AI HR Solutions: Top Networking LinkedIn Groups for LinkedIn Hiring Excellence in 2026

John Boys Transdisciplinary Wireless Power Technology Centre — a new flagship research initiative at Waipapa Taumata Rau, the University of Auckland, advancing the next generation of wireless power and advanced electronics technologies. Named in honour of Emeritus Professor John Boys, whose pioneering and numerous inventions in resonant inductive power transfer reshaped global industries — powering everything fromvehicles, industrial materials handling, lighting and clean rooms to billions of mobile devices — the Centre continues New Zealand’s legacy of world-first innovation in power research and technology. This new Centre will act as a national and international catalyst — supporting future-focused industries, accelerating commercialisation, and enabling New Zealand to lead in the global transition to smarter, cleaner, wirelessly powered systems. By uniting experts in power electronics, materials science, mechanical and transport engineering, physics, and bioengineering, the Centre is creating scalable, efficient, and sustainable wireless power solutions for real-world impact.

This group is open to participants and collaborators of IEEE SCC21 P2030 : "Draft Guide for Smart Grid Interoperability of Energy Technology and Information Technology Operation with the Electric Power System (EPS), and End-Use Applications and Loads" This document provides guidelines for smart grid interoperability. This guide provides a knowledge base addressing terminology, characteristics, functional performance and evaluation criteria, and the application of engineering principles for smart grid interoperability of the electric power system with end-use applications and loads. The guide discusses alternate approaches to good practices for the smart grid. This standard provides guidelines in understanding and defining smart grid interoperability of the electric power system with end-use applications and loads. Integration of energy technology and information and communications technology is necessary to achieve seamless operation for electric, delivery, and end-use benefits to permit two way power flow with communication and control. Interconnection and intra-facing frameworks and strategies with design definitions are addressed in this standard, providing guidance in expanding the current knowledge base. This expanded knowledge base is needed as a key element in grid architectural designs and operation to promote a more reliable and flexible electric power system.

This is a forum for discussion, planning and action regarding development of magnetic materials and their use in electrical engineering. This chatt forum is inspired by the huge response regarding by the notification of my recently published book HANDBOOK OF ELECTRICAL STEEL https://lnkd.in/eg8hNSJe In the book I address some areas where a further development of magnetic materials and their use in Electrical Engineering have a potential to make a substantial impact regarding generation and use of electric power. My suggestions are: - In the development of new magnetic materials more efforts should be put on applied quantum chemistry studies on various compositions and structures of tentative new magnetic material. As an example during the literature survey for this book I did not find any good quantum mechanical study of how the Si content influence on the magnetic properties of electrical steel. - In the design of magnetic devices it is extremely important to be able to study how different topologies impact on the functional properties of a devise or system. The dominating approach today is to use the finite element method. This approach, however, is extremely demanding regarding computational power. The much more computationally effective approach should be developed further. This is a task for software developers and engineers. A big leap of this approach will be to attain the same degree of maturity as that of the finite element method. I believe that there also are other areas that have potential to make substantial impact regarding generation and use of electric power. The intention with group is that it shall be a forum for discussion, planning and action regarding further research and development development of magnetic materials and their use in Electrical Engineering. So, if you are interested of this forum, you are WELCOME TO JOIN ! Göran

Current industry trends will fundamentally change how the grid operates and have a profound impact on how utilities provide electricity to their customers. These trends include: * Production from renewable sources * Electricvehicle adoption * Zero net energy buildings * Retail tariff design * Net energy metering * Smart grid * Distributed* Energy efficiency * Demand response Utilities will need to adapt in order to embrace and support this change, so it is incumbent upon current and future industry leaders to create new strategies and creative ideas that will incorporate these developments into existing business practices. Therefore,Trip brings together tomorrow’s industry leaders to talk about the future of the utility and the solutions that will optimize use of grid infrastructure going forward.

FINESCE stands for Future Internet Smart Utility Services. It is a project in the framework of the EU Future Internet Public Private Partnership (www.fi-ppp.eu) funded in the FP7 program. In 7 trial sites spread over Europe the project demonstrates that the energy revolution is possible if we use the latest hardware and software technology: - We are looking at smart customers and smart buildings in Malmö (Sweden), Horsens (Den-mark) and Madrid (Spain). - Our partners in Dublin (Ireland) cover the issues of electric vehicles including load balance service to the electricity grid. - In Köln and Aachen (Germany) we investigate cross-border Virtual Power Plants in combination with a smart factory that is flexible in its energy consumption. - In Terni (Italy) we implement an electronic market place where actors of a future smart energy system can trade their consumption and generation capacity on a local market. The FINESCE LinkedIn Group was created for members of the FINESCE Innovation Community and other interested parties to discuss, get in contact with other participants from the Innovation Events and exchange ideas and information.

The IEEE Power & Energy Society is a worldwide, non-profit association of more than 24,000 individuals engaged in the electric power energy industry. PES members are involved in the planning, research, development, construction, installation,operation of equipment and systems for the safe, reliable, and economic,, measurement, and control of electric energy. There are more than 200 members in the Connecticut Chapter.

The Purpose of HARDHATS is to specifically bring together both Customers and Contractors and to allow both the ability to identify potential partnerships, as well as career and business opportunities within industries having OSP (Outside Plant) Construction & Infer-structure, Water, Gas, Sewage,Utilities,, Electric T&D, Gas, Solar Energy, and Wind Generation, Telecom, Mobile Cellular, CATV Broadband Telecommunications, and State & Municipal Infrastructure.

This is a networking group for Alumni, Sudents, Faculty, and Staff of CURENT. This is a forum for meeting and discussing issues relevant to CURENT's vision statement as well as member career development. CURENT, Center for Ultra-Wide-Area ResilientEnergy Transmission Networks, is a National Science Foundation Engineering Research Center that is jointly supported by NSF (National Science Foundation) and the DoE (Department of Energy). A collaboration between academia, industry, and national laboratories, CURENT is led by the University of Tennessee, Knoxville. Partner institutions include: Northeastern University, Rensselaer Polytechnic Institute, and Tuskegee University. CURENT's Vision A nation-wide or continent-wide transmission grid that is fully monitored and dynamically controlled in real-time for high efficiency, high reliability, low cost, better accommodation of renewable energy sources, full utilization of energy storage, and accommodation of responsive load. A newof electricand energy systems engineering leaders with global perspectives and diverse backgrounds. CURENT'S research focuses on the following thrusts and testbeds: Actuation, Control, Modeling & Estimation, and Monitoring; Large Scale Testbed, and Hardware Testbed.

QuEST is an engineering solutions company incorporated in 1997 with headquarters in Singapore. Fifteen years since, the company now employs over 4000 engineers. In addition to 35% year-over-year of organic growth, QuEST is keen to continue growth through acquisitions. QuEST caters to multiple high technology verticals such as Aero Engines, Aerospace and Defense, Industrial Products, FMCG, Power Generation, Oil & Gas and Nuclear Engineering. Our portfolio of services and solutions covers all aspects of the product development and engineering process such as Project Engineering, Product Design, Product Development, Prototyping, Testing, Certification, Manufacturing Support, Product Support (sustenance, repair, documentation etc.), Product re-engineering as well as Consulting Services. Our service offerings cover mechanical engineering, electrical engineering, and electronics and embedded systems engineering. With our diversified portfolio and geographic spread we have been able to conceptualize, design & develop, test, manufacture, certify and support different kinds of products worldwide. QuEST has a Global Product Development framework that is anchored on a local-global approach to Product Engineering, to ensure close co-operation between customer teams and QuEST's global teams. We have successfully implemented a network of collaboration across teams in 21 geographically dispersed engineering centers catering to an exclusive list of customers such as General Electric, Pratt & Whitney, Hamilton Sundstrand, Rolls-Royce, Airbus, Honeywell International, Baker Hughes, Toshiba, Siemens Energy, Daimler AG and Caterpillar to name a few. QuEST is a unique company that has cracked the code for linking multi-national engineering teams to work together as one team to serve our demanding customers, providing high quality product design and engineering services at the most optimal cost. QuEST Official LinkedIn page. http://www.linkedin.com/company/quest_2

RMIT Electric Racing is a team of university students that design, manufacture, assemble, test and race an electric-powered, sustainable, open-wheeler race car. The car is then presented and demonstrated at the Society of Automotive Engineers Formula SAE competitions nationally and globally, to compete in high intensity dynamic races and team presentation events. RMIT is majorly committed to a sustainable future and as such RMIT e-racing created Australia's first ever Formula SAE all electric vehicle in order to help our students enter the world of sustainable engineering. This first attempt at an electric vehicle was an exercise in curiosity which saw our students modify an older generation petrol vehicle to run on electric power. Participating in Formula SAE provides us with amazing opportunities, not only in hands on experience on a large professional style project, but also through invaluable opportunities to meet people from industry, gain technical skills, work with other peers of all experience, develop management, communication and leadership skills, and the recognition of being a part of a competitive internationally recognised competition. Many of our past members will testify that participating in FSAE provided them with more practical learning and opportunities than most of their studies combined.