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Cost: $35 per seminar

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SMART GRID ENERGY SEMINARS
Our Current Electric System Needs Upgrading...
 
The smart grid promises to increase the efficiency of today’s electric system and save billions of kilowatt-hours each year.   The Smart Grid applies information technology, tools and techniques so the grid runs more efficiently. The current electric grid is inefficient for meeting today's demands.  When customers know how much energy they use,  usage will reduce.  Today's demands on energy created the need for alternative solutions to our electric system which is over a century old.  Upgrades are necessary to traditional power plants ~ Smart Grid will increase energy efficiency in a smart, lower-carbon way!
 

Seating is Limited!

 Fall 2014

Smart Grid Optimization - How The Grid Becomes Smart

Who Should Attend:  For the general public, students who are interested to enter the utility power career path, and utility power professionals.

Topics Will Include:

  • AMI based load modeling
  • Optimal generation - Unit Commitment and Economic Dispatch
  • Optimal transmission - Fast Power Flow Solver
  • Optimal distribution and delivery - Demand Response Programs
  • Optimal planning and operation
  • Computational challenges and research opportunities

Date: September 23, 2014

Time: 12:30—2:30 pm - Earn 2 PDH's*

Presenter: Jun Fei, Ph.D.

Jun Fei conducts research at Stony Brook University in stochastic modeling and its application, electric power system and smart grid, and integration of smart grid technologies.  Jun is the managing director of the Smart Grid Lab at the Advanced Energy Research and Technology Center (AERTC).


*Professional Engineers seeking PDHs should contact sbucet@stonybrook.edu. There is a $10 fee for issuing a certificate. 

Visualization of Smart Meter Data

Who Should Attend:  For the general public and anyone interested in Smart Energy solutions with innovative ideas.

Course Description: 

Attendees will learn how interactive visualization can reinforce and amplify human cognition of abstract data and information. The course will first give some background on human visual perception and then demonstrate the power of visualization via some examples of practical systems.As a specific example on the visual analytics of smart meter data, we will present our Energy Scout system.

Date: September 30, 2014

Time: 9:00 am - 12:00 pm - Earn 3 PDH's*

Presenter: Klaus Mueller, Ph.D.

Klaus Mueller, PhD is a Professor of Computer Science at Stony Brook and Chair Computer Science Department at SUNY Stony Brook, the director of the Visual Analytics and Imaging (VAI) Lab, and Department Chair of Computer Science at SUNY Korea. PhD candidate Nafees Ahmed, member of the computer science program at Stony Brook University.  Both are experts in data visualization and visual human computer interfaces.


*Professional Engineers seeking PDHs should contact sbucet@stonybrook.edu. There is a $10 fee for issuing a certificate. 

Business Opportunities in Smart Grid Security

Who Should Attend:  For Software Executives

Topics Will Include:

  • Smart grid security concerns creating new business opportunities
  • Power companies will need devices to detect intrusions in their networks
  • Software/hardware solutions for managing cryptographic keys on a large scale
  • End-user tools to manage the security of their Zigbee-based, in-home appliance networks
  • Easy-to-use authentication for controlling access to their in-home networks

Date: October 7, 2014

Time: 9:00 am—11:00 am - Earn 2 PDH's*

Presenter: Rob Johnson, Ph.D.

Rob Johnson is an Assistant Professor of Computer Science at Stony Brook University.  He is the director of the Security, Privacy and Theory (SPLAT) lab at Stony Brook and the Smart Grid Cyber-security Testing Lab of the New York Advanced Energy Research and Technology Center (AERTC).

*Professional Engineers seeking PDHs should contact sbucet@stonybrook.edu. There is a $10 fee for issuing a certificate. 

Wireless Networking for the Smart Grid

Who Should Attend: Engineers, practitioners and students interested in wireless network technologies useful in the context of smart grids. 

Topics Will Include:

  • Wireless fundamentals
  • Broad overview of cellular and mesh network architectures
  • Wireless M2M, smart meter networks – wireless AMI
  • Home area and neighborhood area networks
  • Sensor networks relevant for smart grids
  • Relevant standards
  • Case studies/examples

Date: October 21, 2014

Time:  8:30 am - 10:30 am - Earn 2 PDH's*

Presenter: Samir Das, Ph.D.

Samir Das is a professor of Computer Science at Stony Brook and also the Director of the Network Technologies Division of CEWIT (Center of Excellence in Wireless and Information Technologies) located in Stony Brook R&D campus. His research interests are in wireless and mobile networking, specifically focusing on protocols and systems.  He has published over 100 peer reviewed articles in these topics. He chaired major conferences in these areas and have been on the editorial boards of major IEEE journals. 

*Professional Engineers seeking PDHs should contact sbucet@stonybrook.edu. There is a $10 fee for issuing a certificate. 

Additional seminars available at our partner, Farmingdale State College. 

Click Here for for more information.

 

Center for Corporate Education at Stony Brook University
Research & Development Park • 1000 Innovation Road, Stony Brook, NY 11794-6044
631-216-7518 • sbucce@stonybrook.edu

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