Why is the 21st century the era of AI? AI is the technology that will gradually lead to automation of everything.
AI AND RECENT JOB TRENDS IN HUMANITIES: The job market for humanities is increasing day by day due to AI
- AI companies are increasingly seeking humanities students because their critical thinking, communication, and ethical reasoning skills are valuable for navigating the complexities of AI development and deployment, including understanding its societal impact and ensuring responsible innovation
- The biggest problem in AI programming is that it covers all the data but it has weak capability of human thought process. The human thought process is not such a simple thing. Like you collect data and create programs. It requires a lot of critical thinking, as well as a holistic knowledge of all fields of humanities.
- So now companies will hire only those students who have good critical thinking and now they are firing engineering students because it is already saturated.
- Deepseek, Grok 3, and Chat GPT are now hiring people from the humanities who can help their AI with the best critical perspectives.
AI AND RECENT JOB TRENDS IN THE STEM FIELD. The job market for the STEM field is decreasing day by day due to AI
Recent reports indicate that a concerning number of Harvard Business School (HBS) MBA graduates, around 23%, were still unemployed three months after graduation, a significant increase from previous years, highlighting a challenging job market.
- At Stanford’s Graduate School of Business, 18% didn’t, compared with 9% in 2021.
- About 13% of those at the Massachusetts Institute of Technology’s Sloan School of Management didn’t have a job within three months, up from about 5% in 2021.”
There are several reasons why even top-class engineering school graduates may struggle with unemployment or underemployment:
1. Market Saturation
- More students are graduating with engineering degrees than there are available jobs, leading to increased competition. This trend will get worse day by day
2. Mismatch of Skills and Industry Needs
- Many engineering curriculums focus on theoretical knowledge, while industries demand practical, hands-on skills, software expertise, or interdisciplinary knowledge.
3. Automation and AI
- The rise of artificial intelligence, machine learning, and automation has reduced the demand for some traditional engineering jobs, especially in repetitive or entry-level roles.
4. Decline of Core Engineering Jobs
- Sectors like mechanical, civil, and electrical engineering have seen slower job growth compared to fields like computer science, data science, and AI.
5. Preference for Experience Over Fresh Graduates
- Many companies prefer experienced engineers, leaving fresh graduates struggling to secure their first job.
6. Outsourcing and Globalization
- Companies outsource engineering tasks to countries with cheaper labor, reducing job opportunities in certain regions.
7. Lack of Soft Skills
- Engineers with poor communication, teamwork, and leadership skills may struggle to land jobs despite having technical expertise.
8. Startups and Gig Economy Shift
- Many skilled engineers prefer to work on freelance projects, startups, or remote jobs instead of traditional employment, shifting workforce dynamics.
My suggestion is – if your child has STEM subjects then make him/her do his/her best in “Humanities”. All AI companies need people with high critical thinking skills who have majored in Philosophy, Psychology, Law, Politics and Sociology and Anthropology.
AI is called the “Era of the 21st Century
AI is called the “Era of the 21st Century” because it is transforming industries, economies, and daily life on an unprecedented scale, much like steam engines defined the Industrial Revolution. Here’s why:
1. Automation & Efficiency
- AI automates complex tasks, reducing human effort and increasing efficiency in sectors like manufacturing, healthcare, and finance.
2. Data-Driven Decision Making
- The 21st century is the era of big data, and AI enables businesses and governments to analyze massive amounts of data for better decision-making.
3. Technological Integration
- AI is embedded in everything—from smartphones and smart assistants (like Siri, Alexa) to self-driving cars and advanced robotics.
4. Breakthroughs in Healthcare
- AI is revolutionizing medicine with predictive diagnostics, personalized treatment, robotic surgery, and drug discovery.
5. Economic Disruption & Job Transformation
- AI is reshaping jobs by automating repetitive tasks while creating new roles in AI development, data science, and cyber security.
6. Advancements in Machine Learning & Deep Learning
- Self-learning AI models can now mimic human intelligence, making breakthroughs in fields like natural language processing, image recognition, and autonomous decision-making.
7. Global Connectivity
- AI-driven applications are making the world more connected through real-time translations, social media algorithms, and personalized content recommendations.
8. AI in Space Exploration & Scientific Research
- AI is being used to analyze space data, detect exoplanets, and enhance scientific research in physics, biology, and chemistry.
9. Military & Security Applications
- AI is revolutionizing defense with autonomous drones, cybersecurity solutions, and advanced surveillance technologies.
10. Sustainability & Climate Change Solutions
- AI is playing a crucial role in optimizing energy usage, developing renewable energy solutions, and predicting climate change impacts.
In short, AI is not just a technology—it’s a fundamental shift shaping the future of humanity.
