#Ai

A recent opinion piece in The Wall Street Journal—titled “AI’s Biggest Threat: Young People Who Can’t Think”—has sparked intense debate across global education circles and among Thai educators. The article raises urgent concerns that artificial intelligence (AI), while transformative, may expose and even accelerate a crisis of eroding critical thinking skills among today’s youth. The implications reverberate beyond technology, stirring questions for education systems in Thailand and across the world about how to prepare the next generation for an AI-dominated future.

A wave of AI-driven decision making is prompting a rethink of what it means to think. A recent expert-led analysis argues for “matter over mind”—a focus on body, environment, and action as sources of cognition. BEAM thinking reframes intelligence as distributed and enacted through movement and surroundings, not just neural processing.

BEAM thinking shifts away from the idea that the brain alone contains all intelligence. It emphasizes how bodily sensations, physical spaces, and purposeful actions influence thinking. This approach argues that AI cannot fully replicate embodied cognition, which underpins decision-making, creativity, and problem-solving in real life.

A master’s degree in computer science is increasingly pivotal as the digital economy accelerates globally and Thailand strengthens its own tech ambitions. New market data shows that an advanced CS credential opens doors to high-demand, well-paid roles—both abroad and, more importantly, at home as the Kingdom builds a robust digital ecosystem.

For Thai readers, the value extends beyond technical know-how. A CS master broadens career options, boosts salary potential, and enhances employability in an AI-driven era. Industry experts note that a master’s degree provides graduates with a versatile toolkit for designing comprehensive digital solutions, enabling them to contribute to AI, data analytics, software development, and more. This versatility aligns with Thailand’s push toward digital transformation and local innovation.

The decision to pursue a master’s degree in computer science (CS) is more relevant than ever as the digital economy accelerates worldwide, with Thailand placing itself firmly on the regional tech map. Recent research and market data reveal that an advanced degree in CS can open doors to high-demand, high-paying roles—not only abroad, but increasingly here at home as the Kingdom transforms into a digital powerhouse.

For Thai readers considering further study, the value of a master’s in computer science lies not simply in gaining technical expertise, but in substantially boosting career prospects, salary potential, and employability in an AI-driven era. According to industry specialists and global job market trends, a master’s degree gives graduates the “bigger set of legos,” in the words of one American academic, allowing them to build not only tools but entire architectures of new digital solutions (snhu.edu). This added versatility—skills in artificial intelligence, data analytics, and software development—makes these professionals sought after across sectors.

In a world increasingly dominated by artificial intelligence and algorithm-driven decision-making, new research is calling for a renewed embrace of what it means to “think like a human.” According to ideas introduced in a recent Psychology Today article by a business professor and leadership expert, the mantra “matter over mind”—highlighting the critical role of our bodies, environment, and actions in cognition—should become central for individuals and workplaces striving to stay relevant and resilient in the digital age (Psychology Today).

A new study from the Massachusetts Institute of Technology (MIT) has ignited debate over the cognitive impact of AI writing tools like ChatGPT, revealing that their use significantly reduces brain activity and leads to less creative, more “soulless” work. The findings, published in June 2025, raise questions over the future role of artificial intelligence in education, as policymakers and educators across the world—including in Thailand—navigate the integration of new technologies in the classroom.

A provocative debate is unfolding in Thai tech circles and beyond about whether a computer science degree remains essential for a thriving technology career. Critics argue that advances in artificial intelligence, low-code tools, and a shifting IT job market are redefining what skills matter most. The question now is whether formal CS education still provides the best return on investment for Thai students and professionals, or if practical, applied routes can deliver comparable or better outcomes.

A new MIT study raises critical questions about how AI writing tools like ChatGPT affect student thinking and creativity. Published in June 2025, the research suggests that using AI writing aids can blunt brain activity and produce more formulaic essays. The findings spark a global conversation, including in Thailand, about how to balance digital tools with foundational skills in classrooms.

The study followed 54 college students who wrote SAT-style essays on philosophical topics, such as the desirability of a perfect society and the moral obligations of the fortunate to help others. Participants were assigned to three conditions: using ChatGPT, using Google Search, or writing without digital help. Researchers tracked brain activity with EEG across 32 brain regions during the writing tasks.

A global hiring surge driven by AI is sweeping into Thailand, challenging recruiters to separate genuine talent from machine-generated noise. Generative AI tools can craft tailored resumes that mirror job descriptions with astonishing precision, turning applicants into near-perfect matches on paper. The result is an unprecedented influx of applications, forcing HR teams to rethink screening processes and speed up decision-making.

In the United States, a routine remote tech role on LinkedIn drew more than 400 applications in 12 hours, 600 in 24 hours, and 1,200 by the posting’s removal a few days later. Even months later, the recruiter was still sorting through hundreds of similar submissions. LinkedIn data shows a 45% rise in applications over the past year, equating to roughly 11,000 submissions per minute globally. Thai companies, from large firms to local SMEs, report similar pressures as they adapt to this new normal.

A growing debate over AI and education is shaping how Thailand prepares its students for an AI-powered future. A recent Wall Street Journal opinion piece warned that AI could magnify a crisis in critical thinking among young people, not by outpacing humans in math, but by dulling the analytical and creative muscles that drive innovation. For Thai educators, policymakers, and parents, the question is how to balance technology with robust thinking skills in a rapidly digitizing classroom landscape.

A provocative new article titled “12 reasons to ignore computer science degrees” published by CIO.com has ignited vigorous debate in the global and Thai tech communities. The piece challenges the long-held assumption that computer science (CS) degrees are a necessary ticket to a thriving career in technology, spotlighting changes driven by artificial intelligence, low-code tools, and the shifting demands of the IT job market. As the technology landscape rapidly evolves, the question is more relevant than ever: Is a university degree in computer science still the golden key to tech hiring, or has that paradigm shifted?

A new era of digital inequality is emerging worldwide, as recent research reveals that artificial intelligence (AI) computing power is rapidly becoming concentrated in just a handful of countries and companies. This growing divide between AI “haves” and “have-nots” is set to disrupt economies, fuel geopolitical rivalries, and shape the scientific and social futures of entire nations, according to a major new investigation by Oxford University researchers and reporting by The New York Times (nytimes.com).

A new wave of digital inequality is forming as AI computing power concentrates in a few countries and firms. An Oxford University study, reinforced by in-depth reporting from a leading U.S. newspaper, shows that most powerful AI systems run on data centers owned by a handful of players. This gap threatens economic competitiveness, scientific progress, and national security for countries outside the core hubs, including Thailand.

The opening of OpenAI’s planned massive data center in Texas illustrates the scale of resources now required to run cutting-edge AI. In contrast, researchers in some regions operate aging hardware in makeshift facilities, underscoring a widening gulf in compute power that is outpacing growth elsewhere.

The intersection of design and computer science is revealing innovative possibilities for the way we live, shop, and build—thanks to cutting-edge research emerging from institutions like the Massachusetts Institute of Technology (MIT). A recent report highlights the work of a MAD Fellow at MIT, a graduate student innovating by merging artificial intelligence (AI), augmented reality (AR), and robotics with human-centric design to create systems that make everyday tasks smarter and more intuitive. This approach is not just shaping the future of architecture and retail but also carries implications for sustainable development and community resilience—including lessons with strong relevance for Thailand’s rapidly modernising society.

A cutting-edge collaboration between design and computer science is reshaping how we live, shop, and build. At the forefront is an MIT MAD Fellow whose work merges artificial intelligence, augmented reality, and robotics with human-centered design. The goal: create systems that make everyday tasks smarter and more intuitive. The implications reach beyond architecture and retail, touching sustainable development and community resilience with clear relevance for Thailand’s fast-growing, modernising landscape.

Thailand’s dense cities and rural communities stand to gain from these global advances in user experience and digital tools. The flagship Curator AI platform exemplifies the trend. It streamlines online furniture shopping by combining AR with vision-language AI to offer personalized, context-aware recommendations. By scanning room dimensions and allowing natural-language requests, Curator AI suggests furniture options and visualizes them in place, simplifying decision-making. The research team described Curator AI as a solution for people who don’t know where to start when furnishing a room. The project’s smart blend of speech and visual analysis helped it win first prize at an MIT AI Build hackathon, bringing funding and recognition to the team’s approach. Data and updates come from MIT News reports.

A new wave of research and reporting reveals that many millennials—now entering their 40s and 50s—are feeling trapped in their professional and personal lives, unable to afford the traditional “midlife crisis” once seen as a rite of passage for previous generations. While prior generations indulged in red sports cars or sabbaticals to seek purpose, millennials face economic and technological pressures that make drastic changes feel nearly impossible. This generational stagnation is drawing concern from mental health experts, economists, and those closely observing how work, money, and meaning intersect in the post-pandemic world (Business Insider).

A wave of new research shows many millennials—now entering their 40s and 50s—feel stuck in both careers and personal lives. The old idea of a dramatic midlife crisis is fading as economic and tech pressures make drastic changes feel nearly impossible. Mental health experts, economists, and observers note that work, money, and meaning are increasingly misaligned in the post-pandemic era.

For Thai readers, the implications are significant. Thailand’s population is aging, and its millennial workforce forms the backbone of the economy. Many in their 30s and 40s juggle family duties with financial insecurity, particularly in urban centers like Bangkok and Chiang Mai where living costs have risen sharply. The global struggle resonates with young Thai professionals, small business owners, and gig workers who report burnout and difficulty pursuing bold life changes.

As Thailand follows global trends in technology and education, startling new research from the United States points to a dramatic shift in what once seemed a guaranteed path to prosperity: a degree in computer science. After two decades of surging interest and swelling enrollments, the once-booming computer-science major appears to have peaked. For Thai students and families seeking the best choices for higher education and employability, the unfolding story in America offers timely warnings and vital insights.

The tech world is moving fast with artificial intelligence and automation, prompting a global debate: is a traditional computer science degree still essential for a successful tech career? A provocative piece titled “12 reasons to ignore computer science degrees” from CIO has sparked widespread discussion about the value of formal CS education in today’s AI-driven landscape.

In Thailand, this debate hits close to home. With digital transformation accelerating across Bangkok’s IT hubs, Chiang Mai’s startup scene, and universities like Chulalongkorn and Mahidol, Thai students and employers are weighing the best path into technology careers. The question remains whether a degree or practical, hands-on learning is more effective in propelling a future-proof career.

A new wave of research from the United States signals a pivotal shift in the job market once deemed a guaranteed path to prosperity: a computer science degree may no longer be the universal ticket it once was. After years of rapid growth, US university enrollments in computer science have slowed dramatically. For Thai students and families weighing higher education choices, the developing story offers timely lessons on employability and long-term resilience.

As the tech world races forward with rapid advancements in artificial intelligence and automation, a new debate is surfacing across universities and boardrooms alike: Is a traditional computer science degree still the golden ticket to a successful technology career? Provocative arguments, such as those laid out in the article “12 reasons to ignore computer science degrees” from CIO (cio.com), are capturing global attention—echoing anxieties and optimism found throughout today’s technology sector.

AI can generate code from prompts, but experts say computer science careers remain secure. AI will reshape roles, not erase them, and it will create new opportunities for innovation in Thailand’s tech sectors. This shift calls for fresh skills and a stronger emphasis on problem-solving, ethics, and collaboration.

Generative tools can draft code quickly, which makes students wonder about the value of a CS degree. Yet human strengths—critical thinking, creative design, contextual understanding, and ethical judgment—remain essential for building robust systems and guiding AI-driven solutions. In real-world projects, teams must navigate unclear goals, evolving priorities, and cross-disciplinary teamwork—areas where AI cannot yet operate independently.

The technology job market has always valued practical skills, but new research and expert commentary are now challenging the long-standing dominance of computer science (CS) degrees for programming jobs. A recent article published by CIO, “12 reasons to ignore computer science degrees,” argues that shifts in industry needs and the explosive growth of AI and no-code tools are quickly eroding the value of traditional CS education, sparking debate among tech leaders and educators worldwide. As companies in Thailand continue to expand their digital ambitions, the question of whether a CS degree remains necessary has become increasingly urgent for students, parents, and employers across the kingdom.

With the rapid rise of artificial intelligence (AI) technologies capable of generating computer code from simple prompts, a pressing question has emerged: Will computer science as a discipline—and the jobs of programmers—soon become obsolete? The answer, according to recent in-depth analysis and expert commentary, is a resounding no. As AI becomes an increasingly common fixture in the world of software development, it is reshaping but not replacing traditional computer science roles, opening new opportunities for innovation—and requiring a new set of skills from practitioners and students alike (Herzing University).