Rathinam Technical Campus

  AI Meets Biotech – The Rise of Computational Biology Key Takeaways Artificial intelligence (AI) is transforming how we discover drugs, design proteins, and understand biological systems Tools like AlphaFold , generative AI models, and machine-learning platforms are accelerating research that once took years Students with combined skills in biology, coding, and data science will lead future biotech innovation Introduction Modern biology generates massive datasets: whole genomes, proteomes, metabolomics profiles, clinical records, and chemical libraries. Traditional analysis methods cannot keep up with this scale, which is why AI has become essential. AI doesn’t just analyse data faster it can predict , design , and optimize biological systems in ways that were impossible a decade ago. For B.Tech Biotechnology students, this trend represents a shift in the field’s core skill set. Understanding AI-enabled tools and computational thinking is now as important as understandi...

Semiconductor Future in India (2025–2035): The Decade That Will Redefine Technology and Innovation Key Takeaways ü   India’s semiconductor mission is entering a decisive decade with massive investments, new fabs, and global partnerships. ü   Emerging areas such as AI chips, power electronics (SiC/GaN), packaging, and design services will drive India’s competitive edge. ü   Students and institutions must build expertise in VLSI, materials, fabrication, and chip design tools to match industry demand. Introduction Between 2025 and 2035, India is set to undergo one of the most significant technological transitions in its history by becoming a global hub for semiconductor manufacturing, chip design, and advanced packaging. With the government’s ₹76,000 crore Semiconductor Mission partnerships with global leaders, and a boom in AI-driven electronics, India is positioning itself not just as a consumer market but as a strategic player in the global semiconductor suppl...