4–7 May 2026 • Chicago, IL
Boost your technical expertise and career development with IEEE Power & Energy Society (PES) Live Tutorials – immersive, instructor-led sessions designed for power and energy professionals.
Held during the IEEE PES Transmission & Distribution Conference & Exposition (T&D), these tutorials offer in-depth training on today’s most critical transmission and distribution topics. Led by industry experts, each session is tailored to equip engineers and industry professionals with actionable knowledge and real-world skills.
Event registration, full or single day, is required to access these exclusive sessions. Secure your spot when you register for the IEEE PES T&D event.
Earn PDHs and CEUs: Professional Development Hours and Continuing Education Units are awarded upon tutorial completion.
Stay Current: Learn the latest best practices, technologies, and standards in power and energy systems.
Grow Professionally: Enhance your technical knowledge to advance in the energy industry.
Optional Add-On: Tutorials can be added to your event registration for deeper learning.
Full event or single-day registration is required to sign up for these courses. These sessions are ideal for professionals looking to deepen their expertise in power and energy systems, including:
Utility Engineers & Technical Staff
Project Managers & Consultants
Academic Researchers & Faculty
Early-Career Professionals
TUT01 GIL and GIS Alternative Solutions for Grid Enhancements
Monday, 4 May 2025 | Room TBD
8:00 AM – 12:00 PM
PES is proud to offer an opportunity for T&D attendees to participate in the GIL and GIS Alternative Solutions for Grid Enhancements tutorial.
Instructors
Peter Grossman, Billy Lao DILO, George Becker Power Engineers, Scott Scharf TVA, Bobby Rich Dominion, David Wilson Siemens Energy, Micheal Novev Nurns McDonald, Jonathan Flood Avail Switchgear
Course Description
This tutorial will review the Update SF6 Alternatives, Substation Resiliency, Mobile GIS Options, GIS Digitalization, 800kv GIS Applications, Grid Expansion with GIL, GIS Down Time Reduction.
TUT02 Power System Protection for the IBR Dominated Power Grid
Monday, 4 May 2026 | Room TBD
1:00 PM – 5:00 PM
Instructors
Manish Patel Silicon Ranch, Sukumar Brahma Clemson University, Normann Fisher SEL, Shuhui Li UA , Mike Jensen PG&E, Ilia Voloh GE
Course Description
This tutorial will consist of basic knowledge of voltage ride-through capability and performance (including fault current injection) of Inverter-Based Resources. The grid-following and grid-forming technologies will be discussed. The tutorial will discuss the latest on short-circuit modeling of IBRs as well as protection considerations based on the experience of various utilities and relay manufacturers for IBR dominated power grid.
TUT03 Wildfire Mitigation Planning and Lessons Learned from PG&E
Monday, 4 May 2026 | Room TBD
8:00 AM – 12:00 PM
Instructors
Jay Leyno PMO PG&E, Amy Tong PMO PG&E
Course Description
This tutorial explores the evolution of wildfire planning across major utilities such as PG&E, building on layers of wildfire protection using data-driven approaches to vegetation management, asset risk modeling, and defensible space reporting. Drawing from years of field experience and geospatial analytics, participants will learn how utilities have PG&E has* quantified ignition risks, optimized pole clearance activities, and assessed fuel modification efficacy in high-risk zones continuously monitor risk on the system, assessed fuel modification efficacy in high-risk zones and evolved mitigations to interrupt the wildfire sequence. The session will also examine lessons from recent failures in forest management and regulatory coordination, as well as innovations in AI-powered risk modeling and real-time data integration. Attendees will gain practical insights into how California utilities, such as PG&E, is* preparing for future wildfire seasons, including undergrounding initiatives, system hardening, and strategic assessments of asset failures.
TUT04 Integrating Inverter-Based Resources and Large Loads: Modeling, Challenges, and Grid Reliability
Monday, 4 May 2026 | Room TBD
8:00 AM – 5:00 PM
Instructors
Parag Mitra EPRI, Aung Thant NERC, Stephen Jenkins PNM, Hamid Atighechi AWS, Ali Hooshyar University of Toronto, Reza Salehi RMS Energy, Hasan Bayat RMS Energy
Course Description
This tutorial provides an Introduction to IBRs and Large Loads Overview of current trends and future projections. Advanced Modeling Techniques Dynamic and EMT modeling approaches for accurate system representation. Grid Impact Assessment Analysis of stability, frequency, and voltage challenges. Regulatory and Compliance Considerations Exploration of IEEE and NERC standards affecting integration. Reliability and Resilience Strategies Implementation of grid-forming inverters and adaptive protection. Mitigation and Planning Measures Best practices for system planning and operational adjustments. Case Studies and Practical Applications Real-world examples illustrating successful integration strategies.
TUT05 Large Load Interconnection: Trends, Challenges, and Solutions
Monday, 4 May 2026 | Room TBD
1:00 PM – 5:00 PM
Instructors
Amin Zamani Quanta Technology, Rahul Anilkumar Quanta Technology, Timi Adeosun Dominion Energy, Jack Gibfried NERC
Course Description
This tutorial provides an INTRODUCTION, Definitions and examples Historical contexts and load growth drivers Large Load type and topologies Business models Regional and global growth trends LOAD FORECASTING FOR LARGE LOAD INTEGRATION Importance of accurate forecasting in interconnection planning Load forecasting techniques (bottom-up, top-down, AI/ML-based) Short-term vs. long-term forecasting challenges Data requirements, uncertainties, and scenario planning Forecasting emerging loads: data centers, EVs, hydrogen, etc. Utility and regional examples of load forecasting practices REGULATORY, PLANNING, AND POLICY CONSIDERATIONS Interconnection processes and timelines (e.g., FERC, ISO/RTO roles) Permitting and local zoning hurdles Environmental and equity considerations Grid modernization policies and incentives Utility perspectives vs. developer/industry perspectives UNDERSTANDING AI LOAD CHARACTERISTICS AND THEIR TECHNICAL CHALLENGES Main characteristics of AI-driven loads Grid stability and reliability concerns Voltage regulation, harmonics, and power quality Planning vs. operational timeframes Transmission and distribution constraints ENABLING TECHNOLOGIES AND SOLUTIONS Role of Energy Storage Systems (ESS) Inverter-based resources and grid-forming capabilities On-site generation and off-grid operation Flexible load management and demand response Modeling tools Case Studies and Lessons Learned.
TUT06 How Energy Storage Technologies Will Support a Resilient, Future Energy Grid
Monday, 4 May 2026 | Room TBD
8:00 AM – 12:00 PM
Instructors
Richard Fioravanti, Independent Consultant, Babu Chalamala Sandia, Ray Byrne Sandia National Labs, Tu Nguyen Sandia, Charlie Vartanian, Chris Searles
Course Description
This tutorial will review Short and Long Duration Storage Technologies: Review of short-duration lithium technologies. Review of traditional, long-duration storage technologies. Review of emerging long-duration storage technologies. Challenges Created from Future, Resilient Electricity Grid Needs. Review of likely technology portfolio of power systems. Challenges of operating a power system with high penetration of renewables. Potential gaps area from a deeply, decarbonized power delivery system. Storage Application and Supporting Markets. Summary of storage technologies that can fill power system gaps. Markets to support deployment of technologies. New gaps created by a deeply decarbonized power system. New Markets that need to be targeted to support the deployment of technologies. Updates to Storage Standards. Latest activities in Standards for storage systems. Will long-duration technologies require new standards? Safety. Are there still safety concerns with lithium storage? Will long-duration technologies introduce new safety concerns? Actions to mitigate potential safety concerns.
TUT07 Planning the Integrated T&D System
Monday, 4 May 2026 | Room TBD
1:00 – 5:00 PM
Instructors
Dr. Trevor Hardy PNNL, Dr. Monish Mukherjee PNNL, Jessica Kerby PNNL, Eran Schweitzer PNNL
Course Description
This tutorial provides an Overview of DER impact on power system operation along with modeling and simulation techniques to gain visibility to their impacts on the power system. Overview of planning techniques in high DER environments for both distribution systems and bulk power systems. Overview integrated T&D modeling and simulation techniques for management of high DER environments
TUT08 Grid Resilience with Grid Forming and Enhanced STATCOMs
Monday, 4 May 2026 | Room TBD
8:00 AM – 5:00 PM
Instructors
David Langner Siemens Energy, Mikael Halonen Hitachi Energy, Joe Warner POWER Engineers, Septimus Boshoff DNV, Humud Said 1898Andco, Varun Chhibbar HATCH, Martin Cameron XCEL Energy, Julie Lacroix HydroQuebec, Andrew Steffen Sargent & Lundy
Course Description
This tutorial will review Transmission Planning Module. Introduction to STATCOMs. Grid Following (GFL) vs. Grid Forming (GFM) STATCOMs. Grid Forming Requirements for STATCOM Technical Specification. Procurement, Design, Testing and Operation of STATCOM. Studies and Evaluation of STATCOM Performance. STATCOM Technology Development.
TUT09 Fundamentals of Distribution Reliability and Resilience
Monday, 4 May 2026 | Room TBD
8:00 AM – 5:00 PM
Instructors
Heidemarie Caswell Oregon Public Utility Commission, Tyler Jones Reliciti, Shikhar Pandey Gridco Partners, Daniel L. Donaldson University of Birmingham
Course Description
This tutorial consists of a Workshop Introduction and Setup. Distribution Reliability Analysis. Introduction to IEEE 1366 and 1782 Reliability standards (Heide Caswell. Implementing methods to calculate reliability with real outage data. Hands-on demonstration in python with code and data provided to participants. Distribution Resilience Analysis. Introduction to IEEE Distribution Resiliency Guide, providing insight into system and operational metrics for resilience assessment. Implementing methods to calculate resilience with real outage data. Hands-on demonstration in python with code and data provided to participants. Strategies for Adaptation and Mitigation – Overview of methods to enhance and improve distribution reliability and resilience based on international experience.
TUT10 Designing Resilient Substations: Physical Infrastructure Strategies for Risk Mitigation and Reliability
Monday, 4 May 2026 | Room TBD
8:00 AM – 12:00 PM
Instructors
Mike McNulty ITC, Shashi Patel PSEG, Ryan Escure IEEE, Mihai Morea Salt River Project, Brian Herrmann Burns & McDonnell, Mayur Patel Duke Energy, Charlie Li Burns & McDonnell
Course Description
This tutorial provides an Introduction to Substation Resilience in Physical Design Overview of resilience in the context of substation design Risk categories: natural hazards, physical threats, and operational disruptions Interdisciplinary considerations in resilient design. Physical Security Strategies Perimeter protection and intrusion detection Structural hardening and layout design for threat deterrence. Standards and compliance (e.g., CIP-014). Fire Protection and Suppression Design Fire risk assessment for high-voltage environments Passive and active protection systems Codes, standards, and case studies. Oil Containment and Spill Control Environmental regulations and compliance Containment system design (berms, vaults, drain systems) Lessons learned from real incidents. Civil Site Development for Resilience Site grading, drainage, and flood protection Soil stabilization, access roads, and structural foundations Resilience planning for extreme weather and terrain. Wildlife and Animal Mitigation Common animal intrusion issues and failure modes Barrier design and protective technologies Wildlife-safe design practices. Integrated Case Studies and Panel Discussion Cross-functional design examples Lessons learned from major storm or attack events Open Q&A with expert panel.
| Add-On | Advance Rate | Standard Rate |
|---|---|---|
|
Full-Day Tutorial Non-Student |
$420 |
$550 |
|
Full-Day Tutorial Student |
$150 |
$210 |
|
Half-Day Tutorial Non-Student |
$275 |
$340 |
|
Half-Day Tutorial Student |
$75 |
$95 |
Tutorials can be added during the standard conference registration process, which will open soon. Select your sessions during checkout.
Space is limited — reserve early to secure your spot.
Educational Credits will be available on the registration web page in the IEEE PES Resource Center for purchase within seven (7) business days.
All tutorial recordings and corresponding slides will be available for download on the IEEE PES Resource Center within seven (7) business days.
For questions about IEEE PES T&D Tutorials or CEU/PDH processes, please contact:
LaToya Gourdine
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