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Symposium
Official Opening
by Dr.
Robert Crawhall, President, National
Capital Institute of Telecommunications (NCIT), Ottawa, Canada
Robert Crawhall’s
Biography
Dr.
Robert Crawhall is President and CEO of the National Capital Institute
of Telecommunications (www.ncit.ca),
a fourth pillar organization that specializes in multi-party
collaborative research in the ICT sector working with the private
sector, federal labs and academia. Prior to joining NCIT, Dr. Robert
Crawhall was Director, Disruptive Network Technologies for Nortel
Networks, and previously was their Director, Advanced Technology
Strategic Planning.
Dr. Crawhall is the Executive Director of the Ontario Research Network
in Electronic Commerce (www.ornec.ca),
Vice Chair of the Canadian Standards Association Strategic Committee on
Power Engineering and Electromagnetic Compatibility, Director of the
Ottawa Wireless Research Alliance and a member of the Ottawa Centre for
Research and Innovation Research Management Board.
Over the past two decades, Dr. Crawhall has successfully identified and
developed numerous advanced technologies that have provided key
competitive advantage to a wide range of leading products.
Through his role at
NCIT,
he has fostered academic/industry partnerships in Ottawa with a goal of
driving research into product development. His latest initiative
Critical Infrastructure Systems Information Services (CrISIS) is helping
to shape several important research programs aimed at bringing advanced
ICT capabilities to infrastructure management including the energy
sector.
Dr. Crawhall began his career as a mechanical engineer and worked in
several aspects of the energy sector: renewable energy technologies at
the Brace Research Institute, McGill; on an energy conservation project
for a petroleum refinery in Montreal with SNC; in the transformer plant
at CGE’s Davenport facility in Toronto, on the production of
hydroelectric turbines at Dominion Engineering and on the design and
construction of heavy water upgraders for the Bruce ‘B’ Nuclear
Generating Station.
He holds a Bachelor of Mechanical Engineering degree and a Master’s of
Electrical Engineering degree from McGill University and a Doctorate in
Electrical Engineering from the University of Ottawa.
Convergence
of Power and High Technologies
by
Garner Mitchell, Vice-President,
Power Production Business Unit, SaskPower
Abstract
SaskPower, an electric utility owned by the Province of Saskatchewan,
which generates electricity from coal, hydro, combined-cycle natural gas
and wind and operates a transmission and distribution system to serve
439,000 customers in Saskatchewan; will present an overview of the
technologies in use and current studies and research considering
environmental and future generation supply issues and options.
SaskPower has been very active in studies to address Kyoto, emissions
and the future of clean electricity generation from coal as an energy
feedstock. “Convergence of Power and High Technologies” is very much in
SaskPower’s current business and decision-making process.
.Garner Mitchell’s
Biography
Mr. Mitchell
was appointed Vice-President, Power Production on November 1, 2001. His
long-term career with SaskPower has involved serving in many positions
and locations with power station operations, maintenance, construction,
engineering, including management and business responsibilities. Mr.
Mitchell served as Vice-President, Project Development and Operations
with SaskPower International, a subsidiary of SaskPower from 1999 to
2001. Power Production is the SaskPower generation division, which
generates electricity in Saskatchewan for use by SaskPower customers.
Electricity is generated from large coal-fired stations, large and small
hydro stations, natural gas fired thermal stations and combustion gas
turbine units including repowered combined cycle units. Power
Production is starting to develop wind generation as well.
Mr. Mitchell is a member of the Association of Professional Engineers
and Geoscientists of Saskatchewan. He has participated in provincial
committees and panels and has served on a local school board and minor
sports organizations.
Mr. Mitchell's education includes stationary steam engineering. He
graduated from the University of Saskatchewan in 1973 with a Bachelor of
Science in Mechanical Engineering and from the Banff School of Advanced
Management in 1994. He is a registered Professional Engineer in
Saskatchewan.
Mr. Mitchell is married with four children. His farm background, sports
and outdoor activities are some of his many personal interests.
Visions of High Technology and Power Convergence by
Michael Caughey, BSc(EE), PhD,
Caughey & Company, Past Chair of IEEE
Ottawa Section; and Carl Kropp, Adjunct
Professor, Carleton University and Vice Chair of IEEE PES Ottawa Chapter
Abstract
Electrical engineering is often divided in high
current (power) and low current (high technology) applications. With the
advances in power electronics and the need for improved electricity
management, these applications are converging on a number of fronts. We
look at this convergence from both the power and high technology
viewpoints.
Michael Caughey’s
Biography
Michael Caughey began his career with the
microelectronics division of Bell-Northern Research (now Nortel) where
he served for 14 years. He next worked with Mitel Corporation, holding a
number of senior executive positions, including Chief Information
Officer and Vice President of Research and Design Resources. For ten
years, spanning his BNR and Mitel employment, he was a sessional lecture
in postgraduate-level courses in semiconductor electronics in the
faculties of engineering of Carleton University and the University of
Ottawa. He also served for six years on the University of Waterloo co-op
industrial advisory board - and for several years on the NSERC grants
panel on information technology. He has authored more than 30 technical
papers and presentations, and has served on numerous international
conference committees.
Beginning in 1983, he served a nine-month term as founding president of
OCRI. In 1984 he conceived Cadence Computer Corporation (now webplan
Corp.), serving as its president until 1991 and thereafter on its Board
of Directors for another four years.
In 1991 he was appointed president of the Information Technology
Research Centre, an Ontario Centre of Excellence based in Toronto,
where, he managed development of the centre's second five-year business
plan, resulting in a further $35 Million of provincial funding in 1992.
In 1992 he rejoined OCRI and serving as "entrepreneur in residence". At
OCRI, one of his initiatives was the monthly Technology Executive
Breakfast. Within three years the TEB grew to be one of Canada's largest
technology industry experience-sharing events.
Early in 1996 he left OCRI to form
Caughey &
Company, which provides executive guidance and
business advice to a select group of emerging companies in the Ottawa
technology sector. Concurrently, he launched and continues to
coordinate the Technology Venture Dinner (TVD), an
invitational networking event for technology CEOs and their peers in the
financial sector.
In mid-1998 he joined West End Systems Corporation, Arprior ON, as Vice
President of Research and Development, in order to assist in refocussing
and restructuring their product development team. Currently he is a
director of Triacta Power Technologies, Inc. He also serves on the
Editorial Board of the Ottawa Business Journal. Recently, he
completed a two-year appointment as a member of The Ottawa Partnership
-TOP. Earlier he served two years on the Board of the Ottawa Economic
Development Corporation. He has also served on the boards of Espial
Corp. and LINMOR Technologies. In 2000, the Ottawa Citizen named him
one of the "top 25 players" in the Ottawa technology community.
Dr. Caughey received a B.Sc. in Electrical Engineering from the
University of New Brunswick and a Ph.D. and D.I.C. in Electrical
Engineering from Imperial College, University of London, England. In
1993 he delivered the Dineen Memorial Lectures at UNB.
Carl Kropp’s
Biography
Carl has an academic background in electrical
engineering and mathematics as well as 42 years of experience in the
electrical utility industry. Before retirement, he served for 16 years
as General Manager and Chief Engineer of Ottawa Hydro. While in
industry, he undertook a major role in both the Canadian Electricity
Association and the Municipal Electric Association (Ontario) Research
and Development Programs. He also served as Chair/President of both
organizations and received their Distinguished Service Awards. His
primary interest is in electric power distribution and utilization but
he has also worked in transmission and generation. Currently he is an
Adjunct Professor in the Department of Electronics at Carleton
University. Carl is member of IEEE Power Engineering Society-PES
Ottawa.
Real Time Applications in Power Systems by
Dr.Virgilio
Centeno, Professor, Virginia Tech, Blacksburg, Virginia, USA
Abstract
“Real time” application in power systems generate
exciting possibilities to invent new configurations and organizations of
power, communication and computer networks in such a way that they would
be more robust in the face of catastrophes, could be controlled and
protected for optimum security, economy, and performance. But before
such possibilities are considered we must recognize and address our
limited knowledge of the limitations and interdependencies of the
communication, power, and computer infrastructures that would make “real
time” applications a feasible option for modern power systems.
Dr.Virgilio
Centeno's Biography
Dr.
Centeno is a member of the faculty at the Department of Electrical and
Computer Engineering at Virginia Tech. He has 19 years of experience on
the development, implementation, testing and applications of phasor
measurement units, PMUs. He has been consultant for Macrodyne, Inc., ABB,
Inc. TVA, CEF, and KEMA T&D Consulting, on wide area measurement devices
and applications. He is an active member of the Performance and
Requirements Task Team for the Eastern Interconnection Phasor Project,
EIPP. He is also a member of the IEEE, ASEE, and SHPE.
Communications in Power Networks and International Standards by
George Schimmel, Tamarack Consulting, Inc.,
USA;
Karlheinz Schwarz,
NettedAutomation, Germany; and Christoph
Brunner, ABB, Switzerland
Abstract
Development of communication
technologies in the past two decades has had a profound impact on
electric power systems. The communication technologies have greatly
advanced since the eighties. Many (perhaps too many) special-purpose
networks have been installed since then. Today, users are faced with an
abundance of solutions, most of which are proprietary. That represents a
problem from the standpoint of long-term use and maintenance. The costs
of information integration and management are very high. Device and
application interoperability is a key factor for the success of future
stable electric power systems – at all levels: generation, transmission,
distribution, control center, and planning. Various organizations like
IEC, IEEE, and user organizations have defined standards to promote
uniformity. An overview of two most important international standards
will be presented:
IEC 60870-6 TASE.2 Inter control-center communication protocol,
IEC 61850 Basic communications structure for substation and feeder
equipment
These standards represent some new trends in utility communications that
will be described.
George Schimmel's
Biography
George
Schimmel has been active in utility communications since 1991.
Throughout that time George has participated in the International
Electrotechnical Commission (IEC), and was the editor of IEC 61870-6
(TASE.2) for communications between control centers. George was also
convener of IEC Technical Committee 57 Working Group 11, which was one
of the working groups which together developed IEC 61850 for substation
communications. George is president of Tamarack, which supplies portable
IEC 61850 software for substation devices.
Karlheinz Schwarz’s Biography
Karlheinz Shwarz is the president of Schwarz
Consulting Company, SCC, Karlsruhe, Germany, specializing in
distributed automation systems. He is involved in many international
standardization projects such as IEC 61850, IEC 61400-25, etc. He is
engaged in representing main industry branches in the international
standardization of real-time information modeling, configuration,
and exchange systems. He provides consulting services and training
for utilities, system integrators, consultants, and vendors. SCC
training courses are considered to be outstanding.
Christoph Brunner’s Biography
Christoph Brunner graduated from the Swiss Federal
Institute of Technology in 1983 as M.Sc. E. He is a member of IEEE
Power Engineering Society and IEEE Standards Association. Mr.
Brunner started his career as a hardware development engineer. Later
he was a project manager and a development manager for telecontrol
systems and RTUs used for utility automation. He now works as a
project manager at ABB Switzerland Ltd. in the business area of
Power Technology Products in Zurich, Switzerland, where he is
responsible for the communication architecture of the substation
automation systems. He is convenor of the WG 10 of the IEC TC57.
This working group has the task to finalize and maintain IEC 61850.
Advanced Broadband Communications Technologies by
Zlatko Krstulich,
Chief Technology Officer, Alcatel Canada
Abstract
Canada's Broadband ecosystem is rapidly
moving towards ubiquitous coverage, triple play service bundle
offerings, and deployment of raw facility speeds approaching 100mb/s per
home. Different solutions and approaches will be required when
considering rural/remote vs. urban markets. Within this dynamic and
competitive environment, are there opportunities for Utilities to
participate in the value chain?.
Convergence of carrier core networks to MPLS based VPNs holds
promise for utilities in revamping the operation of their own extensive
WAN infrastructures. Explore the key technology enablers which that map
most directly to the operational concerns of power generation and
distribution utilities.
Zlatko Krstulich's Biography
As
chief technology officer for Alcatel Canada, Zlatko Krstulich takes a
lead role in adapting Alcatels’ corporate strategy to the Canadian
market context, and is also responsible for government and regulatory
affairs for Alcatel Canada.
In his 15 years of experience within Alcatel(& Newbridge), Mr.
Krstulich’s career has spanned from leading product management teams, to
combined product management/engineering teams targeted at opening and
developing new markets. In 2001 he was named Director of Alcatel’s
Ottawa research & innovation centre, one of six global sites engaged in
long-term research for Alcatel at a corporate level. As Assistant vice
President of the Leased Line datacoms business, he was responsible for
product development and product management teams related to access,
transmission, and data switching product lines.
Mr. Krstulich holds a degree in Electrical Engineering from the
University of Waterloo, and serves on the board of the National Capital
Institute of Telecommunications
Building Automation
For Today's Electricity Market by
Rob Rousseau, P. Eng., Energy Manager, Energy
Ottawa
Abstract
The high costs of
constructing new electricity generation facilities has the IESO and
regulatory agencies in other electricity markets looking at the
cost-effectiveness of “Negawatts” – a twist on the electricity market
where participants bid in the amount of load they can shed or displace –
to compete in the market alongside generators bidding in
Megawatts. Energy Ottawa currently has three pilot sites participating
in a pilot capacity market program called TDRP (Transitional Demand
Response Program) that shed load based on the HOEP. Energy Ottawa has
developed an innovative high-tech solution for linking building
operation directly to the competitive electricity market using a number
of communications technologies. This solution allows a building to
automatically shut down or scale back mechanical and electrical systems
based on the hourly price for electricity. This system not only
benefits the Province’s electrical grid by providing a cheap alternative
to new generation but provides a unique utility cost management
opportunity to the building owner that is willing to participate in the
electricity market.
Rob
Rousseau's
Biography
Rob Rousseau is a
professional engineer and certified energy manager at Energy Ottawa with
over 10 years experience in energy engineering and management. Rob has
extensive field experience in conducting energy audits, identifying and
implementing cost-effective energy reduction opportunities in all
building sectors for a variety of building systems including HVAC,
lighting, and building automation. Rob is also deeply involved in
Energy Ottawa’s development of new renewable power generation facilities
and participation in a pilot demand response program currently being
offered by the IESO.
Wide
Area Protection in Power Systems by
Prof. Dr. Miroslav Begovic,
Georgia
Institute
of
Technology;
IEEE
Fellow
Abstract
System-wide disturbances in power systems are a challenging problem for
the utility industry because of the large scale and the complexity of
the power system. When a major power system disturbance occurs,
protection and control actions are required to stop the power system
degradation, restore the system to a normal state, and minimize the
impact of the disturbance. The present control actions are not
necessarily designed for a fast-developing disturbance and thus may
prove ineffective. Ever increasing availability and implementation of
sophisticated computer, communication, control and measurement
technologies in power systems are bringing new quality to operations and
maintenance (O&M), and are also improving the overall system emergency
response. Wide area protection is a concept of using system-wide
information together with distributed local intelligence and
communicating selected information among separate locations to
counteract propagation of the major disturbances in the power system. A
great potential exists for advanced wide area protection and control
systems, based on powerful, flexible and reliable system protection
terminals, high speed communication, and GPS synchronization in
conjunction with careful and skilled engineering by power system
analysts and protection engineers in co-operation.
Miroslav Begovic’s
Biography
Dr. Begovic (S‘87, M’89, SM’92, F’04) is
a faculty member at the School of Electrical and Computer Engineering,
Georgia Institute of Technology in Atlanta, Georgia. His research
interests are in the general area of computer applications in power
system monitoring, protection and control, as well as design and
analysis of renewable energy sources. Dr. Begovic was a Chair of the
Working Group “Wide Area Protection and Emergency Control” and
Vice-Chair of the Working Group “Voltage Collapse Mitigation” of the
IEEE PES Power System Relaying Committee. He authored a section "System
Protection" for the monograph "The Electric Power Engineering Handbook",
CRC Press LLC, 2000. Dr. Begovic was a contributing member of the IEEE
PES PSRC Working Group “Protective Aids to Voltage Stability”, which
received the IEEE Working Group Recognition Award in 1997. He is
currently Vice-Chair of the Emerging Technologies Coordinating Committee
of the IEEE PES.
Dr. Begovic is a Fellow of IEEE and member of Sigma Xi, Tau Beta
Pi, Eta Kappa Nu, and Phi Kappa Phi.
Smart Metering Technologies by Robb
Flegg, Director of Project Management, Triacta Power Technologies
Abstract
Meters represent another area where traditional
electro-mechanical equipment is being replaced by software-based devices
equipped with a range of new facilities such as interval recording,
individual circuit analysis and energy-usage displays. This technology
creates significantly more data than their earlier electro-mechanical
counterparts, which raises new challenges for data transfer, data
display, billing and data security.
Robb Flegg’s
Biography
Robb Flegg
is Director of Product Management and Applications at Triacta Power
Technologies. Triacta is an Ontario company that develops networked
smart meters, demand side management and demand response technologies
for businesses and utility companies. Robb has spent the past 20 years of
his career developing technology to make customer communication networks
work. Prior to joining Triacta, Robb was Principal Engineer at Marconi
Communications, where he led the design and implementation of Sprint’s NorthEast US telecommunications backbone – one of the most reliable
communications networks in the world. He also has extensive experience
in the semiconductor, optical fibre and wireless industries. Robb is an
engineering graduate from the University of Saskatchewan.
Smart Energy Management for Consumers
by Bill Smith,
Vice-President, Siemens Canada
Abstract
In the past, consumers were generally regarded as
passive elements of the power system. Advances in real-time monitoring,
intelligent controls and improvement in storage and conversion is
enabling consumers to be much more active in controlling their
consumption, including the potential for selling of surplus
self-generation back to the power system.
Bill Smith’s
Biography
As Vice
President, Power Generation, Mr. William Smith is responsible for all
sales of new equipment and service sales in Canada.
The Power Generation portfolio encompasses all aspects of the Power
Generation field including wind, aero derivative service, controls,
equipment service and large and small new unit offerings. In addition,
through Siemens partnership with the Turbocare Company, Siemens service
capabilities have been enhanced to address older competitor equipment.
Prior to joining Siemens, Mr. Smith worked for twenty-one years at
Ontario Hydro and Ontario Power Generation, initially as a Project
Engineer at the Bruce and Darlington nuclear plants, and was promoted to
the role of Vice President-Supply Chain. Mr. Smith is a Professional
Engineer with a Bachelor of Engineering degree (with distinction) from
Carleton University and an MBA from York University. Since 1874, no
other company in Canada has provided a wider range of solutions,
products and services in health care, information & communications,
energy & power, industry & automation, transportation and lighting, than
Siemens. For more than 130 years, Siemens has had an extensive
involvement in the building of Canada's infrastructure and leading
Canada's industrial development. In Canada, Siemens is a multibillion
dollar company headquartered in Mississauga, Ontario, with more than
6,600 employees located in 73 offices and 9 manufacturing facilities.
Mr. William Smith is a member of Professional Engineers of Ontario.
Tutorial
Welcome Statement by
Morris Uremovich, P.Eng., M.B.A., Executive
Dean, Faculty of Technology and Trade, Algonquin College
Morris Uremovich's Biography
Morris
Uremovich is the Executive Dean, Faculty of Technology and Trades at
Algonquin College of Applied Arts and Technology, appointed in July
2001.He has been a member of the Ontario College system for over 24
years acting in the capacities of Professor, Chair and Dean and has
served as Lecturer to the Faculty of Engineering at Lakehead University
in the area of Industrial Engineering. Morris holds a Bachelor of
Engineering degree and a diploma in Mechanical Engineering Technology
from Lakehead University, a Master of Business Administration degree and
an Advanced Graduate Diploma in Management from Athabasca University.
He is a professional engineer with standing in the Province of Ontario.
Prior to entering academia, Morris was engaged in business and industry
in engineering and project management with the railway, pulp and paper,
and construction sectors. He is actively involved in national,
provincial and local committees and organizations focused on meeting the
combined needs of the academic and business and industry sectors.
Official Opening by Steve Finnagan,
M.B.A.,
Academic
Chair of Electronics and Electro-Mechanical Studies Department, Faculty of Trade
and Technology, Algonquin College
Steve Finnagan's Biography Since 1991 to present, Steve Finnagan is the Academic Chair of the
Electronics and Electro-Mechanical Studies Department
at Algonquin College. Steve also served as the Contract Manager of the Electro-Mechanical Studies Department from
1990 to 1991. He is a member of the Canadian Electrical Code technical
subcommittee, Canadian Standards Association, for Section 56, Fiber
Optics and Section 60, Electrical Communications Systems. He is a
Committee member of the Board of Directors Ottawa Photonics Cluster. Steve
was also in the Past Board of Directors, Ontario Electrical League as
well in the Past Board of Directors, Canadian Fire Alarm Association.
Steve is leading the Algonquin College International projects in
Philippines, Thailand, South Africa, and
India (campus opened 2003). In 1996, Steve served as the Chairman of
Provincial Network Cabling Specialist Curriculum Advisory Committee. In
1995, he developed the first provincial curriculum for Network Cabling
Specialist program. From 1994 to1995, Steve served as the Chairman of
Provincial Electrical Curriculum Advisory Committee, and he was a member
of the Provincial Electrical Curriculum Advisory Committee from 1990 to
1997. He developed and coordinated Electrical Engineering Technician
Program in 1993. From 1990 to 1997, Steve was the Coordinator of
Construction and Maintenance Electrician Program,
from 1988 to 2000
a Professor of
Electricity, Construction and Maintenance Program at Algonquin College.
He was an Electrical Contractor from 1985 to 1988.
Steve
obtained his Executive Master of Business Administration (M.B.A.) from
Queen’s University, Ontario in 2005. He has Extensive Industry training
in Fiber Optics and CAT 5 installation and certification 1992, 1995. He
obtained his Industrial Electrician in 1989, Master Electrician in 1988, Interprovincial
Construction and Maintenance Electrician in 1983, Government Theory
Award Recipient-Construction and Maintenance Electrician in 1983, and
Mechanical Systems Technician in 1982.
Tutorial: Application of information and
communications Technology (ICT) Ontario's Electricity System by
Nicholas Ingman, Team Lead, Customer Information
Management
Technology & Infrastructure, Independent Electricity System Operator (IESO)
Abstract
The Independent
Electricity System Operator (IESO) manages the province's power system
so that Ontarians receive power when and where they need it. Ontario's
IESO balances demand for electricity against available supply through
the wholesale market and directs the flow of electricity across the
transmission system. This tutorial will provide an overview of Ontario’s
power system and electricity markets and the key role of the IESO’s
Information Technology and Infrastructure Division. Nicholas will
discuss areas such as real and non-teal time systems, information
publishing systems, application architecture and the technolgies used to
support these systems. He will also discuss upcoming initiatives in the
IESO’s IT environment, such as central alarm management system, web
portal and active messaging. IESO systems and technologies operate at
the highest operational standards and practices. This tutorial is sure
to be informative.
Nicholas Ingman's
Biograph
Nicholas
Ingman is a Team Lead in the Customer Information Management section of
the Information Technology & Infrastructure Division at the Independent
Electricity System Operator. Nicholas has worked in various aspects of
the electricity industry and in various roles during his 14 years in
Canada. Prior to working with the IESO, Nicholas worked in the Hydro
Electric Stations Department at Ontario Hydro and later joined Stone &
Webster Canada Limited where he worked on numerous new and refurbishment
generation station engineering projects in a number of project
engineering and project management roles.
Born in Leigh, Lancashire, United Kingdom, Nicholas is a Civil
Engineering graduate from Sheffield City Polytechnic in the UK.
Introduction to Use of RETScreen by
Gregory J. Leng,
Head, RETScreen
International,
Natural
Resources Canada
Abstract
Learn how to use RETScreen
International Clean Energy Project Analysis Software, a free
international innovative and unique energy awareness, decision support
and capacity building tool supported by NRCan, NASA, UNEP, CIDA and many
others. The core of the tool consists of a standardized and integrated
project analysis software which can be used world-wide to evaluate the
energy production, life-cycle costs and greenhouse gas emission
reductions for various types of proposed energy efficient and renewable
energy technologies compared to conventional energy projects. In
addition to the software, the tool includes product, cost and
international weather databases; an online manual; a case study based
college/university-level training course and electronic textbook; and an
Internet-based Marketplace.
Gregory Leng's Biography
Greg
Leng is Head of the RETScreen International Clean Energy Decision
Support Centre located at the CANMET Energy Technology Centre in
Varennes, Quebec, Canada. Greg is the principal author and co-creator of
the RETScreen International Clean Energy Project Analysis Software tool.
He specializes in the clean energy market, technology and finance
interface.
To-date, stakeholders have saved an estimated $600 million worldwide
through the use of the RETScreen software, databases and related
training material. More than 65,000 people in 207 countries now use
RETScreen, and the number of people benefiting from this
decision-support and capacity-building tool is growing at more than 300
new users every week.
He has been working in the renewable energy and energy efficiency fields
for the past 18 years. Prior to joining CETC-Varennes, Greg was based in
Hyderabad, India as the India Country Manager for the International Fund
for Renewable Energy and Energy Efficiency. Prior to that, he was Vice
President Marketing of a USA based manufacturer of solariums and
Director of a leading library software company. While at University,
Greg worked for the University of Massachusetts Lowell’s Photovoltaic
Program and McGill University’s Brace Research Institute.
Greg obtained a Master of Science degree from the University of
Massachusetts Lowell in Energy Engineering (Solar Energy Engineering
Option) and a Bachelor of Commerce degree (Marketing and International
Business Option) from McGill University.
HR Outlook and Activity in the Electrical Industry:
Results of the CEA Study and Suggested Action Items by
Catherine Cottingham, Canadian Electricity Association
(CEA)
Abstract
Any lapse in the reliable supply of electricity has devastating
consequences for the entire Canadian economy. Considering the central
role played by the electricity sector in the Canadian economy —
supplying Canadians with electricity and fuelling other industries —
risks posed due to projected retirement in the industry need to be
addressed on an industry-wide basis. Ensuring an adequate skilled
workforce is imperative. The CEA, in partnership with Human Resources
and Skills Development Canada (HRSDC), commissioned a comprehensive
human resources study in 2004 to provide a thorough overview of human
resources challenges and opportunities for the Canadian electricity
sector. The findings will assist in the development of a forward-looking
human resource strategy. The resulting report “Keeping the Future
Bright” was published in 2005.
Catherine Cottingham’s
Biography
Catherine
Cottingham is a Certified Human Resource Professional (CHRP) with the
Human Resources Professionals Association of Ontario. In her current
role as a Human Resources Project Manager for the Canadian Electricity
Association, she has provided oversight to a national project, sponsored
by the Government of Canada, to survey the human resources within the
electricity sector in Canada and to engage stakeholders from industry,
government, education and labour in the development of a collective
human resource strategy for the industry. She currently supports a
national committee, comprised of the senior HR leaders in Canada’s
electricity utilities, which works to develop national human resources
strategies for the electricity industry and is leading an initiative to
create the Electricity Sector Council, a corporation devoted to
workforce planning for the electricity sector in Canada. In her previous
role as a global workforce planning prime for Nortel Networks she
provided reporting and analysis of the workforce plan for sectors with
over 5000 employees worldwide and over $1 billion dollars in revenue
generation. As a recruiting project manager she developed an innovative
recruitment-branding program, managing recruitment strategies to meet
workforce-planning needs. Her team aggressively staffed in a
competitive talent environment, hiring 600 in 6 months, meeting target
on schedule. Her recruitment marketing strategies included development
of marketing vision and brand for the units in her responsibility,
together with event strategies, surgical recruiting, agency and
university program development. At Dalhousie University, Catherine
taught career development to science students in the cooperative
education program and, initiated an innovative industry/university
partnership to provide employment for students in financial need. She
was responsible for the student employment centre which posted over 2000
positions yearly and served clients worldwide. Catherine’s perspectives
on human resource management have been featured in HR Today magazine,
the Canadian HR Reporter and CBC Newsworld.
Lunch Discussion: Power and High Technology Market Outlook
by
Eric R. Dormer, Ottawa Talent Initiative
Eric R. Dormer's Biography
Eric
is a twenty year veteran of the High Tech Sales and Business Development
Trenches. He has worked in DND, Radio Broadcasting, telecommunications,
systems integration and professional services organizations, including
running his own business.
Based on his years of experience with teams of people, Eric is working
with the Ottawa Talent Initiative (OTI) to help under employed and
unemployed high tech workers get back to work. Eric also works with
company managers, showing them how to get more productivity from their
teams.
Note: Any revision to the above abstracts will be promptly displayed.
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