Latest news with #Industry4.0
Hans India
7 hours ago
- Business
- Hans India
NALCO holds meet on Smart Mining
Bhubaneswar: National Aluminium Company Limited (NALCO) organised a conference on Smart Mining & Manufacturing in Bhubaneswar on Friday on the theme 'Smart Aluminium: Driving Operational Excellence through Industry 4.0.' The event brought together key stakeholders from industry, academia and technology sectors to explore how digital innovation is reshaping manufacturing and industrial operations. Inaugurating the conference, NALCO CMD Brijendra Pratap Singh emphasised the importance of embracing Industry 4.0 technologies to boost efficiency and competitiveness. Singh highlighted the role of progressive government policies, such as support for start-ups and 'Make in India' initiative, in fostering self-reliance. He said India, as the fourth-largest economy, is witnessing strong investment and infrastructure growth, driving rapid expansion in the core and manufacturing sectors. In his welcome address, Jagdish Arora, Director (P&T), described Industry 4.0 as a revolution driven by advancements in automation, AI and IoT that enables transformative value creation across manufacturing and industrial operations. Vedanta Aluminium Limited CEO Rajiv Kumar graced the occasion as the distinguished guest while Sarajit Jha, Chief – Business Transformation & Digital Solutions, Tata Steel, joined the session virtually as a keynote speaker. Pankaj Kumar Sharma, Director (Production), and Tapas Kumar Pattanayak, Director (HR), NALCO, also shared their insights. Industry leaders from SAIL, Tata Steel, Vedanta, Deloitte India, EY-Parthenon and McKinsey & Company participated as distinguished speakers at the conference, contributing to discussions on emerging trends and strategies in the Industry 4.0 landscape. The conference provided a collaborative platform to exchange ideas, showcase emerging technologies and discuss strategies for accelerating Industry 4.0 adoption, featuring tech sessions and panel discussions on AI and data analytics. Technocrats, researchers, policy makers and delegates from the metal sector and allied industries shared technological know-how.
Trade Arabia
17 hours ago
- Business
- Trade Arabia
ADIO, Metal Park to set up 4IR competence centre in Abu Dhabi
The Abu Dhabi Investment Office (ADIO), in partnership with Metal Park Investment Middle East, announced the establishment of a dedicated Industry 4.0 Competence Centre in Abu Dhabi. The advanced technology hub will play a central role in accelerating the digitalisation of the metal manufacturing sector, supporting the emirate's ambition to lead globally in next-generation industrial innovation. The Centre reflects a shared commitment to enabling manufacturers with Industry 4.0 technologies, empowering businesses to thrive in an increasingly digital and data-driven industrial landscape. The facility spans over 5 million sq ft within Metal Park's purpose-built industrial zone in Kezad, located approximately 8km from Khalifa Port. The centre is exclusively tailored to the needs of the metal manufacturing value chain, offering specialised infrastructure and digital environments to enable rapid prototyping, pilot testing and scale-up for Industry 4.0 applications. As a gateway to Abu Dhabi's dynamic industrial ecosystem, the Competence Centre will provide a robust platform for the development, testing and scaling of technologies such as robotics, the Industrial Internet of Things (IIoT), predictive maintenance, digital twins, AI-enhanced production optimisation and autonomous logistics, said the statement from ADIO. The Centre will also serve as a centre of excellence for capacity building, equipping the workforce with the skills required to operate in a digitally-enabled industrial future. The initiative aligns with the Abu Dhabi Industrial Strategy (ADIS), and the Centre is poised to play a critical role in contributing directly to the strategy's objective of doubling the manufacturing sector's GDP contribution to AED172 billion by 2031, it stated. Mohammad Al Kamali, Chief Industry & Trade Officer, ADIO, said: "Abu Dhabi is entering a new era of economic transformation where innovation, sustainability and advanced technology define our industrial future." "This partnership with Metal Park exemplifies how ADIO empowers the private sector to scale globally competitive operations from Abu Dhabi," he stated. Saleh Shahrestani, Chairman of Metal Park, said: "The Competence Centre will be a cornerstone of technological progress in the regional metal industry. Together with ADIO, we are creating an enabling environment for industrial players of all sizes to develop, validate and implement cutting-edge solutions that augment Abu Dhabi's role as a leading global hub for advanced manufacturing."
Time Business News
a day ago
- Business
- Time Business News
How AI is Revolutionizing SAP Architecture in Modern Manufacturing
In the quickly advancing scene of advanced fabricating, counterfeit insights (AI) is no longer a cutting edge concept but a present-day reality changing businesses around the world. One of the most critical recipients of this mechanical insurgency is SAP engineering, where AI integration is reclassifying how fabricating endeavors work, enhance, and compete on a worldwide scale. This article investigates how AI is revolutionizing SAP design in cutting edge fabricating, driving SAP-driven fabricating development and clearing the way for brilliantly, proficient, and responsive generation frameworks. SAP (Frameworks, Applications, and Items) has long been the spine of endeavor asset arranging (ERP) frameworks over businesses, counting fabricating. It gives comprehensive arrangements for overseeing supply chains, generation forms, stock, and financials. In any case, the conventional SAP frameworks, whereas vigorous, frequently confront challenges in dealing with the expanding complexity and real-time requests of today's fabricating environments. Enter AI — a game-changer that improves SAP engineering by presenting capabilities such as machine learning, prescient analytics, characteristic dialect preparing, and robotization. AI engages SAP frameworks to go past inactive information preparing for energetic decision-making, empowering producers to optimize operations with phenomenal exactness. In addition, AI improves request determination by processingOne of the center focal points of coordination AI into SAP design is the noteworthy boost in generation proficiency. AI calculations analyze tremendous sums of information produced by fabricating hardware, supply chains, and client requests to recognize designs and peculiarities that human administrators might miss. For case, AI-powered prescient upkeep inside SAP frameworks makes a difference expect gear disappointments some time recently they happen, minimizing downtime and upkeep costs. By estimating when machines require overhauling, producers can plan support proactively, hence dodging exorbitant interruptions. chronicled deals information, advertisement patterns, and outside components like financial markers or regular vacillations. This empowers producers to adjust generation plans with genuine showcase needs, lessening overproduction and stock holding costs. AI moreover optimizes asset allotment by analyzing vitality utilization designs, crude fabric utilization, and workforce efficiency. Through cleverly planning, SAP frameworks guarantee that assets are utilized productively, diminishing squander and operational costs. The concept of Industry 4.0 centers around smart factories where interconnected systems communicate and make decisions independently. AI-powered SAP architecture is crucial to realizing this vision. Intelligent manufacturing systems rely on real-time data integration and AI analytics embedded within SAP platforms to coordinate complex processes seamlessly. A key advantage is AI-driven supply chain optimization, which allows SAP systems to dynamically adjust logistics, forecast disruptions, and ensure timely delivery of components and finished goods. This visibility enables manufacturers to respond rapidly to supply issues such as vendor delays or transportation breakdowns, thus maintaining consistent production flows and customer satisfaction. Additionally, AI improves supply chain straightforwardness by empowering SAP frameworks to track materials, components, and wrapped up items all through the fabricating lifecycle. This perceivability makes a difference producers respond rapidly to disturbances such as provider delays or coordination issues, guaranteeing steady item delivery. Furthermore, AI-powered quality control frameworks coordinated with SAP design utilize computer vision and sensor information to distinguish absconds early in the generation line, minimizing squander and progressing item unwavering quality. Cutting edge shoppers request customized items and speedier conveyance times, pushing producers to embrace dexterous generation methodologies. AI in SAP engineering bolsters this move by empowering adaptable fabricating workflows and personalized item configurations. Through AI-driven information examination, producers can get client inclinations and advertise patterns, joining this information into item plan and generation arranging inside SAP frameworks. This permits mass customization without relinquishing efficiency. Moreover, AI-powered request detecting capabilities offer assistance producers rapidly adjust to changing client needs, guaranteeing that generation adjusts closely with current advertised demands. Furthermore, AI chatbots and virtual collaborators coordinated into SAP stages make strides collaboration over fabricating groups by giving moment get to information, workflows, and choice bolster, quickening problem-solving and development. Whereas the benefits of AI integration in SAP design are compelling, producers must explore a few challenges to realize its full potential. Information quality and accessibility are fundamental; AI calculations require clean, comprehensive datasets to provide exact insights. Security is another basic thought, as AI-powered SAP frameworks handle delicate commerce data and mental property. Vigorous cybersecurity measures and compliance with information security directions are basic to protect fabricating operations. Moreover, organizations must contribute in upskilling their workforce to work successfully with AI-enhanced SAP apparatuses, cultivating a culture of ceaseless learning and adaptation. Integration complexity too postures challenges; adjusting bequest SAP frameworks with advanced AI advances requires cautious arranging, testing, and staged execution to minimize disturbances. As fabrication proceeds to grasp advanced change, AI-driven SAP engineering stands out as a key enabler of development, flexibility, and development. Companies that embrace these clever frameworks can anticipate improved operational effectiveness, strides item quality, and more prominent responsiveness to advertise demands. The collaboration of AI and SAP engineering is set to encourage progress in innovations such as edge computing, 5G network, and expanded reality, opening unused conceivable outcomes for savvy fabricating. Comparison Between Traditional and AI-Integrated SAP Architectures
Business Recorder
a day ago
- Business
- Business Recorder
University of HITEC Taxila organises 11th Open House
ISLAMABAD: The University of HITEC Taxila, Friday, organised 11th Open House where final year students of the mechanical engineering department showcased their creativity featuring highly innovative, creative and industry-relevant projects. Vice Chancellor Hi-Tech Dr Kamran, welcoming the guests, industry representatives and participants, said that the university has become Pakistan's first-ever international champion in the field of combat robotics by wining 'ENIM Robot 10 Combat Robotics Competition' organised in Tunisia. The students' projects highlighted topics such as energy efficiency, automation, design innovation and industrial problem solving. Featured projects included a solar-powered hybrid cooling system, automated vehicle, recovery ventilation, and a smart manufacturing module based on Industry 4.0. These projects not only demonstrated technical expertise but also highlighted the students' ability to understand problems and come up with creative solutions. On this occasion, Dr Fahad Butt, Head of the Department of Mechanical Engineering, said, 'We are proud of the hard work, innovation and research-based thinking of our students. The Open House not only provides a practical learning opportunity for our students but also exposes them to the real demands of the industry.' He said that the university believes that these young people are the engineers of the future who will play a key role in the country's journey of development, self-reliance, and industrial revolution. He extended heartfelt congratulations to our faculty members and students for their tireless work and successful projects. Speaking at the inauguration of the event, the chief guest, Dr Kamran said that the passion, skills and innovative thinking of the students of Hi-Tech University are proof that the future of Pakistan is in safe hands. These young engineers have the potential to introduce new dimensions in our industry, economy and technology sectors. At the end of the open house, the participants appreciated the university's arrangements and the students' presentations and expressed their determination to create more such opportunities in the future so that young talent can emerge. Copyright Business Recorder, 2025
Sharjah 24
2 days ago
- Science
- Sharjah 24
Engineering Ingenuity Powers Sustainable Development at UOS
The exhibition brimmed with professional models, interactive displays, and polished presentations, all reflecting the students' commitment to addressing real-world challenges through sustainable design, advanced technology, and community-driven initiatives. This year's projects pushed the boundaries of innovation, offering fresh perspectives on sustainability, technology, and social responsibility. Many of the solutions were tailored to serve the needs of the local community, underscoring the college's dedication to producing graduates who are not only technically adept but also socially conscious. In architectural engineering, standout projects included 'Al-Hayyal,' an underwater architectural marvel in Fujairah that blends marine conservation with local heritage, and a children's center in Kalba developed in partnership with the Public Works Department. Other highlights ranged from the 'Gharas' Environmental Awareness Center to humanitarian initiatives such as advanced refugee camp designs for Kenya and sustainable community centers in Uganda. Civil and environmental engineering students presented a comparative study of traditional construction methods and 3D concrete printing for a two-story villa in the UAE, complete with detailed designs, cost estimates, timelines, and sustainability assessments. Other projects tackled the design of reinforced concrete structures resilient to gravity and lateral loads, the performance of aerogel-modified asphalt mixes for improved heat resistance, and innovative traffic solutions for major Sharjah intersections using advanced simulation models. The department also unveiled a geotechnical-structural design for a new astronomical observatory. Electrical engineering students showcased a 'chaotic mixing' system using DC motors to enhance industrial efficiency and energy savings, as well as a smart crop monitoring and protection system to advance agricultural sustainability. Their portfolio also included an AI-powered vertical farm, reflecting the growing intersection of technology and food security. The industrial engineering and engineering management department introduced practical applications such as digital twin-based educational tools, enhanced lathe processes using reinforcement learning, and a smart reservation system for electric vehicle parking. A sophisticated robotic system for parking enforcement, leveraging Industry 4.0 technologies, rounded out their contributions. Renewable and sustainable energy engineering students impressed with futuristic projects, including a solar-powered golf cart charging station integrated with hydrogen cells, advanced solar panel performance enhancements, atmospheric water harvesting technologies, and climate-resilient agricultural systems. Mechanical engineering students tackled water and energy challenges head-on, developing solar-powered atmospheric water generators, groundwater desalination plants for agriculture, and waste recycling systems that extract hydrogen for clean energy using algae-based carbon capture. Additional innovations included a novel device for measuring industrial metal wear, a solar-powered grass trimmer, and a system for eliminating bacteria in desalination plants using gas derived from seawater. Chancellor Prof. Hamid M.K. Al Naimiy expressed his pride in the students' achievements, praising their forward-thinking ideas and urging the practical implementation of these projects to support national strategies in sustainability, energy, infrastructure, and artificial intelligence. Prof. Abdel Wahab bin Mohammed, Dean of the College of Engineering, emphasized that these projects not only demonstrate technical and intellectual prowess but also embody the college's mission to foster innovation and serve society. Dr. Aref Maqsood, exhibition coordinator, echoed these sentiments, noting the students' seriousness and passion for engineering and highlighting the crucial role of artificial intelligence, interactive technologies, and industry partnerships in making the exhibition a true platform for innovation and community engagement.
