and time-variable parameters
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Employed vendors and consultants
in areas related to electronics and electromechanical apparatus
1972
- 1977:
MITRE Corporation - Washington Operations
Systems
engineering. Staff support to Program Manager in Federal Railroad
Administration. Review of technical
reports and plans prepared by contractors to FRA.
Planning related to advanced electrical propulsion and suspension
systems, railroad electrification, signaling and communications, and braking
systems. Advanced studies related
to linear electric motors and magnetic suspension systems.
Developed three-dimensional computer model for linear induction motors
(published paper and extensive report). Work for Ontario Ministry of
Transportation and UMTA on propulsion systems for people movers.
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