At the Orientation-2026 program, Visakhapatnam Police Commissioner Shankhabrata Bagchi advised engineering students to align their four-year education with emerging industry technologies and clear career goals.

  • Students must define clear career goals from their very first year of engineering.
  • Mastery over emerging techs like Blockchain, Robotics, and IoT is essential.
  • Emphasis on internships and communication skills to bridge the industry gap.
  • AU is introducing advanced courses in Quantum Computing and VLSI design.

During the Orientation and Induction Programme-2026 held at the AU Convention Centre, Visakhapatnam Police Commissioner Shankhabrata Bagchi delivered a powerful directive to newly admitted engineering students. He emphasized that the four-year academic journey should not be aimless but must be meticulously planned with specific career objectives in mind.

Commissioner Bagchi urged students to look beyond traditional roles and explore a vast spectrum of opportunities, including the government sector, private enterprises, startups, higher education, research, Civil Services, and even MBA programs. The core message was clear: professional success requires proactive planning rather than reactive learning.

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The Shift Toward Emerging Technologies

In an era of rapid digital transformation, the Commissioner highlighted the necessity of becoming proficient in cutting-edge technologies. Students were encouraged to focus on Robotics, Blockchain, Data Mining, Virtual Reality (VR), Augmented Reality (AR), and the Internet of Things (IoT) to remain competitive in the global job market.

Aligning academic learning with real-world industry needs is the only way to ensure long-term career sustainability.

Technology expert and AU alumnus Rama Velpuri supplemented this advice by stressing the importance of strengthening engineering fundamentals alongside soft skills and practical industry exposure. He noted that technical knowledge without effective communication is often insufficient in professional environments.

Why This Matters

BozokMedia analysis shows that the widening gap between academic curricula and industry requirements is a significant hurdle for fresh graduates. The proactive approach taken by institutions—such as Andhra University expanding its infrastructure to include Quantum Computing and VLSI design—is a critical step toward producing industry-ready professionals.

Vice-Chancellor G.P. Raja Sekhar confirmed that the university is actively upgrading its facilities to support these high-tech disciplines, ensuring students have access to the tools required for modern engineering challenges.

Did You Know?: VLSI (Very Large Scale Integration) design is the backbone of modern electronics, allowing billions of transistors to be placed on a single microchip.

Frequently Asked Questions

1. Which emerging technologies should engineering students focus on?
Key areas include AI, Blockchain, Robotics, IoT, and Data Science.

2. Why are internships important for engineering students?
Internships provide hands-on experience, industry exposure, and help in building professional networks before graduation.