My Views on Artificial Intelligence and Semiconductors Artificial Intelligence and semiconductors are two technologies that I believe will play a very important role in shaping the future. Even though most of us may not see semiconductors directly in our daily lives, they are present in almost everything we use — smartphones, laptops, cars, medical equipment, communication systems and many other devices. AI, on the other hand, is becoming a part of how we study, work, communicate and solve problems. What interests me most is what can happen when AI and semiconductor technology develop together. AI requires a huge amount of computing power, and semiconductors are at the heart of that computing power. As AI becomes more advanced, there will be a need for faster, smaller, more energy-efficient and more specialised chips. At the same time, AI can also help in designing and improving those very chips. This creates an interesting cycle where AI can help develop better semiconductors,

Title: AI-Enabled Semiconductor Chips for Real-Time Geospatial Intelligence I propose developing indigenous AI-enabled edge semiconductor chips for real-time processing of satellite, drone, GIS and field-sensor data. Such chips can process data directly on drones and portable devices, reducing dependence on cloud computing, high-speed internet and lengthy data transfer. AI-powered edge devices could identify land-use changes, geological structures, mineral alteration zones, water bodies, vegetation stress, landslides and infrastructure features during surveys. This can support mineral exploration, groundwater management, agriculture, disaster response, environmental monitoring, mining and urban planning. India can promote collaboration among semiconductor manufacturers, ISRO, research institutions, drone companies and geospatial startups to develop low-power indigenous AI chips. This will strengthen Make in India, technological self-reliance and sustainable resource management.

India should build an AI + Semiconductor ecosystem focused on affordable “AI for Bharat” devices. Low-power Indian chips with on-device AI can enable personalized education, exam preparation, local-language learning, translation and doubt solving even where internet connectivity is limited. AI can also accelerate chip design, testing, manufacturing and energy optimization. Government can encourage partnerships between semiconductor companies, AI startups, educational institutions and digital platforms to develop these solutions. This can reduce dependence on imported technology, create skilled jobs and make advanced AI accessible beyond major cities. India should aim not only to consume AI, but to design the chips, intelligence and applications that solve India’s unique challenges.

Dear honorable ministers, Attached is a white paper that shows the academic programs in AI & semiconductors

The convergence of Artificial Intelligence (AI) and Semiconductor technologies can unlock transformative opportunities across industries and society. AI can accelerate semiconductor design by optimizing chip architectures, reducing development time, and improving energy efficiency. In turn, advanced semiconductor chips can provide the computing power needed for next-generation AI applications. Some key possibilities include: • AI-designed chips that are faster, more energy-efficient, and customized for specific tasks such as healthcare, agriculture, education, and defense. • Smart manufacturing systems where AI-powered semiconductor devices enable predictive maintenance, quality control, and autonomous production. • Edge AI solutions that process data directly on devices, reducing latency, improving privacy, and enabling real-time decision-making. • Advanced healthcare technologies such as wearable health monitors

Contd:- This is true that Possibilities doesnot arise by itself it is the responsibilities and the smart work which reflects and give new possibilities, ideas and innovations which can emerge at the intersection of these technologies? Technologies is the father of all IOT (Internet on Things) where things are made, added, destroyed, deleted, hacked and developed. When it comes for the development of Nation Semi Conductor plays a vital role as Parents and AI ( Artificial Intelligence) plays a vital role as a society, where a society is developed with different bunch or a group of parents with different neighbours where neighbours are indicates as Technology or rather we can say directly Internet. In today's global world AI ( Artificial Inelligence ) is not only a machine for work but rather a possibilities of success in this new era. AI can do every things or can find out anything in the internet for helping hands for human beings, but have no emotions, no taste or can't do judgemen

So AI is too dangerous. Its Eating jobs :(

The convergence of Artificial Intelligence and Semiconductor technologies is creating a new era of innovation in which intelligence and computing power evolve together. AI can accelerate chip design, improve semiconductor manufacturing and enable smarter, more energy-efficient hardware, while advanced semiconductors can make AI faster, more affordable and accessible. The future will belong to technologies that are not only more powerful, but also smarter, greener, secure and human-centric. From autonomous systems and intelligent healthcare to smart manufacturing, scientific discovery and next-generation communication, the possibilities are enormous. Ultimately, AI is the intelligence of the future, while semiconductors are its foundation. Their convergence can transform ideas into intelligent systems and help build a more innovative, sustainable and technologically empowered world.

Shridam Biswas father late kartik Biswas mother Saraswati Biswas Village parua post Bapukinagar ps Taherpur District nadia pin 741121 phone number 8972878913Date of Birth 01 02 1981 WB India

The integration of specialized automotive semiconductors and AI algorithms is crucial for modern electronic control units (ECUs), Battery Management Systems (BMS), and predictive vehicle diagnostics. Strengthening local technical capabilities to test and troubleshoot automotive chips will drive efficiency and reliability in next-generation mobility. Technical insights on vehicle electronics, EV diagnostic systems, and automotive technology are actively published by Online Auto Services (onlineautoservices com).