What new career opportunities are emerging due to AI?

As AI advances and becomes more integrated into businesses, new and highly in-demand career roles are emerging. Some prominent examples include AI Product Managers, who guide the development of AI-powered products in sectors like fintech and healthcare. Prompt Engineers, who create effective inputs for AI models like ChatGPT, are also gaining popularity. Additionally, Machine Learning Engineers, who build and deploy AI models, are highly sought after by big tech and consulting firms.

Is Mirai School of Technology a good option for AI education?

Mirai School of Technology is highlighted as India's first AI-first curriculum, specifically designed to equip students with real-world skills beyond a traditional degree. It embeds AI and Machine Learning from day one with an immersive, hands-on approach. Students are encouraged to build AI-powered applications, tackle real-world problems through capstone projects, and participate in international hackathons, ensuring they are future-ready and globally aligned for innovation.

What is an AI-First Curriculum and what does it focus on?

An AI-First Curriculum puts artificial intelligence at the core of your education. It is a modern approach that integrates key areas like Machine Learning, Deep Learning, Data Science, Ethical AI, Cloud Computing, Big Data, and Generative AI. This curriculum teaches you how AI shapes decision-making, how AI models are built, and how to effectively use AI tools to solve real-world problems. You also learn how AI is integrated across various disciplines, ensuring you gain industry-relevant skills and practical application knowledge.

Why traditional Btech degrees are no longer enough for tech careers?

Traditional Btech programs in India often have rigid curricula that dont adapt to modern industry needs. They are mostly theory-based, lack practical applications, and dont focus enough on emerging fields like AI and ML. This means graduates often enter the job market with outdated knowledge and limited exposure to current tools, making them underprepared. Employers now seek candidates who understand AI impact, can use AI tools ethically, and are flexible to tech changes.

What key skills does an AI-First Curriculum help students develop?

An AI-First Curriculum develops five core skills essential for the future. These include AI-Literacy, which is understanding AI concepts and limitations; strong Computational Skills for solving complex problems; Collaboration through team-based projects; and practical Coding from Day-one using languages like Python and SQL. It also fosters a mindset of problem-solving, curiosity, and leadership, making you well-rounded and prepared for innovation in the tech world.

What are the new job roles emerging because of AI and automation?

As AI systems become more advanced, several new and in-demand job roles are emerging. Some key examples include AI Product Managers, who guide AI product development; Prompt Engineers, who create inputs for AI models to get accurate outputs; and Machine Learning Engineers, who build and deploy AI models for real business challenges. These roles require both technical AI fluency and specific domain knowledge, making an AI-first education crucial for aspiring professionals.

Do AI-First Curriculums offer hands-on coding from day one?

Yes, absolutely. An AI-First Curriculum emphasizes learning by building, not just through textbooks. From the very first semester, students get hands-on experience with coding languages like Python and SQL. They actively participate in hackathons and AI sprints, gaining practical exposure to APIs and open-source tools. This early and continuous coding experience helps build confidence, develop fluency, and sharpens problem-solving instincts, preparing students to be job-ready for the industry.

Why is Mirai School of Technology a good choice for AI studies?

Mirai School of Technology stands out as Indias first AI-First curriculum, designed by leading innovators to equip students with real-world skills beyond just a degree. AI and machine learning are integrated into the undergraduate program from the very beginning. Their immersive, hands-on approach, combined with mentorship from industry experts, ensures students dont just learn theory but actively build AI-powered applications and capstone projects solving real problems. This prepares students to be future-ready and globally aligned innovators.

How an AI-First Curriculum Prepares You for Tomorrow’s Jobs?

Q: How does an AI-First Curriculum prepare students for future careers?

An AI-First Curriculum prepares you by equipping you with an AI-ready mindset, practical tools, and real-world experience. It develops critical skills like AI-Literacy, strong computational abilities, and collaboration. You also get hands-on coding experience from day one, building real AI products. This unique approach ensures you gain up-to-date knowledge and practical skills that align with the demands of an AI-driven job market, making you job-ready for emerging roles like AI Product Managers and ML Engineers.

How an AI-First Curriculum Prepares You for Tomorrow’s Jobs?

What if the job you are currently aspiring for is already being automated by AI? In 2025, this is not a hypothetical question but a reality for several Btech graduates. As the AI industry continues to grow the nature of work and job profiles are also evolving. Hence, it is no longer enough just to be tech-literate, an engineering student also has to be AI-ready.

Being AI-ready is understanding the core subjects of Btech program in the AI context. An AI-ready curriculum, like Mirai School of Technology’s curriculum equips students with the mindset, tools, and experience needed to thrive in an AI-driven world.

In this article, we are discussing AI-first curriculum, the skills that they provide, why traditional education is no longer enough and how the job market is evolving because of AI.

What is AI-First Curriculum?

Ai-first curriculum is a curriculum that is designed with artificial intelligence at the centre of learning. It is an avant-garde approach to education. AI-first Curriculum integrates:

Machine learning & Deep Learning
Data Science & Analytics
Ethical AI & Responsible Tech
Cloud Computing & Big Data, and
Gen AI

Through an AI-first curriculum students learn how AI shapes decision-making, how AI models are built and how real-world problems can be solved with AI tools. In an AI-first curriculum students learn how AI is integrated across disciplines, the tools that are needed to match the industry requirements and how AI tools are applied.

Why Traditional Education is Not Enough?

When we talk about Btech programs in India, traditional universities follow a curriculum which is not flexible or adaptable to the modern era. It lacks real-world application of concepts, is theory based, and provides little emphasis on emerging fields like AI and ML. As a result of this curriculum, graduates stepping into the workforce have outdated knowledge and little exposure to emerging tools and technologies. This makes one underprepared for a career in tech where skills matter more than marks.

Currently, employers are looking for candidates who understand how technology impacts business and society, use AI tools effectively and ethically and are comfortable adapting to change in the tech world. Hence, a candidate needs AI-first education to bridge the gap between industry requirements and college pedagogy.

Skills developed by AI-First Curriculum

An AI-First curriculum teaches more than a Btech degree course. It develops a mindset of problem solving, curiosity and leadership. The 5 core skills developed by an AI-first curriculum are:

AI-Literacy

Al-Literacy can be defined as the ability to understand and use artificial intelligence technologies. It is an understanding of how AI works, where it is used and its limitations. AI-first curriculum teaches the core concepts like AI and ML to students. It helps them in understanding how AI is used in products and systems around them. Students can make informed decisions about deploying or interacting with AI systems in real life because of AI-first curriculum.

Computation Skills

AI-first education trains Btech students to think like an engineer and solve complex problems. Because of such a curriculum, students can break down patterns into logical steps, work with data structures and algorithms, analyse patterns and interpret outcomes, and make data-driven decisions.

Collaboration

AI-first curriculum at Mirai is built on collaboration. We know that the best AI products are not built by coders alone but by a team of engineers, designers, and business thinkers. Team based learning and interdisciplinary projects are emphasised. Cross-functional collaboration between mentors and students is a part of everyday life and soft skills like communication and leadership are developed over the course of the 4-year program.

Coding from Day-one

Students learning an AI-first curriculum learn by building and not just through textbooks. From the very first semester students work on coding languages like Python and SQL, they participate in hackathons and AI sprints, and get hands-on experience with APIs and open-source tools. This early exposure builds confidence, fluency and problem-solving instincts and ultimately makes them job-ready.

The Future of Jobs

As AI systems become smarter and more utilised in business, new roles are emerging. These roles require technical fluency and domain specific knowledge of AI and new age tech. In the next 5-10 years, the fastest growing and most in-demand careers will be those that can build with AI. An AI-first curriculum prepares students for such roles. Some of the emerging careers we are more likely to see in the near future are:

AI product managers- An AI product manager guides product roadmaps and works with data scientists and engineers to design useful, scalable AI powered products. Currently, they are highly sought after in fintech, edtech, and health tech startups.
Prompt Engineer- A prompt engineer creates inputs that generate accurate and relevant outputs from AI models. They bridge the gap between AI and human communication. As generative AI tools like ChatGPT are gaining popularity, prompt engineering is becoming a popular career choice across sectors.
Machine Learning Engineers- ML engineers help in applying AI to real business challenges. They build, test and deploy machine learning models into actual products and services. They also optimise AI systems for scale and reliability. Machine Learning Engineers are in demand in Big Tech companies, logistic companies, consulting firms and digital platforms.

Why Mirai School of Technology?

Mirai School of Technology is India’s first AI-first curriculum. It is designed by innovators and tech visionaries who aim to equip students with not just degrees but real-world skills. At Mirai, AI and machine learning are embedded in the undergraduate program right from Day 1. Our immersive, hands-on approach and mentorship from industry experts ensures that students are not just learning theory but becoming ready for innovation.

Mirai’s curriculum teaches students how to build with AI. Our students are encouraged to build AI powered applications, capstone projects solving real problems and take part in international hackathons. Hence, students at Mirai are future-ready and globally aligned.

Are you ready to lead the change with AI-first curriculum? Visithttps://msot.org/ to learn about our course details, mentors, facilities and much more.

Frequently Asked Questions

What is an AI-first curriculum?

An AI-first curriculum is an innovative education approach where Artificial Intelligence is central to all learning. It teaches students how AI impacts decision-making, how AI models are built, and how to solve real-world problems using AI tools. It integrates key areas like Machine Learning, Data Science, Ethical AI, Cloud Computing, and Generative AI across disciplines, ensuring students gain industry-relevant skills and tools.

Why is traditional Btech education not enough for future jobs?

Traditional Btech programs often have outdated curricula that lack flexibility and real-world application. They are largely theory-based with little emphasis on emerging fields like AI and Machine Learning. This leaves graduates unprepared for the modern tech workforce, where employers seek candidates skilled in using AI tools effectively and ethically, and who are comfortable adapting to rapid technological changes, rather than just academic marks.

How does an AI-first curriculum prepare students for new jobs?

An AI-first curriculum prepares students by equipping them with a problem-solving mindset and crucial skills for future roles. It provides deep AI literacy, strong computational skills, and promotes collaboration for team-based projects. Students also get hands-on coding experience from day one, building real-world AI applications and participating in hackathons, making them industry-ready for emerging roles in an AI-driven economy.

What key skills will an AI-first curriculum teach me?

An AI-first curriculum develops several core skills essential for your future career. You will gain AI-Literacy, understanding how AI works and its real-world applications. It enhances Computational Skills, teaching you to solve complex problems and make data-driven decisions. Collaboration is emphasized through team projects and interdisciplinary work. Most importantly, you will learn Coding from Day-one through hands-on building, developing strong problem-solving instincts.

Can artificial intelligence automate my future job after Btech?

Yes, AI is rapidly automating many job roles, and by 2025, this will be a reality for several Btech graduates. The nature of work is evolving, meaning being just tech-literate is no longer sufficient. An AI-first curriculum helps you become AI-ready, understanding how AI is integrated into various fields, and equipping you with the specific tools and skills needed to thrive, innovate, and even create new roles in an AI-driven economy.

How an AI-First Curriculum Prepares You for Tomorrow’s Jobs?

Frequently Asked Questions

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