Microsoft's 60,000 VEO: Making Sense of It from a Career Perspective
The technology industry continues to create opportunities. But a computer science degree and years of IT experience can no longer be treated as guarantees of career security.
On 26 October 2026, Microsoft introduced a voluntary exit offer (VEO) for approximately 60,000 eligible employees. These are not 60,000 confirmed departures, but employees being given the option to leave one of the world's largest technology companies.
For decades, a career in technology has represented good salaries, global opportunities and professional security. In India, Computer Science Engineering (CSE) became the preferred choice for countless students and parents seeking a reliable route to a prosperous future. Now, the industry that helped build that confidence is forcing us to reconsider what career security really means.
Technology companies are investing heavily in artificial intelligence (AI), promising greater productivity and new opportunities, while simultaneously restructuring their workforces. Microsoft's announcement does not prove that AI is eliminating jobs. But it raises a question that students choosing their degrees and professionals building their careers can no longer ignore: If working for one of the world's leading technology companies is not a guarantee of career security, what should we be preparing for instead?
Beyond Microsoft's announcement
Microsoft is part of a wider pattern. By late October 2026, TrueUp's technology layoff tracker reported approximately 197,000 people impacted across 669 layoff events worldwide. This is a tracker estimate, not an audited count of employees who have actually left their jobs. Other trackers report lower totals because they differ in coverage and counting methods.
The reasons for these reductions vary. Companies are restructuring, cutting costs and shifting investment between business units. It would be simplistic to blame every layoff on AI. Nevertheless, AI is changing how work is performed, how quickly certain tasks can be completed and how many people may be needed to perform them.
The impact also extends beyond those who lose their jobs. Reports of experienced software engineers leaving prominent companies can unsettle professionals who remain employed and parents investing heavily in their children's education. Students may begin questioning whether a CSE degree still offers the security they once associated with it.
These psychological effects are difficult to quantify, but they matter. When confidence in a profession weakens, career choices can change before employment statistics reflect the shift.
A growing industry does not guarantee growing employment in every role
A 2026 publication from Huawei, drawing on IDC research, estimates approximately 61 million information and communications technology (ICT) jobs worldwide, projected to reach 97 million by 2030. This is a broad industry estimate, not a count of software engineers alone.
The World Economic Forum's Future of Jobs Report 2025 offers a wider perspective. Across the employment dataset it analyses, the WEF projects 170 million jobs created and 92 million displaced by 2030, resulting in net growth of 78 million jobs. These are forecasts, not observed outcomes, and the WEF and ICT figures use different definitions.
The distinction matters: an industry can grow while employment in particular occupations declines. A company can increase revenue, serve more customers and deploy more computing capacity without expanding its workforce proportionately. AI may create demand for specialists while reducing the labour required for certain routine tasks.
Consequently, a growing technology sector does not automatically guarantee proportionate growth in entry-level software jobs.
What should students and professionals do differently?
The message is not that students should abandon Computer Science. Students who enjoy programming, mathematics, logical reasoning and technical problem-solving may still find CSE an excellent choice. The problem arises when they choose it mainly because it is considered the safest option, without examining their aptitude, interests or the changing nature of the work.
A degree is an educational foundation, not an employment guarantee. Students need to develop demonstrable skills: understanding problems, designing solutions, building and testing systems, communicating ideas and using AI tools critically. The same principle applies to mechanical engineering, electronics, commerce and other disciplines. The objective is to choose a field that fits one's abilities and then keep learning.
For existing IT professionals, experience remains valuable, but it does not make every role indispensable. Professionals should assess which parts of their work are becoming easier to automate, whether their expertise is tied too narrowly to a particular technology, and how their skills might transfer to adjacent roles. AI-enabled workflows, cybersecurity, system architecture, domain expertise and business understanding may offer useful directions, depending on the individual's background.
Continuous learning is no longer simply a route to promotion. It is part of maintaining career relevance.
The responsibility extends beyond individuals
Parents should look beyond placement salaries when evaluating courses. Educational quality, aptitude, total cost and the range of possible career paths matter just as much.
Colleges need to combine technical fundamentals with practical projects, communication skills and interdisciplinary learning. Employers, meanwhile, should consider retraining and redeployment alongside workforce reductions when technological change alters the need for particular roles.
Career counselling must evolve too. Its purpose should not be to predict which profession will remain safe forever, but to help people assess opportunities, understand uncertainty and make informed decisions.
Technology will remain central to economic development. AI, software, cybersecurity, digital infrastructure and automation will continue to create opportunities. But the existence of a promising industry does not guarantee secure employment for everyone who enters it.
Microsoft's voluntary exit offer is a reminder that even successful companies change their workforce needs. The lesson is not to stop choosing Computer Science; it is to stop treating any degree or profession as a guarantee of future security.
What Should Students Take Away From This?
For students considering Computer Science Engineering or a career in the IT industry, the message is not to abandon their ambitions. It is to examine them more carefully.
Are you interested in computer science itself, or are you attracted primarily by the salary packages, campus placements and social prestige associated with the profession? Do you enjoy programming, solving problems, understanding systems and learning new technologies? Have you tried building something yourself, beyond watching videos about the industry or reading placement statistics?
These questions matter because a career is much more than the degree that gets you through the door. The work, the skills it demands and the opportunities available to you will continue to evolve.
In my earlier article, Before You Fall in Love with a Career, Understand It, I argued that students should understand the reality of a profession before committing to it. The same principle applies to IT. Explore the work, speak to professionals, try practical projects and understand the educational pathway before making a decision.
Do not choose Computer Science merely because it is considered a safe career. Choose it because you understand the work, have a genuine interest in developing the required abilities, and are prepared to keep learning as the industry changes.
The most valuable career preparation is the ability to learn, adapt and make informed decisions when the world of work changes.
Dr. S. P. Mishra is the founder of India Career Centre, an initiative focused on helping students and families make informed career and education decisions.
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