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Emerging Semiconductor Technologies
COURSE

Emerging Semiconductor Technologies

INR 59
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📂 Nasscom FutureSkills Prime

Description

This subject explores next-generation semiconductor technologies and materials that are shaping the future of the industry. Students learn about wide bandgap semiconductors, quantum devices, neuromorphic computing, flexible electronics, and other innovative technologies that extend beyond traditional silicon-based devices.

Learning Objectives

Students will understand the physics and applications of wide bandgap semiconductors, explore quantum computing and quantum device principles, analyze neuromorphic computing architectures and devices, investigate flexible and printed electronics technologies, evaluate emerging materials and their semiconductor applications, and assess the potential impact and challenges of next-generation semiconductor technologies.

Topics (12)

1
Wide Bandgap Semiconductors (GaN, SiC)

Study of gallium nitride and silicon carbide properties, device structures, fabrication challenges, and applications in power electronics and RF systems.

2
Flexible and Printed Electronics

Study of organic semiconductors, flexible substrates, printing processes, and applications in wearable and conformable electronics.

3
Carbon-Based Semiconductors

Study of graphene properties, carbon nanotube electronics, fabrication challenges, and potential applications in next-generation devices.

4
Quantum Computing and Quantum Devices

Study of quantum bits, quantum gates, superconducting qubits, silicon quantum dots, and the semiconductor infrastructure for quantum computing.

5
Neuromorphic Computing and Devices

Study of artificial neurons, synaptic devices, memristors, spike-based computing, and hardware implementations of neural networks.

6
Silicon Photonics and Photonic Integration

Study of optical waveguides, modulators, detectors, and the co-integration of photonic and electronic functions on silicon.

7
Spintronics and Magnetic Semiconductors

Study of spin injection, spin transport, magnetic tunnel junctions, and spintronic memory and logic devices.

8
2D Materials and van der Waals Heterostructures

Study of transition metal dichalcogenides, black phosphorus, and engineered heterostructures for novel device applications.

9
Bio-Inspired and Molecular Electronics

Study of DNA electronics, protein-based devices, bio-sensors, and molecular-scale switching and memory devices.

10
Advanced Memory Technologies

Study of resistive RAM, phase change memory, ferroelectric RAM, magnetic RAM, and storage-class memory concepts.

11
Ultra-Low Power and Energy Harvesting Devices

Study of near-threshold computing, energy harvesting circuits, power management ICs, and IoT-focused semiconductor solutions.

12
Semiconductor Applications in AI and Edge Computing

Study of AI accelerators, tensor processing units, edge computing architectures, and specialized semiconductor solutions for machine learning.