The course Bachelor of Technology (B.Tech) was introduced in India in the 1950s as a program to create competent candidates with technical skills and expertise, who could adapt to rapid industrialisation. It was a carefully designed course for building national infrastructure, industries, and technological proficiency.  Over the years, B.Tech has evolved into an interdisciplinary degree, expanding its horizon to include the influx of newer streams such as AI & ML, robotics, data science, cybersecurity, IoT, and many more.

B.E. and B.Tech – Understanding the core differences

While both are 4-year undergraduate programs, approved by the All India Council for Technical Education (AICTE) -

Bachelor of Engineering (B.E.) is a science-driven, theoretical course covering the foundational engineering principles.

B.Tech focuses on industry-oriented, practical, skill-based, and specialised education curriculum.

B.E. is more academically driven, and updates in the curriculum are seldom made owing to the emphasis on foundational principles. B.Tech, on the other hand, bridges the gap between academic and theoretical learning and industry-ready skills. Curriculum updates are more dynamic here to catch up with the industry trends.

B.Tech over the years

Introduced by the Indian Institute of Technology (IITs) in the beginning with a structured curriculum, by the 80s and 90s, as the demand for information technology and technical professionals grew, the government and private colleges started offering the course.

The initial program was offered for domains such as electrical, mechanical, and other core engineering fields, and later expanded to growing streams such as computer science.

B.Tech in 2026

Recent studies show a growing demand for B.Tech graduates due to the contribution of IT, infrastructure, and emerging technologies to economic growth.

Over 12.5 lakh students joined B.Tech in 2024-25, and about 1.5 million students graduate annually. The employability rate for IT graduates is around 68.44%, with increased demands in fields such as AI/ML, automation, robotics, semiconductor fabrication, electric vehicle systems, cybersecurity, DevOps, data science, and renewable energy.

The salary for average freshers is between Rs. 3 lakhs and Rs. 6 lakhs per annum in tier 2 and 3 cities. Whereas candidates from IITs and top NITs are offered a salary package of Rs. 12 lakhs and Rs. 18 lakhs per annum, but based on specialised skills and proficiency levels, they can be offered a placement package of Rs. 25 lakhs and Rs. 80 lakhs per annum. AI & ML engineers are paid the highest starting salary with Rs. 10 lakhs and Rs. 30 lakhs per annum, which can go up to Rs. 35 lakhs per annum.

The strong demand for B.Tech graduates is in industries such as core IT services, fintech, technology product companies, investment banks, and AI research.

Roles in public/government roles, such as in companies like BHEL, ONGC, NTPC, etc., through good scores in exams such as GATE promise robust careers. Other roles, such as scientists and research scholars in DRDO and ISRO, are extremely prestigious

Skill gap

India will need over 1 million AI-skilled engineers in the next 3 years for roles in the new-age domains. But are we fully equipped to meet that demand? The India Skills Report 2025 shows that graduate employability stands at 71.5%, with 71.5% of B.Tech graduates having job-ready skills.

It is evident that although there is a strong theoretical advantage, there are still challenges in keeping up with dynamic industry trends, practical application, and soft skills.

a. Fresh graduates lack proficiency in advanced data science skills, AI/ML skills, and coding proficiency. It is seen that there is a gap between academic coding and workplace/production-level coding in emerging tech sectors, which is a challenge for employability.

b. Employers in the current age are seen to hire for more than scores and appealing resumes. They choose candidates for skills such as communications, critical and logical thinking, emotional intelligence, an attitude for continuous learning, adaptability, flexibility, teamwork capability, and resilience. If colleges and universities prioritise developing these skills in students, they can prepare them for a solid future.

c. Students need more exposure to industry-standard tools and technologies, hands-on training, and overall advanced technical skills.

d. Graduates from a computer science and information technology background have better prospects than students from streams such as mechanical or civil.

In essence, B.Tech is relevant in 2026, provided institutions close the gap between academic employability assessment and real-world hiring outcomes. Training students on advanced domain skills, deploying extensive industry-led programs, and measuring student placement based on the employability index can help achieve sustainable career options for the future workforce.

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Disclaimer

The blog is curated by referring to various credible sources and does not necessarily reflect the opinions or positions of QS I-GAUGE. The information provided is for general informational purposes only, readers are advised to conduct their own research and seek professional advice before making any decisions.