Retail

EY Transforms Internships into Year-Long Residencies to Adapt to AI-Driven Workforce Changes

In a forward-thinking move to address the evolving demands of an artificial intelligence-driven professional sphere, EY is reimagining its internship structure. Recognizing that a standard eight-week immersion no longer suffices to adequately prepare emerging talent for the complexities introduced by AI, the firm is initiating a novel "Career Residency" program.

This innovative residency extends beyond the conventional internship, offering selected assurance interns an additional 8 to 12 months of engagement. During this period, participants will be employed part-time, working remotely on actual EY projects. The program emphasizes personalized mentorship and intensive skill-building, positioning these individuals for potential full-time roles within the organization at a more advanced level. This strategic overhaul underscores EY's commitment to cultivating a future-ready workforce, acknowledging that AI is fundamentally reshaping the foundational competencies required for entry-level positions and prompting a re-evaluation of how quickly new employees can become impactful contributors.

Ginnie Carlier, EY Americas' chief talent and culture officer, highlighted that the professional services sector is undergoing rapid transformation, with the workforce evolving in parallel. She noted that employees are increasingly seeking employers who can support their ongoing relevance and professional growth. This paradigm shift has already begun to alter the traditional career trajectory within professional services. Previously, junior consultants dedicated significant time to tasks such as compiling presentations and drafting proposals. However, with AI now automating many of these routine functions, consultants are increasingly focusing on higher-order tasks like exercising informed judgment, interpreting complex data, and strategically influencing client outcomes. Carlier emphasized that AI has acted as a significant accelerant in these planned changes to EY's talent lifecycle, encompassing everything from recruitment and onboarding to talent development and promotion, fostering a shift towards more adaptable, skills-centric career paths where impact supersedes conventional progression models. The Career Residency, which will initially target assurance interns typically undertaking their placements before their final academic year, will enable participants to balance their college studies with part-time work at EY. Successful completion of the residency and a subsequent full-time offer will allow these individuals to join EY as analysts, a more senior entry point than the typical staff position, and will include a performance-based salary increase, ensuring they are prepared to tackle significant responsibilities from day one. The application process will maintain its current format, involving a skills assessment and interview, while the residency itself will focus on developing crucial abilities such as critical thinking, professional skepticism, collaboration, and communication through immersive simulations and practical project experience. EY has seen strong interest in its internship programs, with applications increasing significantly, demonstrating a clear demand for such developmental opportunities.

In essence, this extended residency provides students with an invaluable opportunity to cultivate the in-depth skills that a brief internship can only partially address. It enables continued engagement with EY's work, fostering the development of forward-looking competencies and offering tailored guidance, ultimately ensuring that new hires are thoroughly prepared to excel in the AI-augmented professional landscape. This commitment to continuous learning and advanced preparation reflects a positive and proactive stance in navigating technological advancements, underscoring the importance of adaptability and skill enrichment for long-term career success and organizational resilience.

From College Dropout to Gaming Millionaire: Dima Beseda's Unconventional Success

Dima Beseda's journey from a young gaming enthusiast to a self-made millionaire by 27 is a testament to the unpredictable nature of passion and entrepreneurship. Despite his parents' initial anxieties about his dedication to video games, particularly 'World of Warcraft,' Beseda transformed his in-game skills and understanding of digital economies into a thriving business empire. His narrative challenges conventional notions of success and underscores the evolving landscape of career opportunities in the digital age. This remarkable transformation illustrates how an unconventional path, when pursued with determination and strategic insight, can lead to extraordinary achievements, even defying familial expectations.

Beseda's story also offers a profound reflection on the relationship between wealth and happiness. While accumulating significant financial success at a young age, he emphasizes that money alone does not guarantee contentment. Instead, he found grounding and fulfillment through his family, suggesting that a balanced perspective on life's priorities is crucial. His journey encourages a re-evaluation of how society views 'wasted time' and 'distractions,' proposing that sometimes, what appears to be a deviation from the norm can, in fact, be a direct route to an unforeseen and prosperous future.

The Genesis of a Gaming Empire: From Warcraft to Wealth

Dima Beseda's fascination with video games began at a remarkably young age, coinciding with his family's acquisition of their first computer. He quickly recognized the structured rules and achievable objectives within games, a characteristic that deeply resonated with him. The release of 'World of Warcraft' marked a pivotal moment, introducing him to an expansive virtual realm where his strategic prowess garnered respect, even from older students. This early success, however, contrasted sharply with his parents' growing concerns about the sheer volume of time he dedicated to gaming, fearing it would derail his academic and future prospects. Despite their attempts to limit his screen time, his passion intensified, eventually leading him to abandon university studies, a decision that caused considerable frustration for his father, who even contemplated rehabilitation.

The turning point arrived when Beseda discovered the financial potential of his gaming expertise. After a brief stint at McDonald's, an opportunity arose to play 'World of Warcraft' for a professional hockey player, boosting the player's in-game ranking. This endeavor yielded his monthly fast-food salary in just two nights, effectively ending his traditional employment. Recognizing the nascent market, he began trading virtual in-game items for real currency, earning substantial income for the time in Russia. These early ventures, fueled by his deep understanding of gaming mechanics and community, laid the foundation for what would become his successful gaming businesses, Overgear and LF Group. His ability to monetize his passion not only provided financial stability for his growing family but also began to assuage his parents' initial worries, demonstrating a tangible return on his unconventional pursuits.

Redefining Success: Beyond Financial Accumulation

As Dima Beseda's gaming businesses flourished, eventually leading him to achieve millionaire status by the age of 27, he started to reflect on the true meaning of success. He candidly admits that his primary motivation was never simply to amass wealth, but rather to secure a comfortable life for his family. This focus provided him with a crucial anchor, preventing the pitfalls often associated with sudden riches. He observed that while his peers in the gaming industry might have accumulated significant wealth, they didn't always find genuine happiness. This personal insight led him to the realization that financial abundance, while providing security and opportunities, does not inherently equate to overall contentment or personal fulfillment.

Beseda's perspective also extended to re-evaluating his teenage years spent intensely gaming. Through conversations with a therapist, he concluded that his dedication was not an addiction, but rather a profound engagement with a complex system that honed his skills and understanding. He acknowledges his parents' earlier anxieties, recognizing their concern stemmed from a lack of foresight regarding the burgeoning opportunities within the digital world. His journey serves as a powerful illustration for parents, advocating for the encouragement of children's genuine curiosities and interests, even if they seem unconventional at first. While his path to success was unique and not easily replicable, it underscores the importance of fostering passion and allowing children the space to explore avenues that might lead them to unexpected and rewarding futures, ultimately finding a balance between personal fulfillment and material gain.

See More

Leading Robotics Startups of 2026

The robotics industry is experiencing a significant boom, drawing considerable investment and innovation. In the first quarter of 2026 alone, physical AI startups, focused on creating machines capable of interacting with the real world, collectively raised an impressive $16.3 billion across 492 deals. This financial surge reflects a broader trend of investors turning their attention to hardware, driven by a combination of declining hardware expenses, persistent labor shortages, and increasing demand for localized manufacturing. Industry specialists have pinpointed 25 particularly promising robotics companies that are leading the charge in this rapidly evolving field, showcasing a diverse range of applications and technological advancements.

These innovative companies are tackling a wide array of challenges and opportunities within the robotics landscape. Some are dedicated to developing sophisticated artificial intelligence 'brains' that enable robots to operate more autonomously and safely across various environments. Others are focused on creating humanoid robots for deployment in factories, homes, and even specialized tasks. A third group is applying robotics to highly specific industrial processes, such as metalworking, drug discovery, and agricultural harvesting. Additionally, several startups are addressing the critical need for high-quality data collection and simulation environments to train these advanced AI models, underscoring the foundational work required to push the boundaries of physical AI.

Pioneering Robotics Firms and Their Innovations

In a landscape increasingly shaped by artificial intelligence, a select group of robotics companies stands out for their groundbreaking contributions and investor confidence. These enterprises are not just building machines; they are crafting the future of automation, from intelligent warehouse management systems to advanced manufacturing solutions. Their innovations are critical in addressing modern industrial demands, enhancing efficiency, and opening new frontiers for AI applications in the physical world. The dynamism of these startups reflects a robust ecosystem where technological ingenuity meets strategic market needs.

Among the leading innovators, Avatar Robotics leverages remote-controlled robots for warehouse operations, using human-generated data to train its autonomous systems. Cobot, led by former Amazon Robotics head Brad Porter, deploys mobile robots like Proxie to assist in hospitals and factories, notable for their sophisticated autonomy. Dash Bio is revolutionizing drug development by automating lab testing, drastically cutting down the time required for pharmaceutical research. Dexterity is developing a versatile AI "brain" for various robots, with its Mech system already boosting efficiency in logistics. FieldAI is creating a unified AI system for diverse robots, enabling safe and autonomous operation in unpredictable settings, and has already secured substantial revenue. Foxglove provides essential software for robotics companies to analyze data and refine performance, serving a broad client base from autonomous driving to defense tech. Generalist, founded by ex-Google DeepMind and Boston Dynamics experts, develops AI software to control robots in multiple environments, with its GEN-1 model showing commercial viability in tasks like laundry folding. Gecko Robotics employs wall-climbing robots and AI for industrial inspections, securing major contracts for maintaining critical infrastructure like naval ships. GrayMatter Robotics builds AI-powered robots for surface finishing, learning from extensive manufacturing data to perform complex tasks for clients including the US Air Force and Boeing. Machina Labs uses robotic factories to produce intricate metal parts, offering flexible manufacturing capabilities. Matter is establishing autonomous factories for drone and robot assembly, aiming to reframe American manufacturing as a software-driven process. Mecka AI focuses on collecting physical-world training data by capturing human interactions, providing crucial datasets for AI labs. Mimic Robotics is developing highly dexterous robotic hands, seeking to replicate human agility for industrial tasks. Noble Machines is engineering general-purpose humanoid robots for hazardous industrial work, emphasizing safety and rapid skill acquisition. Palatial automates the creation of virtual environments for robot training, accelerating development for numerous AI companies. Skild AI is building an AI model to control various robotic platforms, facilitating rapid learning for new tasks and collaborating with industry giants like Nvidia. Sunday Robotics is advancing household automation with its Memo robot, which proficiently handles chores such as laundry. Synphony specializes in adapting robotic foundation models for specific industrial tasks, starting with strawberry picking and aiming to expand into other labor-intensive fields. Unitree is a major producer of humanoid and four-legged robots for diverse applications, poised for a significant public offering. Upside Robotics offers solar-powered robots for precision agriculture, significantly reducing fertilizer use. Walden Robotics, an MIT spin-off, develops general-purpose robots for factory and warehouse tasks, prioritizing safety and robust performance. Westmag is addressing supply chain vulnerabilities by producing motors and actuators for robots and drones in the US. XDOF tackles the critical need for high-quality real-world training data for robots, working with leading AI labs. Lastly, Zipline, known for its autonomous delivery drones, is rapidly expanding its services for medical supplies, food, and retail goods, transforming logistics and last-mile delivery.

Market Dynamics and Future Prospects in Robotics

The burgeoning robotics market is characterized by substantial financial inflows and strategic shifts, signaling a promising future for automated technologies. Investors are increasingly recognizing the long-term value of physical AI, moving beyond traditional software investments to embrace tangible, real-world applications. This trend is bolstered by practical considerations such as the escalating costs of human labor and the strategic imperative to bring manufacturing closer to home. The confluence of these factors is creating fertile ground for innovative startups, pushing the boundaries of what robots can achieve and how they integrate into daily life and industry.

Despite the immense potential, the robotics sector still faces significant developmental hurdles. Many advanced robotic applications, particularly humanoid robots and general-purpose home assistants, are still in their infancy, with their full capabilities and market viability yet to be definitively proven. Expert opinions vary, with some cautioning that widely accessible humanoid robots for complex tasks like household chores are still years away. However, the continuous advancement in AI models, reduction in hardware costs, and an accelerating pace of data collection and algorithmic refinement suggest that these challenges are being actively addressed. The rapid evolution from early prototypes to commercially viable products, exemplified by companies like Generalist and Sunday Robotics, highlights a journey of persistent innovation. The ongoing investment, coupled with a focus on practical applications and robust training data, indicates a future where robots will play an increasingly integral role across various sectors, transforming industries and improving efficiency on a global scale.

See More