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

OSHP of India: Bringing power of innovation and manufacturing to the hands of common man. The approach of open source hardware (OSH) is to develop innovative and cheap products through collaborative and incremental contribution to the product design. It also promotes localized and on-demand production. There is a huge opportunity to increase the manufacturing activities through the usage of OSH approach in India. It also will bring the power of innovation and manufacturing to the hands of common man. However, there is a requirement for establishing a platform to bring together all the stakeholders and resources, and to enable the common man for this purpose. Open source hardware park (OSHP) is a very good model to establish this platform. Since this is an activity of national interest and also helps in meeting the objectives of Make In India, OSHP will have to be an initiative of the GOI. There are also many indirect benefits that helps in meeting objectives of other initiatives of GOI.

This group promotes the discussion about agile product management and enables members to come to new conclusions about the use of agile product management in the hardware manufacturing environment. The main goal of this group is to find new management models by combining existing agile models and transfer the knowledge to the industrial product manufacturing. Examples of agile models now in use are Scrum, Lean Innovation and Kaizen. These models and many more are the foundation for the discussion about the realization of a new agile management model for the use in manufacturing in general.

These applications can be pre-installed on phones during manufacturing, downloaded by customers from various mobile software distribution platforms, or delivered as web applications using server-side or client-side processing (e.g. JavaScript) to provide an "application-like" experience within a Web browser. Application software developers also have to consider a lengthy array of screen sizes,specifications and configurations because of intense competition in mobile software and changes within each of the platforms Mobile app development has been steadily growing, both in terms of revenues and jobs created. A 2013 analyst report estimates there are 529,000 direct App Economy jobs within the EU 28 members, 60% of which are mobile app developers

PENTAGON is a leading provider of innovative IT solutions to corporate and public-sector customers, with special expertise in select markets, including Manufacturing and Banking. The company uses technology — including, software and services — to help customers resolve their most complicated IT needs. The company possesses expertise in enterprise architecture and high availability, infrastructure optimization, storage and resource management, identity management and business continuity; and provides industry-specific software, services and expertise to the retail and hospitality markets. Headquartered in Mumbai, PENTAGON operates extensively in India.

The Alphion® access systems family offers optical networking solutions for the rapidly emerging FTTx market. The portfolio includes a full range of products for central office, outside plant, customer premise and network management. The company offers a full range of capabilities to support these solutions: * Design, qualification,and maintenance of Alphion'sand software products for optical switching and routing applications to support both standard and custom requirements * Consultation, design and integration engineering services for telecommunications components, subsystems and systems including both hardware and software support and maintenance Alphion Corporation is a full member of the ITU FSAN group and a leader in developing key technologies for the next generation of passive optical networks. Alphion® is the pioneer in developing all optical PON network extension solutions to extend the reach of broadband services today! Alphion®...Fiber to the future™ The QLight® family of photonic devices is used in FTTx PON extension, medical imaging, test & measurement, fiber optic sensing and telecommunications markets. The QLight® product family consists of SOA-based WDM and extended PON amplifiers, broad-band sources, nanosecond photonic switches, gain elements for tunable lasers, and advanced integrated devices covering the 1060nm to 1620nm range. Alphion®...enabling the photonic future™

Mootek making the industrial computers for varies Type of Industrial PC for Industry. Industrial Automation Electronics manufacturing Industrial Robotics Automation Construction Industry.. An industrial PC (IPC) is a computer system designed for use in industrial applications, such as manufacturing, automation, and process control. IPCs are typically ruggedized, with features like fanless cooling, dust resistance, and shock/vibration resistance, to withstand the harsh conditions of industrial environments. Unlike consumer PCs, which are often replaced every few years, industrial PCs are designed for long-term use and are typically available for several years. They may also have specializedand software, such as additional serial ports, analog I/O, or support for real-time operating systems. Industrial PCs are used in a wide range of applications, such as factory automation, industrial control systems, robotics, and embedded systems. They can be used for tasks such as machine monitoring and control, data acquisition, and analysis, and remote monitoring and control. Mootek Technologies one of the brand for Industrial Computers

Thinking Engineers is a contributor-led community for those shaping the next era of engineering — where systems are built from first principles, governed by intelligence, and continuously assured across their full lifecycle. Engineering is no longer a sequence of static phases. It is becoming a live, intelligent, quantum-informed process where models, data, twins, and physical systems evolve together. This group supports engineers, researchers, and learners who are building and adopting these new architectures. Our approach integrates: • Quantum-ready intelligence — reinforced by synthetic, entangled, and physics-informed datasets • AI-orchestrated meta-systems — enabling real-time, multi-scale adaptation • K-Ledger™ lifecycle assurance — securing authenticity, traceability, and epistemic integrity • IoT-linked digital twins and surrogate— validating systems continuously across life These capabilities enable real-time design evolution, fault recovery, sustainability assurance, and system optimisation through an ongoing, governed loop. We welcome: • Engineers across aerospace, automotive, energy, transport, defence, and advanced• Quantum developers, AI modellers, simulation specialists, and systems architects • Researchers in digital twins, fusion, materials, sustainability, and intelligent platforms • STEM learners and open-source builders advancing physics engines and engineering intelligence We build systems that are: • First-Principles Grounded — physics over heuristics • Quantum-Refined — QSN-Hybrid sensing and entangled datasets • AI-Powered — cognitive agents and generative learning loops • Lifecycle-Secured — blockchain-anchored validation • Live — mirrored, tested, and updated continuously This is not a discussion forum. It is a live engineering environment — a space for those designing, simulating, training, and validating the systems that will define the next phase of engineering. If you are building the future — you belong here.

Welcome to the **Electronics Manufacturing Hub** – the premier LinkedIn group dedicated to the world of electronic manufacturing! This is a vibrant community designed for enthusiasts, professionals, and entrepreneurs passionate about **hardware design**, **PCBA**, and **production training**. Whether you're a seasoned expert looking to share your knowledge or a budding startup eager to make your mark in the industry, this group is your go-to destination. Join us to explore the latest trends, share insights, and discover opportunities in the realm of electronic manufacturing. Engage in discussions, connect with like-minded individuals, and promote your innovativesolutions. Together, let's foster a collaborative environment where knowledge meets innovation, propelling hardware startups to new heights. **Start networking today** and be a part of the revolution shaping the future of electronics!

This group is for networking of people who work with or utilize Bed of Nail type testing hardware through the manufacturing industry.

SMErobotics was the European Robotics Initiative for strengthening the competitiveness of SMEs in manufacturing. It aimed to turn the vision of cognitive robotics into a reality in a key segment of EU manufacturing industry. The goal of SMErobotics was to create SME-compatible robots that can assist in handling uncertainties through symbiotic human-robot interaction and embedded cognition. SMErobotics was supported by the EU’s Seventh Framework Program (FP7) under grant agreement number 287787. The project’s purpose was to foster the research and development of cognitive robot systems for small and medium-sized manufacturing companies in Europe. SMEs are known for having a high variability of products and lot sizes in the production, which entails the need for flexible solutions that support rapid adaptations to new product variants. In addition, the technologies must be so agile that a company can change its processes and assignments of robots without having to call in a specialist. This leads to high demands on the robots´and software capabilities. New and better software components need to be developed for improved communication, understanding and collaboration between humans and robots. Also, robots need, to some extent, to be capable of taking more decisions on their own, with a reliability that gives an SME the confidence that the robot can perform tasks on time and to the standard expected from a human worker. The human worker will then be free to focus on the more challenging jobs in production, which robots cannot yet handle or perhaps never will. Project runtime: 01.01.2012 - 31.06.2016