The Architect of Conscience: Arif Ali Mir and the …

Artificial Intelligence is transforming the world at an unprecedented pace. From healthcare and agriculture to finance, education, and manufacturing, AI is changing how people work, learn, and solve problems. Countries across the globe are redesigning their education systems to prepare students for a technology-driven future. They are investing in coding, robotics, digital literacy, critical thinking, and innovation. Outdated Curriculum, Untrained Teachers, and Obsolete Classrooms Are Holding Back the Nation’s Future Pakistan, however, appears to be moving at a much slower pace. While developed nations are preparing children for careers that may not even exist today, millions of Pakistani students continue to study from outdated textbooks, rely on rote memorization, and learn in classrooms equipped with little more than blackboards and chalk. This growing disconnect raises an important question: How can Pakistan expect its youth to compete globally when they are being educated with a curriculum designed for the past? Education is the engine of economic growth and national development. Every successful nation has built its progress on a strong education system that evolves with changing times. Unfortunately, Pakistan’s school curriculum has not kept pace with technological advancement or the demands of the modern labour market. Although some reforms have been introduced over the years, many textbooks still contain outdated examples, obsolete concepts, and teaching methods that fail to develop analytical thinking and creativity. The world no longer rewards students simply for memorizing information. Search engines and AI can provide facts within seconds. What employers increasingly value are skills that machines cannot easily replace critical thinking, creativity, communication, collaboration, leadership, emotional intelligence, and the ability to solve complex problems. Yet our examination system still rewards memorization more than understanding. One of the biggest weaknesses of Pakistan’s education system is the gap between classroom learning and market needs. Universities and employers frequently complain that graduates lack practical knowledge and workplace skills. Many young people spend years earning degrees only to discover they are not prepared for modern careers. This mismatch contributes to unemployment despite rising educational qualifications. School curricula should therefore be redesigned around future skills. Coding, artificial intelligence, robotics, data literacy, entrepreneurship, financial education, climate science, environmental sustainability, cybersecurity, and digital citizenship should become part of mainstream education. These are no longer luxury subjects reserved for elite schools; they are becoming basic requirements for the global economy. Equally important is the way children are taught. Modern education encourages students to ask questions, conduct experiments, work in teams, debate ideas, and solve real-life problems. Unfortunately, many Pakistani classrooms continue to rely on one-way lectures where students quietly copy notes from the blackboard. Such methods may help children pass examinations, but they do little to prepare them for innovation or leadership. This is why teacher training deserves urgent national attention. Teachers cannot be expected to teach twenty-first-century skills using twentieth-century training. Continuous professional development should become mandatory for all teachers. They should receive regular training in digital learning, classroom technology, student-centred teaching, project-based learning, and modern assessment methods. A well-trained teacher can transform even a modest classroom, while an untrained teacher may struggle despite having excellent textbooks. Technology must also become an integral part of learning. Around the world, interactive digital boards, multimedia presentations, educational software, virtual laboratories, and online learning platforms are making classrooms more engaging and effective. In contrast, many government schools in Pakistan still depend on blackboards, chalk, and outdated teaching aids. There is nothing inherently wrong with blackboards they have educated generations of students. However, they cannot be the only teaching tool in an era when digital technology dominates every profession. Students who have never interacted with computers, digital content, or smart classrooms are already at a disadvantage before they enter higher education or the job market. Modernizing classrooms does not necessarily require replacing every blackboard overnight. Pakistan can adopt a phased approach. Schools should first be provided with reliable electricity, internet connectivity where possible, projectors, computers, and digital learning resources. Low-cost technology can significantly improve learning outcomes if combined with trained teachers and updated curricula. Education must also become more relevant to Pakistan’s own challenges. Students should learn about water scarcity, climate change, renewable energy, sustainable agriculture, disaster management, public health, financial planning, and responsible citizenship. Such knowledge not only strengthens the economy but also helps communities solve local problems. The government must increase investment in education. For many years, Pakistan has allocated a relatively small share of its national resources to education compared with what experts recommend for developing countries. Without sustained investment in schools, teacher development, educational technology, and curriculum reform, meaningful progress will remain difficult. Parents, educators, policymakers, universities, and the private sector all have a role to play. Education should not be shaped solely by examination boards. Industry leaders, technology experts, researchers, and experienced teachers should contribute to curriculum development so that what children learn reflects the realities of today’s world. Pakistan’s greatest resource is not its minerals or natural wealth, it is its young population. Millions of talented children possess the intelligence, curiosity, and determination to succeed. What they need is an education system that unlocks their potential instead of limiting it. Artificial Intelligence will reshape every sector of society during the coming decades. Countries that prepare their children today will lead tomorrow’s global economy. Those that continue teaching outdated syllabi will struggle to keep pace. The choice before Pakistan is clear. We can continue relying on obsolete textbooks, examination-driven learning, blackboards, and chalk while the rest of the world embraces AI and digital innovation. Or we can modernize our curriculum, invest in teachers, equip classrooms with appropriate technology, and prepare our children for the future. The future cannot be built with yesterday’s education. If Pakistan truly wants its youth to compete on the global stage, the time to reform our schools is not tomorrow it is today.

Bio: Hamza Tareen is a student at LUMS, majoring in Political Science and with a keen interest in philosophy and theology.   Few individuals’ legacies are defined more by their peculiar life accounts than by their vast scholarly contributions. Majid Daryabadi is probably of that ilk. An exceptionally gifted child, raised in a deeply devout family, his life was in complete accord with the theological influences that enveloped him: from wearing the characteristic religious turban to being tutored in Quran and Arabic from the very early years. And, at the precocious age of thirteen, Daryabadi began penning polemical articles and essays aimed at defending Islamic doctrines—and refuting rival traditions. However, hardly anyone could have anticipated the drastic tempest that would soon ensue and shake Daryabadi to his core. Coming across the book titled The Elements of Social Science was the critical juncture in his life which struck at the very heart of his values. This work did not flagrantly castigate Islam or denounce any other religion; it assaulted something else: the underpinning social and moral frameworks which form the bedrock of society. Little wonder that Daryabadi, still a 16-year-old who had just finished his Matriculation, was disillusioned with the guiding theological foundations he had long cherished ‘when the claims and arguments of the book were in complete accord with libidinal urges’. This episode was the turning point in his life which estranged him from his beliefs and was the nascent emergence of a decade-long journey of doctrinaire atheism. Although his shift to skepticism was driven and cemented by encounters with the works of eminent atheists and philosophers, one thing particularly arrests attention and exposes the academic dishonesty present profusely in Western academia: the spurious claim that the citadel of their scholarship is erected upon objectivity and dispassionate ‘impartiality’. Daryabadi, in his autobiography, elaborates that ‘a poison ran through the lines’ of seemingly ‘objective’ and ‘scientific’ scholarship. In a remarkably furtive and implicit manner, the most profound religious convictions would be scoffed at and trampled underfoot. Two such illustrations are worth noting: a voluminous piece of psychology argued, targeting the blessed Prophet (PBUH), that it was possible for a man suffering from epilepsy to leave behind a great legacy. In another instance, the Prophet was depicted—reprehensibly and coarsely—in an artificially concocted image, which was merely the deplorable translation of West’s bias towards Islam. Daryabadi persisted in his skepticism of religion and would fiercely critique it through his various publications. But despite the outright repudiation, there was a concealed, but potent, bond with Islam, which did not wither away; when Samuel Zwemer, a Christian polemicist who had come to British India for a conference, began his critique of the religion, Daryabadi—by then an atheist—would offer his rejoinders in defense of the faith. The subtle and discreet traces of sacred convictions had survived the materialistic tumult. It was after a decade that Daryabadi would, slowly and gradually, experience a shift in trajectory. His voracious propensity to read, coupled with sheer curiosity, led him to scrutinize the works of semi-atheistic philosophers who had entertained spiritual dimensions and possibilities beyond the cold, materialistic realm. Subsequently, he delved into the study of Buddhism, Hinduism and theosophy. Something profound had changed. Seeds of belief had been sown—once again. Engaging with the spiritual aspects of the traditions led him to deliberate the possibility of the unseen. Taken aback by the profundity of insights and reflecting upon their perennial truths, Daryabadi was intrigued. His quest for the truth eventually led him to Mawlana Jalaluddin Rumi’s Masnavi—the classic fountain of spirituality. The exemplar of Tasavvuf left a lasting imprint on Daryabadi’s rationalist outlook, unfolded before him a new horizon, and imbued him with an acute consciousness of the divine. Rumi’s Masnavi uplifted him from the recesses of oblivion to the light of the sacred. An epiphany reverberated through his austerely skeptical frameworks: the expanse of truth was too wide to be captured by the empiricist. And then came the final ‘nail in the coffin of atheism and apostasy’ when Daryabadi once again ventured to open the divine book, now bestowed with the ability to perceive the truths contained therein. That translation of the holy book was rendered by Muhammad Ali Lahori, a member of the Ahmadiyya movement, and Daryabadi’s enduring gratitude to him was a reminder to the puritanical Muslims who refuse to see the value in the works of those they deem astray. A poignant pilgrimage to the former self followed thereafter, and Daryabadi pledged allegiance to the renowned Sufi master Shaykh Ashraf Ali Thanavi—his father’s prayers had been finally answered. He went on to author a multitude of books, with his magnum opus being the multi-volume exegesis of the Holy Quran, Tafsir-i-Majidi, and was ultimately etched into history as a towering Muslim scholar who contributed immensely to Islamic scholarship.

For three decades, the prevailing narrative of the global economy was one of seamless integration. From the design studios of California to the high-tech assembly lines of Shenzhen, the world operated on the assumption that technology was a bridge, not a barrier. However, that era of “borderless innovation” is rapidly giving way to a more fragmented reality. As the United States and China engage in an intensifying rivalry over the foundational technologies of the 21st century artificial intelligence (AI), semiconductors, and 5G a “Silicon Curtain” is descending, reshaping global supply chains and forcing a difficult reckoning for developing nations. The shift marks a transition from a world defined by economic efficiency to one governed by national security. In Washington, the consensus has hardened around the idea that “de-risking” from China is essential to protect intellectual property and maintain a military edge. In Beijing, the drive for “technological self-reliance” has become a central pillar of national survival. What began as a series of trade disputes in 2018 has evolved into a comprehensive decoupling that threatens to bifurcate the global digital ecosystem. The Semiconductor Siege and the AI Arms Race At the heart of this decoupling is the semiconductor the “oil” of the digital age. Advanced microchips are the brains behind everything from smartphones to hypersonic missiles. In 2022, the U.S. Department of Commerce introduced sweeping export controls designed to prevent China from acquiring the high end chips necessary for training generative AI models. The “CHIPS and Science Act” further signaled Washington’s intent to reshore manufacturing, offering billions in subsidies to bring fabrication back to American soil. China has responded with its own set of defensive and offensive measures. Beijing has invested hundreds of billions of dollars into its domestic chip industry via the “Big Fund” and has imposed export restrictions on critical minerals like gallium and germanium materials essential for high-tech manufacturing. This tit-for-tat dynamic has profound implications for AI development. While the U.S. currently leads in algorithmic innovation and hardware design, China possesses a vast reservoir of data and a highly integrated industrial base. As the two powers diverge, the world faces the prospect of two distinct AI “stacks” each with its own standards, ethical frameworks, and hardware requirements. For global corporations, the cost of maintaining two separate supply chains is staggering, with some estimates suggesting a permanent 1 to 5 percent drag on global GDP. The 5G Dilemma: Infrastructure as an Ideology The rivalry is equally visible in the rollout of 5G telecommunications. As the backbone of the “Internet of Things,” 5G infrastructure is more than just a faster cellular network; it is the nervous system of modern cities. The U.S. campaign to exclude Chinese providers like Huawei and ZTE from Western networks, citing security vulnerabilities, has effectively split the world into two camps. Many European and “Five Eyes” nations have aligned with Washington, citing the risks of state-sponsored espionage. Conversely, many nations across Southeast Asia, Africa, and the Middle East have continued to embrace Chinese infrastructure, which is often more affordable and comes with flexible financing. This infrastructure divide creates a “path dependency”: once a country adopts a specific 5G standard, the subsequent software, security protocols, and hardware upgrades are likely to follow the same technical lineage. The “Digital Non-Aligned Movement” Perhaps the most complex fallout of this decoupling is felt in the Global South. Developing nations, many of which are in the midst of their own digital transformations, now find themselves in an uncomfortable position. They are being pressured to choose between the two technological poles, a choice that carries significant economic and diplomatic risks. For a developing economy in Africa or Latin America, U.S. technology offers high security and integration with Western financial markets. However, Chinese technology often provides a lower barrier to entry and a focus on state-led development goals. The danger, according to many economists, is that this “tech-polarization” will lead to a lack of interoperability. If a startup in Nairobi develops an app on a Chinese cloud platform, will it function seamlessly for a user in a market dominated by American standards? Furthermore, the “friend-shoring” of supply chains where production is moved to politically allied nations is creating new winners and losers. Countries like Vietnam, India, and Mexico have seen an influx of investment as manufacturers seek to diversify away from China. However, other developing nations that lack the infrastructure or political alignment to join these new “trusted” supply chains risk being further marginalized. A World of Redundancy and Risk Critics of decoupling argue that the process is not only expensive but potentially futile. The global tech industry is so deeply intertwined that total separation may be impossible without catastrophic economic damage. Apple, for instance, still relies heavily on Chinese assembly, while Chinese tech firms still utilize American software architectures. Moreover, the environmental cost of decoupling is often overlooked. As both superpowers race to build redundant factories and secure mineral supplies, the efficiency gains of globalized production are lost, leading to increased carbon footprints and resource competition. The “Green Transition” itself is at risk, as solar panels and electric vehicle batteries are caught in the crosshairs of trade restrictions. The US-China tech rivalry is no longer a peripheral trade dispute; it is the defining feature of modern geopolitics. The shift from a globalized market to a fractured one represents a fundamental change in how the world innovates and communicates. While “strategic autonomy” may offer a sense of security for the superpowers, it introduces a new layer of volatility for the rest of the world. As we move forward, the challenge for the international community will be to establish a “digital floor” a set of minimum standards and protocols that allow the world to remain connected even as political systems diverge. Without such a framework, the “Fractured Circuit” may not only slow the pace of global innovation but also deepen the divide between the connected and the disconnected, leaving the most vulnerable nations to navigate a world of incompatible systems and dwindling choices.

When rain descends from the folds of clouds, it assumes the form of divine mercy for the earth—reviving parched soil and spreading smiles across the weary faces of farmers. Yet, when this very rain turns unbridled and the administrative apparatus built to welcome it pulls a heavy shroud of negligence over its eyes, this descent of mercy transforms into a harrowing shape of torment and sudden calamity. Gujrat, a historic and industrial city of Punjab that holds a unique global identity through its civilizational expanse, skilled artisans, and proximity to the Chenab River, presents the terrifying spectacle of a pond and a swamp every monsoon season. Here, urban flooding is no longer merely a climatic accident; rather, it has become a chilling confession of administrative apathy, unscientific planning, and a criminal denial of historical geographical realities. When the hydrological management of cities is evaluated on a global scale, the concepts of “Sponge Cities” are put into practice, but our reality stands in stark opposition. When the state of urban drainage in Gujrat is objectively reviewed through the corridors of history, one’s eyes are opened to the bitter truth that the rulers and elements who dominated this city consciously hollowed out its roots at every level for the gratification of greed. The city’s drainage and sewerage system, in particular, fell prey to the plunder of commission agents belonging to the corruption mafia. It is an immensely agonizing chapter of history that two decades ago, when a renowned international Japanese company completed a detailed survey of Gujrat, officially announced its complete reconstruction on modern lines, and promised a world-class drainage system, the hungry brokers sitting in the echelons of power burnt this magnificent project in the fire of personal lust. The people of Gujrat can never forget the actors who sacrificed the Japanese company’s dream at the altar of kickbacks. Later, when times changed and Chaudhry Pervaiz Elahi assumed the helm of this region as Chief Minister, he released heavy, voluminous funds amounting to billions of rupees to radically improve and modernize Gujrat’s decrepit and worn-out drainage system. Yet the tragedy was that these billions of rupees in Gujrat’s history remained restricted to a few specific and powerful pockets, and to openly divide these funds, the entire system was mortgaged to a fostered contractor mafia. With an exceptionally substandard, superficial, and unprofessional approach, this mafia played a game of window-dressing that instead of fixing Gujrat’s sewerage system, ruined it permanently and turned the entire city into an artificial swamp. Today, the agony of drainage dancing through the city’s streets and roads offers no hope of deliverance from this terrifying urban flood unless a severe accountability of these true, deceitful culprits is carried out. The political leadership that followed also made efforts suited to their respective statures for the betterment of the city; and although their own technical errors consistently hampered this improvement, every resident of Gujrat continues to carry the heavy burden of those primary sinners who devastated Gujrat’s history, civilization, and urbanity. Last year, when urban flooding once again descended upon the city as a mortal torment, uproar echoed everywhere, the wheel of life halted, and the situation reached a point where the Chief Minister of Punjab had to personally make an emergency visit to Gujrat to rescue the district administration from this storm of incompetence. During this visit, a heavy downpour of announcements and promises took place, accompanied by the release of special funds worth billions for complete and sustainable improvement next year. Despite the sincere efforts and financial provisions of Honorable Maryam Nawaz Sharif, the district administration—entrenched in a colonial mindset—spent all its energies throughout the year on personal image-building and photo sessions rather than the timely completion of this vital sewerage project. As ill luck would have it, as soon as the monsoon season arrived once again this year, the colorful balloon of good governance and claims deflated entirely, exposing the bitter reality that this malaise of flawed planning persists and rainwater continues to rain down as a torment upon citizens’ lives. And when this rainwater has already devastated citizens’ lives, wounding their homes and businesses, only then do the traditional efforts of WASA and district institutions begin to bear fruit, with water finally receding from the streets after prolonged suffering. Success drums are then beaten over this very temporary performance, adding salt to the injuries of the citizens. A profound study of Gujrat’s urban geography reveals that its foundations and topography are deeply embedded in its centuries-old historical backdrop. Built during the Mughal era, the Akbari Fort serves as the greatest metaphor for the region’s military, political, and administrative history. Viewed from a geographical and topographical standpoint, the Akbari Fort is situated on a relatively high mound or plateau, and the city’s older structural layout spreads outward from this height in gradual slopes in all directions. Principally and naturally, this elevation of the fort and the surrounding natural slopes should have stood as an exceptional geographical blessing for a drainage system—provided the natural pathways of water flow had been preserved and left unmolested by grotesque tampering. The tragedy, however, is that over time, unbridled urban expansion and a flood of encroachments mutilated this natural sloping system so ruthlessly that today, that very height and slope have turned into a bane for the city. Unchecked commercialization and illegal constructions in and around the Akbari Fort and its adjoining low-lying areas have blocked all traditional water routes in such a manner that water finds no outlet. The consequence is that when rainwater flows down from the elevated parts of the fort, instead of finding an open path or paved drain ahead, it encounters dead alleys, narrow sewage pipelines, and an endless siege of encroachments. Consequently, this water accumulates in lower regions to form a permanent lake, leaving city residents weeping over their helplessness. Gujrat’s tragedy is not merely the accumulation of rainwater; it is a reflection of that collective apathy and corruption which wakes up with the arrival

By Asma Rahmat, Final Year Law Student, SLC, Superior University and Muhammad Ameer Hamza, Final Year Law Student, SLC, Superior University   The legal profession has long been regarded as one of the most respected and tradition-bound institutions in society, founded on human intellect, ethical judgment, and the pursuit of justice. Yet, like every other profession, it is now experiencing the profound impact of Artificial Intelligence (AI). Across the globe, AI is transforming industries by automating routine tasks, enhancing productivity, and improving decision-making. The legal sector is no exception. While countries with advanced legal systems have already begun integrating AI into legal practice and judicial administration, Pakistan is only beginning to explore its potential. The challenge before us is not whether AI will become part of the legal profession, but whether we are prepared to embrace this technological revolution while preserving the fundamental values of justice, fairness, and the rule of law. Artificial Intelligence has the ability to process vast amounts of information within seconds, making it an invaluable tool for legal professionals. Today, AI-powered software can conduct legal research, review contracts, summarize lengthy case files, identify relevant judicial precedents, and even assist in drafting legal documents. These are tasks that traditionally consumed hours or even days of a lawyer’s time. By automating repetitive and time-consuming work, AI enables lawyers to focus on the more complex aspects of their profession, including legal strategy, courtroom advocacy, negotiation, and client counseling. Rather than replacing legal professionals, AI has the potential to become a reliable assistant that enhances both efficiency and accuracy. For Pakistan, where the judicial system continues to struggle with delays and an ever-growing backlog of cases, the responsible use of AI could bring much-needed reform. Thousands of litigants wait years for the resolution of their disputes, often because courts are overburdened and administrative processes remain largely manual. AI can assist in organizing digital records, managing court schedules, classifying legal documents, and simplifying legal research for judges and lawyers alike. These improvements could significantly reduce delays, improve case management, and make the justice system more efficient without compromising judicial independence. Importantly, AI should support judicial decision-making rather than replace it, as the final responsibility for interpreting the law must always remain with judges. Beyond improving efficiency, AI also offers an opportunity to strengthen access to justice. A significant portion of Pakistan’s population cannot afford legal representation or lacks access to basic legal information. AI-powered legal assistance platforms, particularly those available in Urdu and regional languages, could provide citizens with preliminary guidance on their legal rights, court procedures, and available remedies. Such tools would not replace qualified lawyers but could empower individuals by helping them understand the legal system before seeking professional assistance. In a country where legal awareness remains limited, technology can become a powerful means of promoting legal literacy and strengthening public confidence in the justice system. The emergence of AI is equally significant for legal education. Law students now have access to intelligent research tools that can summarize judgments, explain complex legal principles, compare international legal systems, and assist in legal writing. These technologies can make legal education more interactive and research-oriented. However, they also present a challenge. Students must avoid becoming overly dependent on AI-generated content, as legal education is ultimately designed to develop analytical reasoning, critical thinking, and independent judgment. Future lawyers must learn not only how to use AI responsibly but also how to question its outputs, verify legal authorities, and apply legal principles thoughtfully. Despite its many advantages, Artificial Intelligence raises several legal and ethical concerns that cannot be ignored. AI systems are not infallible. They may generate inaccurate information, misinterpret legal authorities, or reflect biases contained within the data on which they were trained. A lawyer who relies solely on AI without verifying its results risks providing incorrect legal advice or presenting flawed arguments before the court. Furthermore, the use of AI raises important concerns regarding client confidentiality and data protection. Lawyers have a professional and ethical obligation to protect sensitive client information, and any use of AI must ensure that confidential data is handled securely. These concerns highlight the importance of developing ethical guidelines governing AI’s use within the legal profession. Pakistan currently lacks a comprehensive legal framework specifically regulating Artificial Intelligence. While existing laws address cybercrime and certain aspects of electronic transactions, they do not adequately address issues such as AI accountability, transparency, liability, algorithmic bias, or the protection of personal data in AI-assisted legal services. As AI becomes more prevalent, policymakers must establish a clear regulatory framework that encourages technological innovation while safeguarding constitutional rights, including privacy, equality before the law, and the right to due process. Such regulation will be essential to ensuring that AI serves society without undermining public trust in legal institutions. Perhaps the greatest misconception surrounding AI is the belief that it will eventually replace lawyers. In reality, the legal profession depends upon qualities that no machine can fully replicate. Lawyers do not merely apply legal rules; they exercise judgment, interpret complex factual situations, negotiate settlements, understand human emotions, and advocate persuasively before courts. Similarly, judges must balance competing rights, interpret legislation in light of constitutional principles, and deliver reasoned decisions based on justice and equity. These responsibilities require wisdom, experience, empathy, and moral reasoning—qualities that remain uniquely human. AI can provide information and support, but it cannot replace the conscience, ethical responsibility, and professional judgment that define the legal profession. The future of the legal profession in Pakistan therefore lies in collaboration rather than competition between humans and technology. Law schools should introduce courses on Artificial Intelligence, legal technology, and digital ethics to prepare future lawyers for an increasingly technology-driven profession. Bar councils and regulatory authorities should establish professional standards governing the ethical use of AI in legal practice, while the judiciary should continue investing in digital infrastructure to improve the administration of justice. At the same time, legal professionals must embrace lifelong learning so they can adapt to technological advancements without compromising the integrity