Events

Join us for an engaging virtual panel exploring the fast-growing world of AI consulting and strategic AI adoption. As organizations rush to integrate AI, the biggest challenges often go far beyond building models. Questions around cost, infrastructure, liability, governance, compliance, and long-term sustainability are becoming critical business decisions. This discussion brings together AI consultants, industry leaders, and policy voices to unpack how organizations evaluate AI opportunities, manage risk, and make informed decisions in a rapidly evolving landscape. Panelists will share real-world perspectives on ROI, deployment strategy, responsible AI, accountability, and the hidden operational challenges behind modern AI systems. Whether you are working in industry, academia, leadership, policy, or technology, this session offers valuable insight into the consulting layer of AI, where technical innovation meets real-world impact. [] Co-sponsored by: TechNovation Women TechMakers Virtual: https://events.vtools.ieee.org/m/558507

Energy solutions are driven by regional needs, changing regulations, and dynamic market forces. Power electronics is an enabling technology that plays a crucial role in providing impactful and sustainable solutions for these energy transitions. In Denise's current role, she wears many hats varying from power electronics engineer, technical project leader, and technology strategist. In this session, Denise will share what it means to navigate and contribute to today's evolving energy landscape through this lens. All are welcome! IEEE membership is not required. Speaker(s): Denise, Virtual: https://events.vtools.ieee.org/m/531955

This session will give a broad overview of sustainability as it applies to the power segment, lower-carbon generation technologies, and the regulatory landscape around the transition. Everyone is welcome! Recording will be sent out after the event if you are interested but unable to attend in real time. Speaker(s): Kassy, Virtual: https://events.vtools.ieee.org/m/551168

Root Cause Analysis (RCA) is a popular and often-used technique that helps people answer the question of why the problem occurred in the first place. Root Cause Analysis seeks to identify the origin of a problem. It uses a specific set of steps, with tools such as the 5 Whys and Cause & Effect Diagram, to find the primary cause of the problem, so that you can determine what happened, why it happened and figure out what to do to prevent its recurrence. Audience This tutorial has been prepared for beginners to help them understand the basics of Root Cause Analysis. After completing this tutorial, you will find yourself at a moderate level of expertise, from where you can advance further. Key Target/Objective: This entire seminar is designed to enable folks to be well informed on the higher level technical aspects of RCA Philosophy, so they can step into this world with full confidence, with the right perspective. Part of the PACE activities (Professional Activities Committe for Engineers). So what is PACE? The Professional Activities Committee for Engineers (PACE) of the IEEE Southeastern Michigan Section, promotes the professional interests of IEEE USA members in this Section. PACE activities may include: * Workshops on career issues (e.g., networking, career planning, career transitions, interviewing skills) * Skill training workshops (e.g., entrepreneurship, effective speaking, technical writing, soft skills, critical thinking, leadership skills, etc) * Government policy as it affects Engineering and Technology. Speaker(s): Sharan Kalwani, Agenda: 07:00 PM - Registration/Sign In, verification of attendee 07:05 PM - Welcome and Introductions, Chapter business update, Session start 09:10 PM - End of session, Q&A, formal conclusion, feedback session and Wrap Up Registration is confirmed only after fee is pre-paid All times are in EST/EDT (East Coast TZ) Virtual: https://events.vtools.ieee.org/m/557966

May 2026 MOVE USA Operations Training Opportunities MOVE Operations Class – 3-part Virtual Series IEEE MOVE USA is offering a dynamic three-part Virtual Operations Class designed for volunteers preparing for MOVE truck deployment, as well as those interested in learning more about the program. Attendance is required for existing drivers and crew members and anyone seeking to advance to a MOVE Truck Driver or Crew Member role. Attendance is encouraged for All MOVE volunteers. The course covers key topics including deployment expectations, truck equipment, and essential safety procedures. Each of the three sessions is conducted virtually and lasts approximately 90 minutes to two hours. Participants will also gain an understanding of the differences among the three MOVE USA trucks, providing prospective drivers and crew members with a solid foundation in both the shared systems and the unique features of each vehicle. Co-sponsored by: IEEE-USA MOVE Program Agenda: The Day 1 session will provide an overview of the MOVE truck operation for MOVE-1, MOVE-2 and MOVE-3 with a high-level understanding of truck operations, power systems, network systems and communications/radio systems. The differences between the three trucks will be discussed. The Day 2 session will provide a detailed orientation and discussion on truck operations, maintenance and power generations systems. The differences between the three trucks will be discussed. The Day 3 session will provide a detailed orientation and discussion on the networking and communications systems. An overview of the Cisco Meraki and radio systems operations and functionality will be provided. The differences between the three trucks will be discussed. Please use the following links to register for all three training sessions. This is a 3-part virtual class. Register to attend >> - Part 1: Tuesday, 5 May 2026 from 8:00 - 9:30 PM ET >> https://events.vtools.ieee.org/m/551951 - Part 2: Tuesday, 12 May 2026 from 8:00 - 9:30 PM ET >> https://events.vtools.ieee.org/m/551952 - Part 3: Tuesday, 19 May 2026 from 8:00 - 9:30 PM ET >> https://events.vtools.ieee.org/m/551953 There will be a test after the third session - material will be provided for the test. Virtual: https://events.vtools.ieee.org/m/551953

[]As the electric grid undergoes rapid transformation, inverter-based resources (IBRs) are playing an increasingly central role in power system performance. The accelerating deployment of renewable generation—particularly wind and solar—combined with the growing demand from large-scale data centers, is driving unprecedented levels of IBR penetration across the grid. This shift toward power electronics–dominated resources introduces new dynamics that differ fundamentally from traditional synchronous machines. Understanding how to model, analyze, and control these resources is essential for maintaining system reliability and stability. IBRs rely on fast-acting control systems, and their interactions with the grid can introduce complex behaviors, particularly in weak system conditions or during disturbances. This training session provides a structured and practical introduction to the modeling and control of IBRs in modern power systems. The course begins with a review of control system fundamentals, including key concepts such as transfer functions, stability analysis techniques (Bode, Root Locus, and Nyquist), and small-signal behavior. It then connects these principles to real-world power system applications, including frequency response, voltage control, and power system stabilization. Participants will explore common instability mechanisms associated with high IBR penetration, including grid-related interactions (e.g., weak grid conditions, sub-synchronous control interactions, and harmonics), IBR-to-IBR interactions, and interactions with synchronous machines. The training also provides an overview of current industry modeling requirements, including relevant NERC reliability standards and recent regulatory developments, along with guidance on model selection and the use of both phasor-domain and EMT simulation tools. Designed for engineers involved in system planning, operations, and interconnection studies, this session combines foundational theory with practical insights to help participants better understand and address the challenges associated with integrating IBRs into today’s evolving power systems. Co-sponsored by: Fareed Kandlawala Speaker(s): Matt, Agenda: - Introduction to Control Systems (30 min) - Purpose and Objective of this Tutorial - focus on small-signal (v. large signal) - History - Present Day - FutureTrends - Basic Control System Theory (45 mins) - Transfer Functions – LaPlace refresher, Open Loop / Closed Loop - Analysis - Bode, Root Locus, Nyquist, Stability Margin Metrics - Applications in Power Systems (50 mins) - Frequency Response / Speed Control - Voltage Control - Power System Stabilization (PSS) - Potential Instabilities & Examples (50 mins) - IBR - Grid Instability (Weak grid, SSCI, Harmonic) - IBR - IBR Instability (Sub-Sync or SuperSync) - IBR - SM instability (SSTI) - Modeling & Requirements Overview (50 mins) - Overview of Modeling Requirements from NERC Reliability Standards & recent FERC Orders - Model applicability and selection - IBR Modeling in Phasor Domain and EMT Software Platforms - Summary (15 mins) Virtual: https://events.vtools.ieee.org/m/554055

Interested in becoming a senior member join us for this event. Online interviews will be scheduled for members wishing to elevate by current Senior Members where the Seniors can get to know the candidates in order to act as references for your application. Senior Member Reviewers will assist interested member candidates with at least 10 years of experience in their profession. To sign up for "Review" Time Slot, please register for this event, send an electronic copy of your resume, and relevant supporting materials (list of papers published, standards work done, patents, senior/leadership positions, etc.) to [email protected] at least two week (May 13th, 2026) before the event. You may not be invited to the event if you do not submit needed documents. IEEE membership enhances every stage of your career. Whether you are an established professional or just starting out, IEEE membership identifies you as superior talent. Advancing your member grade can bring added peer recognition to your accomplishments and shows your employer your desire to improve your technical and leadership skills. Senior Membership is encouraged because it is required, in most cases, for key volunteer positions at the IEEE. Benefit of being a Senior Member As an IEEE Senior member, you receive the following benefits: - Recognition: The professional recognition of your peers for technical and professional excellence. - Leadership Eligibility: Senior members are eligible to hold executive IEEE volunteer positions. - Ability to refer other candidates: Senior members can serve as a reference for other applicants for Senior Membership. - Review panel: Senior members are invited to be on the panel to review Senior member applications. - Letter of commendation: A letter of commendation on the achievement of Senior member grade will be sent to your employer (upon your request). The advancement to Senior Member provides the IEEE members with significant and distinct benefits. These benefits include the eligibility to hold Executive IEEE Volunteer Positions and getting recognition of your peers for technical and professional excellence. Newly elevated senior members will also receive an engraved senior member plaque from IEEE. Virtual: https://events.vtools.ieee.org/m/557235