“As a communications professional, it was always a great pleasure working with Janos. He always brought such exciting and interesting ideas to the table. His enthusiasm for highly-technical and cutting-edge projects was infectious, and he was always interested in getting the entire company -- and stakeholders outside the company -- as excited about the projects as he was. From a communications perspective this is an incredible skill and ability -- because it recognizes the importance of selling the idea and benefits of the company's R&D investments to a wider audience. Simply put, Janos made electricity and technology fun.”
About
I am an accomplished, versatile, innovative, and self-motivated chief operating, chief…
Experience
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Education
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The Segal Graduate School of Business, Simon Fraser University
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Dissertation Project was sponsored by University of Arizona, NASA Space Engineering Research Centre
Dissertation: Development of Lunar Ceramic Composites, Testing and Constitutive Modelling, Including Cemented Sand
http://cedb.asce.org/cgi/WWWdisplay.cgi?9400411 -
Licenses & Certifications
Volunteer Experience
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Coach
First Lego League
- 4 years 6 months
Children
Coaching children age 9 to 14 years of age in the First Lego League
http://www.firstlegoleague.org/
in science, engineering, and robotics. Teaching children the basics of designing, building, programming and trouble shooting robots made using Lego Robot kits.
Publications
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Development of Glass Fibre Reinforced Polymer Composite Crossarms for Transmission Line Structures
EDM International - 2014 International Conference on Overhead Lines
The paper describes the development, testing, engineering properties, design, advantages, manufacturing process and the field experiences with FRP crossarms for addressing new requirements for transmission lines asset management. Specifically, longer life cycle, lower operational costs and maintenance requirements, suitability for live line maintenance as well as aesthetics are addressed in addition to the generally required reliability improvements.
Other authors -
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Development of Glass Fibre Reinforced Polymer Composite Crossarms for Transmission Line Structures
EDM International - 2014 International Conference on Overhead Lines
The paper describes the development, testing, engineering properties, design, advantages, manufacturing process and the field experiences with FRP crossarms for addressing new requirements for transmission lines asset management. Specifically, longer life cycle, lower operational costs and maintenance requirements, suitability for live line maintenance as well as aesthetics are addressed in addition to the generally required reliability improvements.
Other authors -
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Field Experiences using Linescout Technology using on BC Transmission Large Crossings
1st International Conference on Applied Robotics for the Power Industry (CARPI), 2010
A shared dedication to safety, transmission reliability, and the use of innovative technologies to improve business practices brought together Hydro-Québec and British Columbia Transmission Corporation (BCTC) in the field deployment and enhancement of a high-performance power line inspection robot. Since 2003, Hydro-Québec's research institute (IREQ) has been developing LineScout Technology (LST), a mobile robot capable of crossing many of the obstacles found on live transmission lines, which…
A shared dedication to safety, transmission reliability, and the use of innovative technologies to improve business practices brought together Hydro-Québec and British Columbia Transmission Corporation (BCTC) in the field deployment and enhancement of a high-performance power line inspection robot. Since 2003, Hydro-Québec's research institute (IREQ) has been developing LineScout Technology (LST), a mobile robot capable of crossing many of the obstacles found on live transmission lines, which consists of a modular platform onto which various sensors and tools can be deployed. Consequently, BCTC Research and Development Department (BCTC R&D) engaged discussions with the IREQ team in 2006 and developed over the years a very fruitful collaboration in deploying and improving this technology. Field experiences in British Columbia with the LST demonstrate that it is ready for deployment in inspection practices on different transmission networks around the world. Furthermore, this paper shows how collaboration between utilities can leverage the assets of each partner and lessen several obstacles likely to be found in the path of introducing robotics for transmission line inspection and maintenance.
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Smart View for a Smart Grid – Unmanned Aerial Vehicles for Transmission Lines
2010 1st International Conference on Applied Robotics for the Power Industry (CARPI 2010)
British Columbia Transmission Corporation (BCTC) operates high voltage transmission lines over mountainous terrain and remote locations, relying heavily on helicopters to maintain the system. This is inherently dangerous, expensive and has a negative impact on the company's Green House Gas emissions. Unmanned Aircraft Systems (UAS) are already a proven asset for military operations globally and with some modifications can be deployed along electric transmission lines as platforms for various…
British Columbia Transmission Corporation (BCTC) operates high voltage transmission lines over mountainous terrain and remote locations, relying heavily on helicopters to maintain the system. This is inherently dangerous, expensive and has a negative impact on the company's Green House Gas emissions. Unmanned Aircraft Systems (UAS) are already a proven asset for military operations globally and with some modifications can be deployed along electric transmission lines as platforms for various sensors and multi-spectral camera systems. This paper reviews some of the possible applications of UAS in BCTC for routine and emergency line inspections and discusses the required system features based on internal research and needs assessments.
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Wind and Ice Load Model Using Numerical Weather Prediction
IWAIS http://www.iwais2009.ch/
This paper describes a forecasting model that can be used by utilities to estimate wind and ice storm impact on electric power grids. The grids are exposed to weather conditions
that can cause damage resulting in temporary loss of service. Because the reliability of power transmission networks is of crucial importance to society, the ability to predict potential
hazards and to plan possible mitigation measures in advance is of great…This paper describes a forecasting model that can be used by utilities to estimate wind and ice storm impact on electric power grids. The grids are exposed to weather conditions
that can cause damage resulting in temporary loss of service. Because the reliability of power transmission networks is of crucial importance to society, the ability to predict potential
hazards and to plan possible mitigation measures in advance is of great interest. In this study, we concentrate on prediction of combined ice and wind loads, which cause most failures of overhead conductors and other components of power networks. Modeling of these loads requires estimation of forces exerted on the conductors due to wind and ice build up. The proposed system approaches this modeling problem in four stages. First,
meteorological conditions in the area of interest are determined using a Numerical Weather Prediction (NWP) model. Second, NWP output is processed to obtain factors pertinent for wind and ice modeling: occurrence of freezing precipitation, precipitation rate, temperature, and wind velocity. These variables are derivedfrom NWP model output and corrected for the height of overhead
conductors. The third stage involves an ice accretion model, which is engaged depending on the temperature and precipitation type. Fourth, a force model then calculates the force due to the
weight of the ice, and the force of wind acting on the ice covered conductor. The resulting forces are then combined to determine the total load on the conductor. The system has been developed
and verified using field data provided by the British Columbia Transmission Corporation (BCTC), Canada. The results indicate a good match between timing of peak forces determined by
the system and observed outages.Other authors -
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Transmission Tower Seismic Risk Mitigation Strategy & Methodology for British Columbia Transmission Corporation
ASCE TCLEE 7th International Conference on Lifeline Earthquake Engineering
Transmission assets have typically performed well historically during earthquakes around the world. In the case of steel lattice towers in particular, the importance of these assets and the rigor of their design for climatic loadings provides added robustness against induced dynamic loading from earthquakes. Tower failures from ground motions during seismic events have largely been due to liquefaction, slope instability, lateral movements, and differential movements leading to localized tower…
Transmission assets have typically performed well historically during earthquakes around the world. In the case of steel lattice towers in particular, the importance of these assets and the rigor of their design for climatic loadings provides added robustness against induced dynamic loading from earthquakes. Tower failures from ground motions during seismic events have largely been due to liquefaction, slope instability, lateral movements, and differential movements leading to localized tower footing failure. This paper demonstrates a utility’s approach for analysing seismic risks in order to prioritize, plan, fund and execute risk mitigation. Discussions on the analysis, design and evaluation carried out in order to make consistent decisions on the most cost effective engineering upgrade options are also included.
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Response of Buried Power Transmission Cables to Earthquake-induced Permanent Ground Deformations
The 14 th World Conference on Earthquake Engineering October 12-17, 2008, Beijing, China
The performance of buried power transmission cables in areas subjected to ground deformations
is an important engineering consideration for the utility owners. The performance of buried
power transmission cables subjected to permanent relative axial ground displacements was
investigated using a full-scale testing facility.
The facility comprises a 2.5 m x 3.8 m soil chamber, with the capacity to subject buried transmission cables (or pipelines) to large relative…The performance of buried power transmission cables in areas subjected to ground deformations
is an important engineering consideration for the utility owners. The performance of buried
power transmission cables subjected to permanent relative axial ground displacements was
investigated using a full-scale testing facility.
The facility comprises a 2.5 m x 3.8 m soil chamber, with the capacity to subject buried transmission cables (or pipelines) to large relative displacements.
The buried cables were subjected to relative axial and transverse soil movements, and the test
results are compared with the response predicted from commonly used approaches to assess the
performance of buried pipelines. The peak loads under relative axial soil movements on cables
buried in dense soil were noted to be under-predicted by the current approaches; this is likely due
to the increased soil normal stresses on the cable due to constrained soil dilation not accounted by
the current approaches. The general trend of the predicted response using current approaches for
pipelines under lateral loading is in reasonable agreement with the experimental observations,
although direct comparisons between the test results and the predictions were difficult due to the
three-dimensional cable deformation patterns arising from lateral loading tests.Other authors -
Patents
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Artificial Intelligence-Based Process and System for Visual Inspection of Infrastructure
Issued US 11,361,423
See patentAn Artificial Intelligence (AI) Based System for detecting defects in infrastructure uses an image recognizer and image data
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Cementitious Fibre Reinforced Composite Cross Arm, Issued January 5, 2016
Issued US US 9231394 B2
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Cementitious Steel Fibre Reinforced Composite Crossarm
Issued US US 20110139503 A1 / 12/636,632
A cross arm is provided, for use in a support structure for conductors within an electrical grid. The cross arm is made of a cementitious composite and has a rough “C” cross sectional shape. Pairs of the cross arms are attached to utility poles in a parallel position on opposite sides of the utility pole. Alternatively, a single cross arm may be attached to a utility pole. Embedded metal or glass fibre reinforced polymer bars extend along the length of the cross arms.
Other inventors -
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Composite - Transmission cross arm
Issued US 8652629/20120048613
A support beam arrangement on structure for carrying conductors within an electrical grid. The cross arm is made of weather resistant glass fiber reinforced two component polyurethane based polymers and has a “C” cross sectional shape typically arranged in a double configuration.
A cross arm is provided, for use in a support structure for conductors within an electrical grid. The cross arm is made of weather resistant glass fiber reinforced two component polyurethane based polymers and…A support beam arrangement on structure for carrying conductors within an electrical grid. The cross arm is made of weather resistant glass fiber reinforced two component polyurethane based polymers and has a “C” cross sectional shape typically arranged in a double configuration.
A cross arm is provided, for use in a support structure for conductors within an electrical grid. The cross arm is made of weather resistant glass fiber reinforced two component polyurethane based polymers and has a “C” cross sectional shape typically arranged in a double configuration. Pairs of the cross arms are attached to utility poles in a parallel position on opposite sides of the utility pole to meet predefined design conditions. Alternatively, a single cross arm may be attached to a utility pole.Other inventors -
Languages
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English
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Hungarian
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Organizations
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Pacific Energy Innovation Association
Director
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American Society of Civil Engineers
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- Present -
ASTM International
Member
-ASTM International, formerly known as the American Society for Testing and Materials (ASTM), is a globally recognized leader in the development and delivery of international voluntary consensus standards.
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Canadian Standard Association
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Cigre (International Council for Large Electric Systems)
B.2 Overhead Lines
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Institute of Electrical and Electronics Engineers (IEEE)
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Recommendations received
6 people have recommended Janos
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First Nations Power Authority
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