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

Engineers mechanical chemical electronic R&D construction machinery equipment instrument design industrial marine environmental medical electrical civil contract nuclear oil rail telecom software green IT artificial intelligence robot unmanned systems Інжинерія, НДДКР, обладнання, машинобудування, інструменти, промисловий дизайн, роботи, автоматизація, інформаційні технології, програмне забезпечення, штучний інтелект, безпілотні системи, дрони.

Chemical Mechanical Polishing (CMP) is a technology for planarization used in the manufacture of silicon wafers, integrated circuits (IC's), magnetic heads and micro-electromechanical devices (MEMS). Its application has recently grown rapidly with its widespread implementation in the manufacture of IC's with sub-0.5 micron geometries. The CMP Users Group (CMPUG) was formed in October 1995 to explore the issues and challenges associated with this fast growing technology. The CMPUG's main activity is a quarterly meeting with technical presentations on a topic of interest to the CMP community. Admission to the quarterly technical meetings and membership in the CMPUG is FREE and open to anyone involved or interested in CMP Users Group, including those in device and equipment, academia, or consulting. The CMPUG has recently decided to co-sponsor an Annual International Symposium with the German, Japanese, Korean, and Taiwanese CMP Users Groups. The symposium has been named the International Conference on Planarization/CMP Technology (ICPT). This symposium will be hosted on a rotating schedule amongst the five Users Groups. ICPT '06 was held in the Foster City, CA USA, ICPT '07 was hosted by the German CMPUG in Dresden, Germany, ICPT '08 was hosted by the Taiwanese User Group in Hsinchu, Taiwan, ICPT '09 was hosted by the Japanese User Group in Fukuoka, Japan. ICPT '10 will return to the USA and take place in Phoenix, AZ, November 14-18, 2010 and proceed to Europe in 2011. To join, simply enter your contact info here. Once you are on the e-mail distribution list you will receive Call for Papers and Meeting announcements prior to each meeting.

Welcome to the Manufacturing Data group. This is the platform for IT & OT innovation leaders to discuss infrastructure frameworks and the requirements of Industry 4.0. This is an extension of the IIoT Summit community, where forward-thinking companies from Manufacturing, Infrastructure, Energy and Transportation collaborate on the Industrial IoT revolution. All IIoT experts and enthusiasts are welcome to share and be inspired by case studies of active IIoT projects, find and share up-to-date insights on how industrial data is being used, network with industry peers, and discuss every aspect of IIoT. Industrial Sectors: Oil & Gas& Power Food & Beverages Transport Aerospace & Automotive Agriculture Pharmaceutical Metals, Mining & Construction

This networking group will helps all kinds of Engineers to find career opportunities and progression. Through connection with group owner (Laura "[email protected]" Tomson) all members can find career opportunity from more than 600+ engineering vacancies and more than 7000+ vacancies in all possible industries for USA and Canadian in all areas. Salary starts from 80000$ up to 400000$ a year. Keywords: Aeronautic / Avionic Engineering, Bio-Engineering, CAD / Drafting,, Civil & Structural Engineering, Electrical, Energy / Nuclear Engineering, Engineering Design, Environmental and Geological Engineering, Hardware, Industrial /, Mechanical, Naval Architecture / Marine, Process, RF / Wireless, Structural, Systems, IT Enginering, Other Engineering

Spatially Offset Raman spectroscopy extends the applicability of Raman spectroscopy to deep non-invasive probing of diffusely scattering samples such as biological tissues, powders and plastic translucent bottles. Benefits stemming from the inherent properties of Raman spectroscopy include highspecificity and compatibility with water containing sample. Emerging applications include noninvasive disease diagnosis (eg cancer and bone), probing of explosives concealed in non-metallic plastic bottles in aviation security, counterfeit drug detection and the identification of incoming materials in pharmaceutical manufacturing. Discussions on the development of the technique and its applications are invited.

Pressure Vessel is a professional networking group dedicated to engineers, inspectors, designers, and all professionals involved in the design, manufacturing, inspection, and maintenance of pressure vessels and related equipment. Our mission is to: - Share technical knowledge and updates - Discuss relevant codes and standards (ASME, EN, PED, etc.) - Support collaboration on best practices and challenges in the industry - Connect professionals globally for career and project opportunities Whether you work in oil & gas, power generation,processing, or any industry involving pressure vessels, you’re welcome to contribute and grow with us.

In order to have a collection of experiences, It is important to note all the common mistakes and their solutions in this group based on different factors such as location of the dam and/or environmental effects.by all the specialists in all related branches such as Environmental management •, Standard management •, Dam design •, Water engineering •, Environmental engineering •, Hydraulic•, Hydrology•, Executive management •, Role Curve •, Reservoir outlets •, Reservoir inlets •, bottom outlet •, Project site •, Materials of Concrete•, Materials used in construction•, Stratification •, advantage of building•, drainage•, ground water •, ground water •, Seismic Aspects•, Tailing•, Floods •, Development and Management of River Basins•, Hydroelectric Power•, Advantages of building Dams •,flaws•, positioning•, Materials of Embankment •, Synthesis of Provincial requirements •, Consistent with the comprehensive plan of water •, Land use planning •,Water quality •,Surveillance •, Salinity•, Sampling•,laboratory •, Biological Lab. •, Physical Lab. •, Soil mechanic Lab. •, Concrete Lab. •, Environmental Health•, Microbiology •, Human Ecology •, Pathogenicity •, Epidemiology •, Physical•, Chemical •, Biological•, Climatology •, Geology •, Geotechnical •, Ecosystems •, Fishery•, Agricultural•, Food chain•, Geographic•, Species•, Fauna •, Economic•, Hydrothermal •, Sedimentations•, Legal •, Social •,ets............... • and putting the Recommended Solution to avoid the mistake or errors. As ,It is important to note that every experience. In the final, I hope to find out all the up to date people opinion in: Common mistakes in Environmental dam construction and their impacts Common mistakes in site selection Common mistakes in design. / control flood /..... Common mistakes in water pollution. Common mistakes in maintenance. In all scientific and technical professionals and/or specialists above branches.

Beginning in 1981, Purolite has evolved from a small domestic importer of ion exchange resins to the premier manufacturer and innovation leader in the world. As time and technology have changed, so has Purolite. Our dedication to research and innovation is paving the way for new opportunities and endless applications. In recognition of this evolution, our brand identity now reflects the company we have become and our vision for the future. Purolite has a globalcapability with factories in Philadelphia USA, Victoria Romania, and Hangzhou China coupled with an established network of sales offices, distributors and agents located close to our customers. Purolite continues to develop its manufacturing capacity, product quality and innovation through investment in new equipment and improved research facilities. Purolite has the largest commitment to R&D of any resin producer globally with five R&D facilities in China, Romania, Russia , UK, and USA. We strive to develop products that will give our customers a competitive edge. Our ability to quickly custom configure a solution that fits each client's requirements is what sets Purolite apart from the competition. Purolite is committed to developing products that have the minimum possible environmental impact and is a prime manufacturer and distributor of products which are widely used in; pharmaceutical production; microchips (where our low TOC resins meet the demand for Ultra Pure water for manufacturing semiconductors); potable water;and refining industries; catalysis; the food and beverage industry; metals extraction; metals finishing; electroplating; nuclear power generation; chromatographic separation and adsorbent chemistries. With our market leading manufacturing capacity, broad product range and record of innovative research, Purolite has a unique commitment to the specialty resins market place. Purolite is more than a resin company. It’s a solutions company.

1. PRODUCTION HEAD / INCHARGE :-: B.E. (Chemical) / M.Sc. (Chemistry) having 10 to 15 years experience out of which minimum 5 Yrs. exp. Production Head or In-charge in Pigments, Dyes & Dyes Intermediates Industries. 2. PRODUCTION SHIFT INCHARGE / SHIFT CHEMIST :-: B.E. (Chemical) / M.Sc. (Chemistry) having 3 to 5 years experience and B.Sc (Chemistry) with 7 to 8 years experience knowledge of Distillation, Filtration & solvent operation is preferred. 3. R & D INCHARGE / R & D CHEMIST :-: B.Sc. / M.Sc. (Organic Chemistry) having 3 to 7 years experience and knowledge ofReaction is essential. 4. ETP INCHARGE / ETP CHEMIST :-: B.Sc. / M.Sc.(Environmental Science) / B.E. (Environment) having 3 to 7 years experience and knowledge about all the ETP parameters & also knowledge of MEE Plant in Chemical Industries. 5.ELECTRICIAN / WIREMAN :-: Desired Skills: - Candidate should be Certified Electrician / 2nd Class Wireman Certificate having more than 3 to 5 years experience in H.T. Line. Note:- Preference to be having experience from Pigments / Dyes / Dyes IntermediatesIndustries for above mentioned positions. Note1:-Transportation facility will be provided from Ahmedabad to kadi Relevant Experience Send resume [email protected]

There is two method of recycling for manufacturing secondary aluminium casting alloys. One is manufacturing from recycling of non alloyed Aluminium Scrap(Al-97%-99.5%) as basic raw material. And the other Alloy Elements(Like - Silicon, Copper, Magnesium, Manganese, Zinc, Nickel etc.) are added separately with proper production treatment. These Aluminium Casting Alloys matches not onlyComposition but also required Physical, Mechanical & Electrical Properties of the material for technical use. Second method is manufacturing from recycling of alloyed Aluminium Scrap with other attachments and impurities as basic raw material. And the other Alloy Elements(Like - Silicon, Copper, Magnesium, Manganese, Zinc, Nickel etc.) are added to match the chemical compostion only. These Aluminium Casting Alloys do not matches required Physical, Mechanical & Electrical Properties due to other impurities melted while the process. These kind of alloys can be used for assembly part where no technical and engineering properties required. But casting from these alloys effect the life of our product also.