10 Sebab Perlu Melawat Ke Sekinchan Sekarang



Sekinchan, sebuah perkampungan nelayan dan kawasan pertanian yang terletak di Sabak Bernam, Selangor, semakin mendapat perhatian sebagai destinasi pelancongan. 


Keindahan semulajadi dan keunikan budaya yang ada di Sekinchan menjadikannya tempat yang wajib dikunjungi. 


Berikut adalah 10 sebab mengapa anda perlu melawat Sekinchan sekarang (MEI-JUN), terutamanya dengan keindahan sawah padi yang sedang menguning.




 1. Keindahan Sawah Padi yang Menguning



Sekinchan terkenal dengan pemandangan sawah padi yang luas dan subur. Ketika musim menuai, sawah padi bertukar menjadi lautan emas yang menguning, mencipta panorama yang menakjubkan. 


Sawah padi yang terbentang luas ini bukan sahaja menjadi pemandangan yang memukau, tetapi juga latar belakang yang sempurna untuk fotografi. Anda boleh menikmati suasana yang damai sambil berjalan-jalan di antara petak-petak sawah atau mengambil gambar untuk kenangan yang tak terlupakan.


 2. Pengalaman Menyaksikan Bagaimana Padi Dituai



Selain daripada menikmati pemandangan, anda juga boleh merasai sendiri pengalaman melihat bagaimana padi dituai menggunakan jentera. Terdapat beberapa ladang di Sekinchan yang menawarkan aktiviti memetik padi kepada pelancong. 


Aktiviti ini memberi peluang kepada anda untuk memahami proses penanaman dan penuaian padi dengan lebih mendalam. Ia bukan sahaja menyeronokkan, tetapi juga mendidik, terutamanya bagi kanak-kanak yang jarang berpeluang melihat aktiviti pertanian secara langsung.


 3. Mengunjungi Kilang Padi


Satu lagi tarikan utama di Sekinchan adalah kilang padi. Lawatan ke kilang padi memberikan anda peluang untuk melihat proses pemprosesan padi dari awal hingga menjadi beras yang siap dimakan. 


Di sini, anda boleh belajar tentang pelbagai jenis padi, cara penyimpanan, dan teknik pemprosesan. Sesetengah kilang padi juga menyediakan lawatan berpandu yang sangat informatif, menjadikan pengalaman ini lebih menarik dan bermakna.


 4. Makanan Laut yang Segar



Sekinchan bukan sahaja terkenal dengan sawah padinya, tetapi juga dengan hasil laut yang segar. Sebagai sebuah perkampungan nelayan, Sekinchan menawarkan pelbagai jenis makanan laut yang segar dan lazat.


 Restoran-restoran di sekitar kawasan ini menyediakan hidangan laut yang baru ditangkap, termasuk ketam, udang, sotong, dan pelbagai jenis ikan. Anda boleh menikmati hidangan seperti mee udang, nasi goreng ketam, atau ikan bakar yang pasti memuaskan selera anda.


 5. Rumah-Rumah Tradisional


Perkampungan nelayan di Sekinchan masih mengekalkan rumah-rumah tradisional yang unik. Rumah-rumah ini dibina di atas tiang-tiang tinggi untuk mengelakkan banjir ketika air pasang. 


Struktur dan rekabentuk rumah-rumah ini menarik untuk dilihat dan memberikan anda gambaran tentang cara hidup nelayan tempatan. Anda boleh berjalan-jalan di sekitar perkampungan ini dan melihat aktiviti harian penduduk yang sederhana tetapi penuh dengan kebahagiaan.


 6. Mengunjungi Pasar Basah


Pasar basah di Sekinchan adalah tempat yang ideal untuk melihat dan membeli hasil laut yang segar serta hasil pertanian tempatan. Pasar ini menawarkan pelbagai jenis ikan, sayur-sayuran, dan buah-buahan yang segar dan berkualiti. 


Pengalaman membeli-belah di pasar basah ini memberikan anda peluang untuk merasai kehidupan tempatan yang autentik. Anda juga boleh berinteraksi dengan penduduk setempat dan belajar tentang budaya serta cara hidup mereka.


7. Ladang Buah-Buahan Tempatan


Sekinchan juga mempunyai beberapa ladang buah-buahan yang menawarkan pelbagai jenis buah-buahan tempatan seperti mangga, jambu, dan cempedak. Anda boleh melawat ladang-ladang ini dan merasai buah-buahan yang segar dan manis terus dari pokok. Sesetengah ladang juga menawarkan aktiviti memetik buah di mana anda boleh memetik sendiri buah-buahan yang anda inginkan. Ini adalah aktiviti yang menyeronokkan dan mendidik, terutamanya bagi kanak-kanak.


8. Penginapan Homestay



Untuk merasai pengalaman yang lebih mendalam di Sekinchan, anda boleh memilih untuk menginap di homestay yang disediakan oleh penduduk tempatan. Homestay ini menawarkan penginapan yang selesa dan peluang untuk berinteraksi dengan keluarga angkat.


Anda boleh belajar tentang budaya dan cara hidup masyarakat tempatan secara langsung. Homestay di Sekinchan juga biasanya terletak berhampiran dengan kawasan sawah padi, memberikan anda pemandangan yang indah setiap hari.


9. Lawatan Ke IKS Dan Pembuatan Produk Makanan Tradisional



Anda boleh merasai sendiri melihat pembuatan baulu dan membeli produk IKS di MHP Enterprise Di Parit 7 Sungai Leman. Di sini anda boleh membeli buah tangan daripada produk makanan IKS dan baulu panas. Ia bagaikan 'Syurga Makanan IKS' kerana Wisma MASRI menjadi pusat sehenti produk kampung serta industri kecil sederhana di kawasan sini dan daerah berhampiran yang menawarkan pelbagai produk makanan ringan dan kerepek pada harga menarik. 


Bukan itu sahaja pelbagai kuih-muih yang selalunya ada semasa musim perayaan ada dijual di sini. Lebih penting pembuatannya adalah 'fresh' dan terkini.


Bangunan WISMA MASRI juga menempatkan Agro Bazaar turut menyediakan kemudahan tempat letak kereta lebih luas dan premis lebih selesa serta ada kemudahan restoran makanan (ayam pasu). Di sekitar kawasan ini pelbagai kedai makan menarik ada seperti mentarang dan makanan eksotik.





MHP Enterprise beroperasi setiap hari termasuk Sabtu dan Ahad dibuka mulai 8 pagi sehingga 6 petang.

Jom lengkapkan percutian hebat anda dengan mengunjung MHP Enterprise (WISMA MASRI).


Info Lanjut :MHP ENTERPRISE SDN BHD

LOT 14191, PARIT 7 SUNGAI LEMAN, SEKINCHAN,SELANGOR DARUL EHSAN, MALAYSIA

Tel: 03- 3241 3957

BLOG : https://mhp2020.blogspot.com/

WEBSITE : https://mytezla.wixsite.com/mymasrimall





10. Menyaksikan pesawat Boeing 727 di tengah sawah di Terminal Sekinchan



Sejak kisah pesawat  itu tular ia mendapat liputan luas media sosial dan menjadi lokasi OOTD kepada pengguna untuk diabadikan di laman sosial. Penggunaaan dron juga  menjadi pilihan pengguna media sosial untuk mengambil foto terbaik dan menarik. Mengikut rekod pesawat itu didaftarkan pada 18 Jun 1981 dan sudah berusia lebih 40 tahun.




Kesimpulan


Sekinchan menawarkan pelbagai pengalaman menarik yang tidak boleh dilepaskan. Dari pemandangan sawah padi yang menguning, makanan laut yang segar, hingga aktiviti-aktiviti budaya yang unik, Sekinchan mempunyai sesuatu untuk semua orang. 


Melawat Sekinchan bukan sahaja memberikan anda peluang untuk berehat dan menikmati keindahan alam, tetapi juga untuk belajar tentang kehidupan dan budaya tempatan. 


Jadi, jika anda mencari destinasi percutian yang unik dan menarik, Sekinchan adalah pilihan yang sempurna. Jangan lepaskan peluang untuk melawat Sekinchan sekarang dan alami sendiri keunikan tempat ini.

35 Trends and Technologies to Shape the Future in 20-50 Years

    AI image generated by : Mohd Ezli Mashut

By : Mohd Ezli Mashut & ChatGPT


As we gaze into the future, it's fascinating to imagine how the rapid pace of technological advancement will transform our lives in the coming decades. 


From groundbreaking innovations in computing and digital realms to transformative changes in space exploration, transportation, clean energy, business, and education, the future promises to be a landscape of incredible possibilities. 


In this blog, we'll explore 25 trends and technologies that are poised to revolutionize various sectors over the next 20 to 50 years.


 Computing and Digital Technologies


 1. Quantum Computing


Quantum computing represents a paradigm shift in computational power. Unlike classical computers that use bits as the smallest unit of data, quantum computers use qubits, which can represent and process a vast amount of data simultaneously due to the principles of superposition and entanglement. This technology could revolutionize fields such as cryptography, drug discovery, and complex system simulations, solving problems that are currently intractable for classical computers.


 2. Artificial Intelligence and Machine Learning


AI and machine learning will continue to advance, becoming more integrated into daily life. Future AI systems will be capable of more sophisticated decision-making, natural language understanding, and even emotional intelligence. AI will drive autonomous vehicles, personalized education, precision medicine, and smart cities, making our environments more responsive and adaptive to our needs.


 3. Neuromorphic Computing


Neuromorphic computing mimics the architecture and processes of the human brain, potentially leading to significant advancements in AI. These systems use spiking neural networks and other brain-inspired technologies to process information more efficiently and robustly, enabling more advanced cognitive functions and energy-efficient computation.


 4. Edge Computing


Edge computing brings data processing closer to the source of data generation, reducing latency and bandwidth usage. This technology will be crucial for the Internet of Things (IoT), autonomous systems, and real-time analytics, enabling faster decision-making and enhanced user experiences in applications ranging from smart homes to industrial automation.


 5. Blockchain and Decentralized Technologies


Blockchain technology, known for its role in cryptocurrencies like Bitcoin, will expand its influence across various sectors. Its decentralized, secure, and transparent nature makes it ideal for applications in supply chain management, digital identity verification, voting systems, and beyond. Future developments in blockchain scalability and interoperability will unlock even more potential.


 Space Exploration and Technology


 6. Interplanetary Colonization


As space agencies like NASA, ESA, and private companies like SpaceX push the boundaries of space travel, the prospect of interplanetary colonization becomes more tangible. Establishing human settlements on the Moon and Mars will require advancements in life support systems, sustainable habitats, and space logistics, paving the way for a multi-planetary civilization.


 7. Space Tourism


The commercialization of space travel will open new frontiers in tourism. Companies like Blue Origin and Virgin Galactic are already making strides in suborbital flights, offering civilians a chance to experience space. In the future, we might see orbital hotels, lunar tours, and even Mars expeditions, making space travel a reality for many.


 8. Space-Based Solar Power


Space-based solar power involves capturing solar energy in space and transmitting it to Earth. This technology could provide a virtually limitless and uninterrupted source of clean energy. Advances in wireless power transmission, lightweight materials, and space infrastructure will be key to realizing this vision.


 9. Asteroid Mining


Asteroid mining holds the promise of accessing vast resources of minerals and rare elements that are scarce on Earth. By developing robotic mining technologies and space transportation systems, we can tap into these extraterrestrial resources, supporting both space exploration and terrestrial industries.


 10. Deep Space Exploration


Advancements in propulsion technologies, such as nuclear thermal propulsion and ion drives, will enable deeper space exploration missions. These technologies will facilitate missions to distant planets, moons, and even interstellar space, expanding our understanding of the universe and potentially discovering signs of extraterrestrial life.


 Transportation


 11. Autonomous Vehicles


Autonomous vehicles (AVs) are set to revolutionize transportation. Self-driving cars, trucks, and buses will enhance road safety, reduce traffic congestion, and provide greater mobility for people who are unable to drive. The integration of AI, advanced sensors, and V2X (vehicle-to-everything) communication will be critical for the widespread adoption of AVs.


 12. Hyperloop Systems


Hyperloop technology promises ultra-fast transportation through low-pressure tubes using magnetic levitation. This system could drastically reduce travel times between cities, offering a sustainable and efficient alternative to air and rail travel. Companies like Virgin Hyperloop are actively developing prototypes and planning commercial routes.


 13. Urban Air Mobility


Urban air mobility (UAM) involves the use of electric vertical takeoff and landing (eVTOL) aircraft for short-distance travel within urban areas. These air taxis could alleviate ground traffic congestion and provide a new dimension of urban transportation. Advances in battery technology, autonomous flight systems, and air traffic management will be essential for UAM to become mainstream.


 14. Hydrogen-Powered Vehicles


Hydrogen fuel cell technology offers a clean alternative to traditional combustion engines and battery-electric vehicles. Hydrogen-powered cars, buses, and trucks produce only water as a byproduct, contributing to reduced emissions and cleaner air. Developing efficient hydrogen production, storage, and refueling infrastructure will be critical for the adoption of hydrogen-powered transportation.


 15. Smart Transportation Infrastructure


The integration of smart technologies into transportation infrastructure will enhance the efficiency and safety of travel. Intelligent traffic management systems, connected roadways, and smart grids will optimize traffic flow, reduce accidents, and support the deployment of autonomous and electric vehicles. These advancements will make cities more livable and sustainable.


 Clean Energy


 16. Fusion Energy


Fusion energy has the potential to provide a nearly limitless and clean source of power. By mimicking the processes that power the sun, fusion reactors could generate enormous amounts of energy without producing long-lived radioactive waste. Advances in magnetic confinement, laser ignition, and materials science are bringing us closer to realizing practical fusion energy.


 17. Advanced Nuclear Reactors


Next-generation nuclear reactors, such as small modular reactors (SMRs) and thorium reactors, promise safer, more efficient, and more flexible nuclear power. These reactors can be deployed in a wider range of locations, offer enhanced safety features, and utilize fuel more efficiently, contributing to a low-carbon energy future.


 18. Grid-Scale Energy Storage


Effective energy storage solutions are essential for the widespread adoption of renewable energy sources like solar and wind. Grid-scale batteries, pumped hydro storage, and innovative technologies like liquid air energy storage will enable the stable and reliable integration of intermittent renewable energy into the power grid.


 19. Bioenergy with Carbon Capture and Storage (BECCS)


BECCS combines bioenergy production with carbon capture and storage to achieve negative emissions. By capturing CO2 produced during biomass energy generation and storing it underground, BECCS can remove carbon dioxide from the atmosphere, helping to mitigate climate change while providing renewable energy.


 20. Ocean Energy


Ocean energy, including tidal, wave, and thermal energy, represents a vast and largely untapped renewable resource. Advances in marine engineering, materials science, and energy conversion technologies will unlock the potential of the world's oceans, providing a reliable and sustainable source of power.


 Business


 21. Decentralized Finance (DeFi)


Decentralized finance, or DeFi, leverages blockchain technology to create open, transparent, and permissionless financial systems. DeFi platforms offer services such as lending, borrowing, and trading without traditional intermediaries like banks. As DeFi matures, it will democratize access to financial services and drive innovation in the financial sector.


 22. Smart Contracts and Legal Tech


Smart contracts, self-executing agreements with the terms directly written into code, will revolutionize legal and business transactions. By automating contract execution and reducing the need for intermediaries, smart contracts will increase efficiency, reduce costs, and minimize disputes in areas like real estate, supply chain management, and intellectual property.


 23. Telepresence and Virtual Collaboration


Advances in telepresence and virtual collaboration technologies will transform how businesses operate. High-fidelity virtual reality (VR) and augmented reality (AR) systems will enable immersive remote meetings, virtual offices, and collaborative workspaces, reducing the need for physical travel and fostering global collaboration.


 24. Personalization and AI-Driven Marketing


AI-driven marketing will enable unprecedented levels of personalization, delivering highly targeted and relevant content to consumers. By analyzing vast amounts of data, AI can predict consumer behavior, optimize marketing strategies, and enhance customer experiences, driving business growth and customer loyalty.


 25. Sustainable Business Practices


Sustainability will become a core focus for businesses across all sectors. Companies will adopt circular economy principles, reduce their carbon footprint, and prioritize ethical supply chains. Technologies like AI, IoT, and blockchain will play a crucial role in tracking and optimizing sustainability efforts, helping businesses meet environmental and social goals.


 Education


 26. Personalized Learning


Personalized learning uses AI and data analytics to tailor educational experiences to individual students' needs, preferences, and learning styles. This approach can enhance engagement, improve learning outcomes, and provide students with a more customized and effective education.


 27. Lifelong Learning and Micro-Credentials


The future of education will emphasize lifelong learning and the acquisition of micro-credentials. As the job market evolves, individuals will need to continuously update their skills and knowledge. Online platforms, modular courses, and industry-recognized micro-credentials will enable learners to stay relevant and competitive.


 28. Gamification and Interactive Learning


Gamification and interactive learning technologies will make education more engaging and effective. By incorporating game elements, simulations, and interactive content into curricula, educators can motivate students, enhance understanding, and promote active learning.


29. Immersive Learning Environments


Virtual and augmented reality will create immersive learning environments that offer hands-on, experiential education. From virtual field trips to interactive science labs, these technologies will provide students with rich, engaging, and practical learning experiences that transcend traditional classroom boundaries.


30. AI-Powered Tutoring Systems


AI-powered tutoring systems will provide personalized assistance to students, offering real-time feedback and support. These systems can adapt to each student's learning pace, identify areas of difficulty, and offer targeted interventions, helping students achieve mastery in various subjects.


31. Global Classrooms


Advancements in communication technologies will facilitate the creation of global classrooms, where students from different parts of the world can learn together. This will promote cross-cultural understanding, collaboration, and the sharing of diverse perspectives, enriching the educational experience.


32. Education Analytics


Data analytics will play a significant role in education, enabling educators to track student progress, identify learning gaps, and tailor instruction accordingly. By leveraging data, schools can make informed decisions, optimize resources, and improve overall educational outcomes.


33. Adaptive Learning Platforms


Adaptive learning platforms use algorithms to adjust content and assessment based on individual student performance. These platforms provide a personalized learning path for each student, ensuring that they receive the right level of challenge and support, which can significantly enhance learning efficiency and outcomes.


34. Collaborative Online Learning


Collaborative online learning platforms will enable students to work together on projects, share ideas, and engage in discussions, regardless of their physical location. These platforms will foster teamwork, communication skills, and the ability to collaborate in a digital environment, which are crucial skills for the future workforce.


35. Open Educational Resources (OER)


The proliferation of open educational resources will democratize access to high-quality education. OERs, including textbooks, course materials, and multimedia content, are freely available for anyone to use, adapt, and distribute, making education more accessible and affordable for learners worldwide.


Conclusion


The future is brimming with exciting possibilities as trends and technologies evolve and converge across various sectors. 


From the transformative potential of quantum computing and AI to the expansive horizons of space exploration and the sustainable promise of clean energy, the next 20 to 50 years will bring profound changes to our world. 


In transportation, business, and education, innovative technologies will reshape how we live, work, and learn, paving the way for a more connected, efficient, and equitable global society.


Embracing these advancements with foresight and adaptability will be key to navigating the future and unlocking its full potential.




The Future of News: 25 Big Potential Trends and Technologies in AI for the Next 20-50 Years

 AI image generated by : Mohd Ezli Mashut



BY : Mohd Ezli Mashut & ChatGPT


Predicting the exact future of Artificial Intelligence (AI) is inherently challenging, especially over a span of 20 to 50 years. The rapid pace of technological advancements, coupled with evolving societal needs, makes long-term forecasting speculative. 


However, based on current trends and plausible trajectories, we can identify several potential developments that may shape the future of news and AI. Here, we explore over 25 significant trends and technologies that could redefine journalism and media.


 1. AI-Driven Content Creation


AI's ability to generate high-quality content will continue to improve. Tools like GPT-4 will evolve to produce more sophisticated and nuanced articles, capable of mimicking human creativity and style. These AI systems will not only write news articles but also generate multimedia content, including videos and podcasts.


Example: An AI system might autonomously generate a full news segment, complete with scripted dialogue, generated images, and synthesized voice-overs.


 2. Personalized News Feeds


AI will enhance personalized news delivery, tailoring content to individual preferences and behaviors. Advanced algorithms will analyze a user's reading habits, social media activity, and interests to curate a highly customized news feed.


Example: A reader interested in climate change might receive a tailored newsletter with the latest updates, scientific studies, and opinion pieces on the topic.


 3. Automated Fact-Checking


Real-time, automated fact-checking will become a standard feature in newsrooms. AI will cross-reference statements with vast databases of verified information to quickly flag inaccuracies.


Example: During a live political debate, AI systems could immediately verify claims made by candidates and display fact-check results to viewers in real-time.


 4. Deepfake Detection


As deepfake technology becomes more sophisticated, AI tools to detect and combat manipulated media will be crucial. These tools will analyze videos and images for signs of tampering and provide credibility scores.


Example: An AI system might analyze a viral video and highlight inconsistencies that suggest it has been altered, ensuring that only authentic media is shared.


 5. AI-Augmented Journalism


Journalists will use AI to augment their reporting capabilities. AI can assist in data analysis, uncovering patterns and insights that might be missed by humans.


Example: Investigative journalists might use AI to sift through large datasets, such as leaked documents or financial records, to uncover hidden connections and stories.


 6. Hyper-Local News


AI will enable hyper-local news reporting, delivering content that is highly relevant to specific communities. By analyzing local data, AI can generate news that addresses the unique interests and concerns of small, localized audiences.


Example: A neighborhood news app could provide updates on local events, school board decisions, and community projects, tailored to the interests of residents.


 7. Interactive News Experiences


AI will facilitate more interactive news experiences, where readers can engage with content in dynamic ways. Augmented reality (AR) and virtual reality (VR) will be used to create immersive news stories.


Example: An AR-enabled news story might allow readers to explore a 3D model of a natural disaster site, gaining a deeper understanding of the impact.


 8. Predictive Journalism


AI will analyze trends and data to predict future news events. Predictive journalism will help news organizations prepare for and report on events before they happen.


Example: AI might analyze economic indicators to predict a financial crisis, allowing news outlets to provide early warnings and in-depth analysis.


 9. Sentiment Analysis


AI will perform sentiment analysis to gauge public opinion on various issues. This will help news organizations understand audience reactions and tailor content accordingly.


Example: During an election, AI could analyze social media posts and comments to measure public sentiment towards different candidates and policies.


 10. AI-Generated Visuals


AI will generate visuals, such as infographics and data visualizations, to accompany news stories. These visuals will make complex information more accessible and engaging.


Example: An AI system might create an interactive map showing the spread of a disease outbreak, with data updated in real-time.


 11. Voice-Activated News


Voice-activated AI assistants will become more prevalent, allowing users to access news through spoken commands. These assistants will provide personalized news briefings and updates.


Example: A user might ask their smart speaker for the latest news on a specific topic, and the AI assistant will provide a summary based on their preferences.


 12. Blockchain for News Integrity


Blockchain technology will be used to ensure the integrity and provenance of news content. This will help combat fake news by providing a transparent record of the source and history of a news article.


Example: A news article might come with a blockchain-based certificate that verifies its authenticity and tracks any edits or updates.


 13. Enhanced Audience Engagement


AI will analyze audience interactions and feedback to enhance engagement strategies. News organizations will use this data to tailor content and improve user experiences.


Example: AI might track how readers interact with a news website, identifying which types of content are most engaging and adjusting future content strategies accordingly.


 14. AI-Powered Translation


Real-time AI translation will make news accessible to a global audience, breaking down language barriers. This will allow news organizations to reach a wider audience and promote cross-cultural understanding.


Example: A news article published in English could be instantly translated into multiple languages, allowing readers around the world to access the content in their native tongue.


 15. Ethical AI in Journalism


As AI becomes more integrated into journalism, ethical considerations will be paramount. AI systems will be designed to uphold journalistic standards and avoid biases.


Example: News organizations might implement AI ethics guidelines to ensure that automated reporting tools produce fair and unbiased content.


 16. AI in Investigative Reporting


AI will play a crucial role in investigative journalism, helping reporters uncover complex stories. AI tools will analyze large volumes of data, identify patterns, and highlight significant information.


Example: Investigative journalists might use AI to analyze financial transactions and uncover fraudulent activities in a major corporation.


 17. Enhanced Data Privacy


AI will help protect user data and privacy, ensuring that news organizations handle information responsibly. Advanced encryption and data anonymization techniques will be employed.


Example: A news app might use AI to anonymize user data, ensuring that personal information is protected while still providing personalized content.


 18. AI and Social Media Integration


AI will enhance the integration of news and social media, providing real-time updates and facilitating interactive discussions. Social media platforms will use AI to surface relevant news stories to users.


Example: An AI-powered social media feed might highlight breaking news stories based on a user's interests and engagement history.


 19. AI-Driven Ad Personalization


AI will optimize advertising in news media, delivering highly personalized and relevant ads to users. This will improve ad effectiveness and user experience.


Example: An AI system might analyze a user's browsing history to deliver ads that align with their interests, such as promotions for a local event they are likely to attend.


 20. Immersive Journalism



AI will enable immersive journalism experiences, where readers can engage with news stories in new and innovative ways. VR and AR will create interactive and immersive narratives.


Example: A VR news story might allow readers to experience a historical event as if they were there, providing a deeper understanding of the context and impact.


 21. AI and Editorial Decision-Making


AI will assist editors in decision-making processes, suggesting story ideas, optimizing headlines, and predicting reader interest. This will help news organizations stay ahead of trends and maintain relevance.


Example: An AI tool might analyze trending topics and suggest potential stories for editors to cover, ensuring that content remains timely and engaging.


 22. Virtual News Anchors


AI-generated virtual news anchors will deliver news updates, providing a consistent and reliable source of information. These virtual anchors will be able to interact with viewers and respond to questions.


Example: A virtual news anchor might deliver daily news briefings, answer viewer questions, and provide additional context on complex stories.


 23. AI in Crisis Reporting


During crises, AI will assist in real-time reporting and analysis, providing accurate and timely information. AI systems will aggregate data from multiple sources to deliver comprehensive coverage.


Example: During a natural disaster, AI might analyze social media posts, satellite imagery, and official reports to provide real-time updates and situational awareness.


 24. AI-Enhanced Storytelling


AI will enhance storytelling by providing new tools and techniques for narrative creation. This will allow journalists to craft more engaging and compelling stories.


Example: An AI tool might help a journalist develop a complex, multi-threaded narrative, weaving together different perspectives and sources into a cohesive story.


 25. AI and Media Ethics


As AI becomes more prevalent in journalism, maintaining ethical standards will be crucial. AI systems will be designed to uphold principles of accuracy, fairness, and transparency.


Example: News organizations might implement AI ethics boards to oversee the use of AI in reporting, ensuring that automated tools are used responsibly and ethically.


 AI in 15 Years: Predictions for Technology, Features, and Interactions


 1. Advanced Natural Language Processing

In 15 years, natural language processing (NLP) will be highly advanced, enabling AI to understand and generate human language with near-perfect accuracy. AI will be able to hold complex conversations, understand context, and provide nuanced responses.


 2. Emotionally Intelligent AI

AI systems will be capable of recognizing and responding to human emotions. This will enable more empathetic interactions and improve user experiences in customer service, mental health support, and other fields.


 3. Seamless Human-AI Collaboration

Human-AI collaboration will be seamless, with AI systems integrated into various aspects of daily life. AI will assist in tasks ranging from scheduling and decision-making to creative endeavors and problem-solving.


 4. Autonomous Agents

Autonomous AI agents will perform tasks independently, from managing personal finances to coordinating logistics. These agents will learn and adapt to user preferences, becoming increasingly personalized and efficient.


 5. Enhanced Data Security

AI will play a key role in enhancing data security, using advanced encryption and anomaly detection to protect against cyber threats. AI systems will continuously monitor and respond to potential security breaches.


 6. Personalized Healthcare

AI will revolutionize healthcare, providing personalized treatment plans and real-time health monitoring. AI systems will analyze medical data to predict health issues and recommend preventative measures.


 7. Smart Cities

AI will be integral to the development of smart cities, optimizing traffic flow, energy usage, and public services. AI will analyze data from various sources to improve urban planning and resource management.


 8. Education and Learning

AI will transform education, providing personalized learning experiences and adaptive curriculums. AI tutors will assist students in mastering subjects, tailoring instruction to individual learning styles.


 9. Ethical AI Frameworks

Ethical AI frameworks will be established, ensuring that AI systems are developed and used responsibly. These frameworks will address issues such as bias, transparency, and accountability.


 10. AI-Driven Innovation

AI will drive innovation across industries, from finance and manufacturing to entertainment and agriculture. AI systems will identify opportunities for improvement and generate creative solutions.


 11. Enhanced Virtual Assistants

Virtual assistants will become more advanced, capable of managing complex tasks and providing expert advice. These assistants will integrate with various devices and services, offering a unified user experience.


 12. Real-Time Language Translation

Real-time language translation will be seamless and accurate, breaking down language barriers in communication and collaboration. AI-powered translation devices will be commonplace in international settings.


 13. Augmented Reality Integration

Augmented reality (AR) will be integrated into everyday life, enhancing experiences in shopping, entertainment, education, and more. AI will provide contextual information and interactive elements through AR.


 14. Autonomous Vehicles

AI-powered autonomous vehicles will be widespread, transforming transportation and logistics. These vehicles will communicate with each other and infrastructure to optimize routes and ensure safety.


 15. Sustainable Technologies

AI will play a crucial role in developing sustainable technologies and practices. AI systems will optimize energy usage, reduce waste, and support conservation efforts.


 How Malaysia Can Excel in Artificial Intelligence in 25 Years


 1. Government Support and Policy

The Malaysian government can play a pivotal role in fostering AI development by creating supportive policies, providing funding, and establishing regulatory frameworks that encourage innovation while ensuring ethical standards.


 2. Investment in Education and Research

Malaysia should invest heavily in education and research to build a strong foundation in AI. This includes developing AI curricula in schools and universities, funding research projects, and fostering partnerships with international institutions.


 3. Public-Private Partnerships

Collaborations between the public sector, private companies, and academic institutions can drive AI innovation. These partnerships can lead to the development of cutting-edge technologies and their practical applications in various industries.


 4. Talent Development

Developing a skilled workforce is crucial. Malaysia should focus on training and upskilling its workforce in AI-related fields, offering scholarships, internships, and professional development programs to nurture talent.


 5. Infrastructure and Technology

Investing in advanced infrastructure, such as high-speed internet, data centers, and cloud computing, will support AI development. Access to robust technological resources will be essential for research and application.


 6. AI Startups and Innovation Hubs

Encouraging the growth of AI startups and establishing innovation hubs can create a vibrant ecosystem for AI development. These hubs can provide resources, mentorship, and networking opportunities for entrepreneurs.


 7. International Collaboration

Engaging in international collaboration and partnerships can help Malaysia stay at the forefront of AI advancements. This includes participating in global AI forums, exchanging knowledge, and collaborating on research projects.


 8. Ethical AI Development

Malaysia can lead in ethical AI development by establishing guidelines and standards that ensure fairness, transparency, and accountability. Promoting responsible AI use will build public trust and support long-term growth.


 9. Industry Applications

Encouraging the adoption of AI across various industries, such as healthcare, agriculture, manufacturing, and finance, can drive economic growth and improve efficiency. Demonstrating the practical benefits of AI will spur further investment and development.


 10. Public Awareness and Engagement

Raising public awareness about AI and its potential benefits and risks is important. Engaging the public through educational campaigns, workshops, and seminars can foster a culture of innovation and acceptance.


 Conclusion


The future of AI in news and journalism holds immense potential, with advancements that will reshape how we consume and interact with information. From personalized news feeds and automated content creation to immersive storytelling and ethical AI frameworks, the possibilities are vast and exciting. 


For Malaysia to excel in AI over the next 25 years, a concerted effort involving government support, education, public-private partnerships, and international collaboration will be essential. 


By fostering an environment that encourages innovation and ethical development, Malaysia can position itself as a leader in the AI revolution.

Merealisasikan Guru Jauhari Digital, Jadi Aspirasi Negara MADANI


   AI image generated by : Mohd Ezli Mashut


Oleh : Mohd Ezli Mashut & ChatGPT

Imej Janaan AI Oleh : Mohd Ezli Mashut via Copilot


Dalam era Revolusi Industri 4.0, teknologi digital menjadi elemen penting dalam pendidikan. Negara MADANI, yang beraspirasi untuk menjadi sebuah negara yang maju dan progresif, perlu mengambil kira peranan guru sebagai jauhari digital. 


Guru yang berfungsi sebagai jauhari digital ialah guru yang cekap menggunakan teknologi dalam pengajaran dan pembelajaran. 


Artikel ini akan membincangkan bagaimana guru dapat memanfaatkan teknologi digital dalam pembelajaran di kelas, peralatan digital yang boleh digunakan dalam pengajaran, dan bagaimana teknologi kecerdasan buatan (AI) boleh membantu guru dan pelajar untuk menguasai pelajaran.


 Bagaimana Guru Boleh Memanfaatkan Teknologi Digital dalam Pembelajaran di Kelas


Teknologi digital boleh dimanfaatkan dalam pelbagai aspek pembelajaran di kelas. Guru yang bijak menggunakan teknologi ini dapat mencipta suasana pembelajaran yang lebih interaktif, menarik, dan berkesan. 


Berikut adalah beberapa cara bagaimana guru boleh menggunakan teknologi digital dalam pembelajaran di kelas:


1. Pembelajaran Berasaskan Video


   - Guru boleh menggunakan video pendidikan dari platform seperti YouTube, Khan Academy, atau Coursera untuk menerangkan konsep yang kompleks. Contohnya, dalam pengajaran sains, video eksperimen kimia boleh digunakan untuk menunjukkan reaksi yang sukar dilakukan di kelas.


   - Video interaktif juga boleh digunakan di mana pelajar boleh berhenti, mengulang, atau mempercepatkan video mengikut keselesaan mereka, membolehkan pembelajaran kendiri yang lebih fleksibel.


2. Platform Pembelajaran Dalam Talian


   - Platform seperti Google Classroom, Edmodo, dan Moodle membolehkan guru memuat naik bahan pembelajaran, memberikan tugasan, dan berkomunikasi dengan pelajar dalam talian. Ini membantu dalam pengurusan kelas yang lebih efisien dan pembelajaran yang lebih teratur.


   - Pelajar boleh mengakses bahan pembelajaran pada bila-bila masa dan di mana sahaja, membolehkan pembelajaran berterusan walaupun di luar waktu sekolah.


3. Penggunaan Aplikasi Pendidikan


   - Aplikasi pendidikan seperti Kahoot!, Quizizz, dan Socrative menyediakan cara yang menyeronokkan untuk menguji pemahaman pelajar melalui kuiz dan permainan pembelajaran. Ini bukan sahaja membantu dalam penilaian pembelajaran tetapi juga meningkatkan motivasi pelajar.


   - Aplikasi ini juga menawarkan analisis data yang membantu guru mengenal pasti topik yang sukar difahami oleh pelajar dan memberi tumpuan kepada aspek tersebut dalam pengajaran seterusnya.


4. Pembelajaran Berasaskan Projek


   - Teknologi digital membolehkan pembelajaran berasaskan projek di mana pelajar boleh bekerjasama dalam talian untuk menyiapkan projek. Platform kolaboratif seperti Google Docs dan Microsoft Teams membolehkan pelajar berkongsi idea dan bekerja bersama-sama walaupun mereka berada di lokasi yang berbeza.


   - Contohnya, pelajar boleh menggunakan perisian reka bentuk grafik seperti Canva untuk mencipta poster atau pembentangan multimedia untuk projek sejarah atau sains.


 Peralatan Digital yang Boleh Digunakan dalam Pengajaran


Peralatan digital memainkan peranan penting dalam membantu guru menyampaikan pengajaran dengan lebih berkesan. Berikut adalah beberapa peralatan digital yang boleh digunakan dalam pengajaran:


1. Komputer dan Tablet


   - Komputer dan tablet adalah alat asas yang membolehkan guru mengakses sumber pembelajaran dalam talian, membuat bahan pengajaran, dan berkomunikasi dengan pelajar.

   - Tablet seperti iPad dengan aplikasi pendidikan yang khusus juga boleh digunakan dalam kelas untuk aktiviti interaktif dan pembelajaran kendiri.


2. Papan Putih Interaktif


   - Papan putih interaktif seperti SMART Board membolehkan guru menulis, melukis, dan memaparkan kandungan digital dengan lebih interaktif. Guru boleh menambah nota, menyerlahkan maklumat penting, dan menggunakan pelbagai alat digital untuk memperkayakan pembelajaran.

   - Pelajar juga boleh berinteraksi dengan papan putih ini, menjadikannya alat yang bagus untuk pembelajaran kolaboratif.


3. Perisian Pembelajaran


   - Perisian pembelajaran seperti Microsoft Office Suite (Word, Excel, PowerPoint), Google Suite (Docs, Sheets, Slides), dan perisian khusus subjek seperti GeoGebra untuk matematik dan Adobe Creative Cloud untuk seni dan reka bentuk adalah alat yang berkuasa untuk membuat bahan pengajaran yang menarik dan interaktif.

   - Perisian ini juga membantu pelajar mengembangkan kemahiran digital yang penting untuk masa depan mereka.


4. Peranti Realiti Maya (VR) dan Realiti Tambahan (AR)


   - VR dan AR membawa dimensi baru dalam pembelajaran dengan menawarkan pengalaman pembelajaran yang imersif. Contohnya, dalam pembelajaran sejarah, pelajar boleh 'melawat' tapak sejarah melalui VR, memberi mereka pengalaman yang lebih mendalam tentang topik yang dipelajari.

   - AR pula boleh digunakan dalam sains di mana pelajar boleh melihat model 3D organ tubuh manusia atau struktur molekul, memberikan pemahaman yang lebih baik melalui visualisasi.


 Bagaimana Teknologi AI Boleh Membantu Guru dan Pelajar untuk Menguasai Pelajaran


Teknologi kecerdasan buatan (AI) mempunyai potensi besar dalam bidang pendidikan. AI boleh membantu dalam pelbagai cara untuk meningkatkan pengalaman pembelajaran bagi guru dan pelajar:


1. Pembelajaran Disesuaikan (Personalized Learning)


   - AI boleh menganalisis data pembelajaran pelajar dan mencadangkan bahan pembelajaran yang sesuai dengan tahap dan gaya pembelajaran mereka. Ini memastikan setiap pelajar mendapat perhatian yang sesuai dan pembelajaran yang lebih efektif.

   - Platform seperti DreamBox dan Knewton menggunakan AI untuk memberikan pelajaran yang disesuaikan dengan keperluan individu pelajar, membantu mereka belajar mengikut rentak mereka sendiri.


2. Pembantu Pengajaran Pintar


   - Pembantu pengajaran pintar seperti chatbots boleh menjawab soalan pelajar secara langsung, memberikan maklum balas segera, dan membantu dalam menyelesaikan masalah. Ini mengurangkan beban kerja guru dan membolehkan mereka memberi tumpuan kepada pengajaran yang lebih kompleks.

   - Chatbot seperti Watson dari IBM dan Google Assistant boleh digunakan untuk membantu pelajar dalam mencari maklumat, membuat nota, atau mengingatkan tentang tugasan yang perlu diselesaikan.


3. Analisis Prestasi Pelajar


   - AI boleh menganalisis prestasi pelajar melalui ujian dan tugasan yang diberikan, membantu guru mengenal pasti kelemahan dan kekuatan pelajar dengan lebih cepat dan tepat. Ini membolehkan guru merancang strategi pengajaran yang lebih efektif.

   - Sistem seperti GradeScope menggunakan AI untuk menilai tugasan dan peperiksaan dengan lebih cepat, memberikan maklum balas yang terperinci kepada pelajar tentang prestasi mereka.


4. Pengurusan Kelas yang Lebih Efisien


   - AI boleh membantu dalam pengurusan kelas dengan merancang jadual, mengurus kehadiran, dan menyusun bahan pengajaran. Ini membolehkan guru memberi tumpuan kepada aktiviti pengajaran yang lebih bermakna.

   - Sistem pengurusan pembelajaran (LMS) yang dikuasakan oleh AI, seperti Canvas dan Blackboard, menawarkan alat untuk mengatur kurikulum, mengesan kemajuan pelajar, dan mengurus komunikasi antara guru dan pelajar dengan lebih efisien.


 Kesimpulan


Guru jauhari digital memainkan peranan penting dalam mencapai aspirasi negara MADANI. Dengan memanfaatkan teknologi digital dalam pembelajaran, menggunakan peralatan digital yang tepat, dan mengintegrasikan teknologi AI dalam pengajaran, guru dapat mencipta persekitaran pembelajaran yang lebih dinamik, interaktif, dan berkesan. 


Ini bukan sahaja membantu pelajar menguasai pelajaran dengan lebih baik tetapi juga mempersiapkan mereka untuk menghadapi cabaran masa depan dalam dunia yang semakin dipacu oleh teknologi. 


Melalui usaha bersama, kita dapat memastikan sistem pendidikan negara kita berkembang sejajar dengan kemajuan teknologi, membentuk generasi yang berdaya saing dan berkemahiran tinggi.

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