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**Summary:**

The article discusses the trends in engineering admissions in Tamil Nadu, India, as the TNEA 2025 counselling approaches. Computer Science and related fields like AI, Data Science, and Cybersecurity remain highly popular among students. Traditional core branches like Civil and Mechanical Engineering are struggling to attract students, despite efforts to revive interest. Experts suggest incorporating AI into core subjects, enhancing practical training, involving industry experts, and encouraging students to pursue interdisciplinary studies and competitive exams to improve the situation. The article also notes the irony of India lacking trained engineers in core fields while aspiring to be a manufacturing hub.

**News Article:**

**Tech Reigns Supreme: Tamil Nadu Engineering Aspirants Flock to Computer Science, Leaving Core Branches Behind**

**CHENNAI, INDIA – June 29, 2025** – As over 2.5 lakh students prepare for the Tamil Nadu Engineering Admissions (TNEA) 2025 counselling starting July 14th, early trends reveal a continued dominance of Computer Science and allied fields in student preferences. Courses like Artificial Intelligence, Data Science, Machine Learning, and Cybersecurity are experiencing high demand, mirroring the current industry landscape.

The situation is starkly different for traditional core engineering disciplines such as Civil and Mechanical Engineering. Despite efforts to boost their appeal, these branches struggle to attract students, with some colleges reporting significant seat vacancies.

“Students are clearly drawn to the perceived job opportunities and lucrative salaries associated with IT,” says T. Saravanan, principal of New Prince Shri Bhavani College of Engineering and Technology.

Industry experts and educators are now grappling with how to address this imbalance. Suggestions include integrating AI into core engineering curricula, increasing practical training opportunities, and fostering interdisciplinary learning.

“We need to show students that core engineering still holds tremendous value and potential, especially as India aims to become a manufacturing powerhouse,” stated IIT-Madras Director V. Kamakoti at a recent Pan-IIT Alumni Leadership Series (PALS) event. He emphasized the importance of a multidisciplinary approach to solving complex problems, extending far beyond traditional AI.

The situation also highlights a potential skills gap. Ironically, while students flock to Computer Science, Indian companies are facing shortages of skilled engineers in core fields, even resorting to hiring talent from overseas for critical projects like semiconductor manufacturing.

Educators hope that by revamping curricula, showcasing successful alumni in core fields, and promoting broader career paths, they can reignite interest in these essential engineering disciplines and ensure a well-rounded workforce for India’s future.

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