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

Natural hydrogen (also known as white or geologic hydrogen) is moving quietly towards disrupting the energy sector: those who understand this field will not only recognize the significant investment potential, but also the power natural hydrogen will have in decarbonizing industry. However, because the space sits at the intricate intersection of the geology, energy, and oil and gas industries, requiring deep research and education into each of these, natural hydrogen has not received the attention (or investment) that it deserves. The purpose of this group is precisely that: to demystify the information that can help you make strategic decisions in the natural hydrogen space. We share constantly updated news, scientific and financial articles, as well as investor information that can help you build a natural hydrogen investment strategy; plus, the group also functions as a platform for E&P companies and investors to share updates and network with individuals from other sectors. Additionally, we provide useful links to industry service-providers who are offering resources in this space, such as marketing, consultancy and research, and financial services. This group is hosted and managed by Mafic Consulting Group, as part of our efforts to aggregate the latest information on the natural hydrogen industry and to bring investors, researchers, and explorers together in one place to connect and exchange insights. It is our goal to use this community to hasten the development of the natural hydrogen industry.

Food Allergens Laboratory. Its services covers the wide areas of food safety and quality, including : - laboratory analysis of important biological or chemical parameters, such as food allergens, GMO, nutrients (eg vitamins), residues (eg veterinary, pesticides), chemical contaminants (eg PAH, mycotoxins, heavy metals) and biological hazards (eg specific pathogens or toxins derived) - trade of rapid/screening tests and other food/feed quality monitoring & control equipment - food training, food inspection and food research & development services (there is extensive experience in customized training and auditing services to food businesses in order to comply with the provisions of the Food Safety EU Legislation and with food safety objectives-please request details). Our scientific team is comprised of scientific specialties instrumental to food safety and quality management aspects and issues (i.e. chemist, molecular biologist, agriculturist, chemical engineer etc). In less than 2 years operation Food Allergens Laboratory achieved - to build up well organised and fully equipped and operated chemical , molecular biology and immunochemical departments - certification against ISO9001 for laboratory analysis, trade and training services (accreditation against ISO17025 is planned up to the end of the year) Our long experience as lab service and workshop provider for the food businesses allowed us to establish the first Food Allergens & Contaminants laboratory service based on the effective and efficient use of immunochemical & molecular biology analytical techniques, to be the 1st laboratory analyses food allergens in Northeast Europe and to be the 1st Greek Laboratory analyses PAH. Well known food organisations/businesses are included in our customer list (please see in other part of the web site or request details). The list of our clients includes Food Safety authorities, Institutions, Hospitals and large Food Industries.

The workshop on Scientific Cloud Computing (ScienceCloud) will provide the scientific community a dedicated forum for discussing new research, development, and deployment efforts in running these kinds of scientific computing workloads on Cloud Computing infrastructures. The ScienceCloud workshop will focus on the use of cloud-based technologies to meet new compute intensive and data intensive scientific challenges that are not well served by the current supercomputers, grids or commercial clouds. This workshop encourages interaction and cross-pollination between those developing applications, algorithms, software, hardware and networking, emphasizing scientific computing for such cloud platforms. We believe the workshop will be an excellent place to help the community define the current state, determine future goals, and define architectures and services for future science clouds. Topics of interest include (in the context of Cloud Computing): • scientific computing applications • performance evaluation • programming models and tools • storage cloud architectures and implementations • compute resource management • high-performance computing • models, frameworks and systems for cloud security

This group is open to Earth scientists , including Geophysicist, Geologists, Oceanographers and Climatologists, Instrumentation Engineers and other specialized professionals interested in providing centrally managed consulting services in support of expanding the state of the art of seismology, exploration geophysics, geology, oceanography and climatology. Legal and business professionals having significant domain expertise can also join. Its members practice open innovation, collaborative research and joint consulting. The groups requires 80% complete LinkedIn profiles. Continued membership is subject to periodic revisions. Employers, Professional recruiters and HR personnel can send their resumes for posting to Understanding Earth patterns and quantifying its limited resources is now possible by means of high performance computing simulation, distributed sensing technology and global networks. This group is organized for the purpose of making breakthrough contributions to the development of technology to better understand Earth through centrally coordinated open innovation. We acknowledge that many global problems and product challenges can be confronted using the methods of applied physical and biological sciences. We believe that there are vast amounts of human capital underutilized. We also believe that the global scientific effort is scattered and poorly distributed. We believe that laboratory resources and human capital are inefficiently utilized. Open innovation, using ad-hoc networks of collaborators can mitigate the inefficiencies and allow faster progress into a better world.

We believe that sharing data reinforces open scientific inquiry, encourages diversity of analysis and opinion, promotes new research, makes possible the testing of new or alternative hypotheses and methods of analysis, supports studies on data collection methods and measurement, facilitates the education of new researchers, enables the exploration of topics not envisioned by the initial investigators, and permits the creation of new datasets when data from multiple sources are combined. the Center strive to: Promote cross-fertilization of scientific knowledge, resources and ideas that will advance the field of quantitative electrocardiography and to meet the aforementioned goal. Develop specific projects to implement and to grow the repository of ECG information in the THEW; Facilitate scientific projects toward the development, testing and validation of ECG-related technologies and platforms; Leverage expertise and resources toward the implementation of collaborative projects among FDA, UR, and other public and private stakeholders; Identify, develop and evaluate new electrocardiographic markers of cardiovascular risk related to management of patient care and evaluation of new molecular entities; As appropriate, incorporate scientific findings from the THEW into the premarket evaluation process for electrocardiographic devices and associated methodologies, and into the total product life cycle. This center will provide services to researcher’s world-wide by fostering and distributing resources (data and tools) needed to conduct ECG-related activities (technology development and ECG metrics). We expect this initiative to spawn various collaborative research projects to not-for-profit entities and to facilitate the development of improved ECG technologies for cardiac safety.

The National Education and Research Network (Rede Nacional de Ensino e Pesquisa – RNP) is the Brazilian infrastructure of advanced network for collaboration and communication in the fields of teaching and research. Besides connecting all federal institutions of higher education and research, this infrastructure provides a testbed for the experimental development of new applications and network services for the benefit of its users. Also called RNP2 backbone, this infrastructure connects 329 Brazilian institutions among them and with foreign institutes, according to the census of the year 2000, making it possible for people and resources to interact through advanced applications. RNP2 maintenance and updating is made by the Inter-ministerial Program of the Ministry of Education and the Ministry of Science and Technology (Programa Interministerial dos Ministérios da Educação e da Ciência e Tecnologia – PI-MEC/MCT), through a contract signed between the RNP Association and the Ministry of Science and Technology. Besides receiving public resources, RNP, in its condition as a priority computer science program, gathers private resources by means of projects with computer science enterprises (Law number 8,248/91) and other organizations. The RNP Association, a non-profit civil institution, was created in 1999 in order to follow the project made in 1989 by the Ministry of Science and Technology, subordinated to the National Council of Scientific and Technological Development (Conselho Nacional de Desenvolvimento Científico e Tecnológico – CNPq). In 2002, the RNP Association was qualified as a Social Organization by the federal government.

Technoeconomics of Energy Systems Laboratory (TEESlab) operates within the Department of Industrial Management and Technology of the University of Piraeus (UNIPI), one of the oldest and most prestigious business schools in Greece. TEESlab is a multidisciplinary scientific unit that carries out research on the following scientific areas: • Technoeconomic analysis & evaluation of energy systems • Energy market modelling & design of new innovative market mechanisms • Management of energy resources • Energy efficiency technologies • Technologies for better utilization of Renewable Energy Sources • Energy system analysis & planning • Security and reliability of energy supply • Energy system modelling, simulation and scenario development • Distributed Energy Systems & Smart Grids • Analysis and modelling of energy consumer and producer behaviour • Development and application of consultation methods with energy market stakeholders • Green Economy applications • Energy and Climate Policy tools • Design, Monitoring, Evaluation & Analysis of Energy and Climate Policy Impacts TEESlab benefits from the backstopping support and administration services of the University of Piraeus Research Center (UPRC) – certified with the international quality standard ISO 9001:2008, since December 2011. Visit us at: http://teeslab.unipi.gr/

China Foundry Association (CFA) is a national non-governmental organization approved by the State Council of P. R. China and registered with the Ministry of Civil Affairs of the Chinese government. It is made up of foundry enterprises, institutional units, scientific research institutes and regional foundry associations in China. It represents and serves for the interests of national foundry industry and promots the development of the foundry field. CFA is responsible for promoting the development of the foundry industry, protecting the industry interests, strengthening the discipline of the industry, and reflecting the claims of the members. It acts as the bridge linking the governments and enterprises and serves for enterprises. Meanwhile, CFA also holds the international exhibitions and conference related with the foundry field, develops international technical communications and cooperation, organizes overseas special investigation and provides the information of this field, technical consultation, training and so on. The primary tasks of the Association are: ● To act as a “bridge” between the international buys and local foundry enterprises; ● To provide sales information; ● To offer consulting services; ● To organize large scale international foundry exhibitions; ● To organize large scale international foundry directors conference; ● To organize technical cxchanges; ● To organize overseas study toura; ● To promote sino-foreign co-operations; ● To arrange trade negotiations between Chinese and foreign foundry enterprises; ● To offer services on translation, printing, publication, distribution, photo taking, video production, promotion, etc. Topics on: Precision Investment Castings, Sand Castings, Aluminum/ Zinc Die Castings, Gravity Die Castings,,, CNC Machining, Contract Manufacturing, Logistics&Supply Chain... ... Anything on Metal Castings. Sponsor: Zhejiang Fokli Group Co., Ltd. Website: www.fokli.com

The Ghana Institute of Chemical Engineers (GIChE) is a nonprofit organization providing leadership to the chemical engineering profession. Representing members in industry, academia, research, government and entrepreneurship. GIChE provides platforms to advance the theory and practice of the profession, upholds high professional standards and ethics, and supports excellence in education and the chemical engineering practice. GIChE host a global network of intelligent, resourceful professionals who willingly share wisdom, and erudition opportunities originating from recognized authorities and institutions. All colloquiums are intended to resource and to aid in your professional progression and enrichment of the society we live in. GIChE VISION AND MISSION GIChE's Vision is to Provide Value as: 1. The Inclusive Leader of the chemical Engineering profession, 2. The Interminable Center for professional & personal growth, and security of chemical engineers, 3. The Principal Catalyst in applying chemical engineering expertise in meeting societal needs. GIChE Mission: • Promote excellence in chemical engineering education and general practice • Advance the development and exchange of relevant knowledge and intelligence. • Uphold and advance the profession's standards, ethics and diversity • Enhance the lasting career development and financial security of chemical engineers through products, services, networking, activism, and advocate standard pay scales. • Fuel and sustain collaborative efforts among industry, universities, government, and other professional societies and institutes. • Encourage other engineering and scientific professionals to participate in GIChE activities. • Advocate public policy that embraces sound technical and economic information and that represents the interest of chemical engineers • Expedite public understanding of technical subjects. • Realize excellence in operations of the Institute.

As the US builds out its health information technology infrastructure, one of the biggest long term hopes is that the data generated from health records will be able to provide insights into medical care that until recently were not possible. Data collected by clinicians in the course of seeing patients can potentially provide insights in such areas as patient safety, drug development, research and even policy. With interest in comparative effectiveness rising rapidly with the rise in healthcare spend, finding new ways to leverage this data is critical to the success of multiple industries in the healthcare sector. In 2007 the American Medical Informatics Association (AMIA) published a white paper on creating a national framework for data stewardship. This was the result of a meeting and discussion from a national blue ribbon panel convened by AMIA in 2006. By 2008, an advisory group from Health & Human Services, the National Committee for Vital and Health Statistics held hearings on the subject and eventually published a white paper on the subject as well. Now in 2010, with unprecedented funding from the federal government, this issue is of even more important than ever. To find these insights, medical informatics techniques and infrastructure are needed at the clinician level, health plan level and drug manufacturer level - and many additional businesses within the value chain. In addition, standards need to be constructed and enacted to ensure that when studies of these data are presented, sound scientific methods are used in these studies. The focus of this group is to discus trends and view points on the uses of healthcare data for decision making in domains such as: • Drug development • Device development • Safety surveillance & monitoring • Clinical Trials protocols and techniques • Medical Procedure evaluation • Clinical decision making We welcome anyone who has an interest in this space and can contribute to the discussion.