Have you considered raising your membership grade to senior member? Come and find out more about IEEE senior member level, other membership levels and possibilities for growth. Learn about the elevation application process. Network with senior members who can provide references for your application. Meet our students who will be part of the event and will be learning about professional careers. Whether you want to mentor professionals or students, or are looking for next step in your career come to the IEEE PACE (Professional Activities Committee for Engineers) event. All are welcomed. Agenda: 1 – Arrival 5:30. Light dinner (pizza) is served. 2 – Introduction and presentation 5:40 3 – Small group interviews 6:00. 4 – Raffle 7:00 5 - Wrap up 7:15 Room: 204 A/B, Bldg: SETA IDE Engineering Building, 2500 North River Rd., Manchester, New Hampshire, United States, 03106

Artificial Intelligence has exploded in the last two years. Join us to find out how it is being deployed here in NH. Discuss how businesses are increasing productivity with creative implementation of machine learning. Learn more about the checks and balances within the systems. Our panelists will include: Carinia Clingman, Founder and CEO Recruitomics Consulting. Phil Magnuszewski​, Chief Innovation Officer, Infused Innovations (https://see-sciencecenter.org/adults/) events are informal discussions with local scientists and experts on a particular topic. Science on Tap is an adult education program offered by the SEE Science Center, sponsored by Cambridge Trust. Science on Tap events are free and open to the public, but advanced sign up is appreciated. Their function room can be accessed from the river side of the building. Doors open at 5pm and we will introduce the panelists at 6pm. Bldg: Bo's Lounge at the Stark Brewing Co., 500 Commercial St, Manchester, New Hampshire, United States, 03101

Complex electronics systems and components are subject to various stressors and uncertainties that can affect their reliability and performance over time. Traditional reliability assessment methods, such as statistical models, MTBF estimations, and testing, may not be able to capture the complex interactions and dependencies among the system elements and the failure mechanisms. Physics of failure is an alternative approach that uses physics-based modeling and simulation to understand the root causes of failure, such as device degradation, fatigue, fracture, wear, and corrosion, and to predict the system reliability and life expectancy under different operating conditions and environments. It can also estimate the remaining useful life and the state of degradation of the system. Physics of failure can also incorporate probabilistic methods to account for the uncertainties and variabilities in the system parameters, materials properties, loading conditions, and failure mechanisms. In this presentation, we will present the foundation and methods of physics of failure-based tools for reliability modeling of complex electronics systems and components and demonstrate how they can be applied to various domains. We will also discuss the advantages and limitations of the physics of failure-based reliability modeling and compare it with other reliability assessment methods. The capabilities of Ansys Sherlock will be demonstrated for electronics physics of failure. Speaker(s): Mohammad Pourgol, Agenda: 5:00 PM Networking 5:30 PM Technical Presentation 7:15 PM Questions and Answers 7:30 PM Adjournment Bldg: Main Cafeteria, Lincoln Laboratory, 244 Wood St, Lexington, MA 02421, Massachusetts, United States, Virtual: https://events.vtools.ieee.org/m/381012

Leadership recognition dinner to honor our New Hampshire Volunteer Leaders. This includes our 2023 and 2024 ExCom members, Chapter and Affiliate Group teams, and functional group leaders (Student Activities, Educational Activities, History, Newsletter and professional activities) Also our NH Student Branch leaders - Faculty advisor, and chapter president/vice presidents or their designees. $5 Volunter registration $20 Plus1/non-member registration Room: Pappas Room, Bldg: Puritan Conference & Event Center , 245 Hooksett Road, Manchester, New Hampshire, United States, 03104

CRISPR/Cas9 and related protein:RNA complexes are Gene Editing enzymes that are revolutionizing biological research and also starting to enter the therapeutic realm. A Cas9-based therapeutic strategy to treat sickle cell anemia received approval recently in the United Kingdom and is also being considered for FDA approval in the United States. In this presentation, I will give a broad introduction to enzymes used for Gene Editing, including Cas9, base editors, and prime editors. This introduction is intended for both non-biologists and biologists, including the role of computational analysis in understanding gene editing outcomes. Speaker(s): Dr. Pattanayak, Virtual: https://events.vtools.ieee.org/m/386042