Duration 4 Years |
Level Graduation |
Type Degree |
Eligibility 10+2 or Equivalent |
B.Tech. Electronics and Nanotechnology or Bachelor of Technology in Electronics and Nanotechnology is an undergraduate Electronics and Nanotechnology course. Electronic Engineering with Nanotechnology develops engineers with a firm grounding in conventional electronics, plus the specialist skills at the electronics/physics interface required to work at the forefront of modern Nano scale device fabrication. Programmes enable you to build on a common foundation in electronics by introducing many specialist modules from the second year. These modules cover topics in Nano scale electronic devices, optoelectronics, nanofabrication and advanced experimental methods. It enables you to understand the principles of electronics and nanotechnology, in particular the principles of the fabrication and design of modern microelectronic products. Duration of the course is four years and it is carrier oriented subjects.
Syllabus of Electronics and Nanotechnology as prescribed by various Universities and Colleges.
Sem. I |
|
Sr. No. |
Subjects of Study |
A |
Theory |
1 |
English |
2 |
Mathematics I |
3 |
Physics |
4 |
Chemistry |
5 |
Basic Engineering I |
B |
Practical |
1 |
Personality Development I |
2 |
NSS/NCC/NSO/YOGA |
3 |
Computer Literacy |
4 |
Physics Laboratory |
5 |
Chemistry Laboratory |
6 |
Workshop Practice/Engineering Graphics |
Sem. II |
|
B |
Theory |
1 |
Value Education |
2 |
Mathematics II |
3 |
Materials Science |
4 |
Biology for Engineers |
5 |
Principles of Environmental Science |
6 |
Basic Engineering II |
7 |
Elements of Nano-science and Nanotechnology |
B |
Practical |
1 |
Personality Development II |
2 |
Computer Practice |
3 |
Engineering Graphics/Workshop Practice |
Sem. III |
|
A |
Theory |
1 |
German/Japanese/French Language Phase I |
2 |
Mathematics III |
3 |
Basic Engineering III |
4 |
Statistical Mechanics and Thermodynamics |
5 |
Fundamentals of Solid State Technology |
6 |
Instrumentation Techniques |
7 |
Properties of Nanomaterials |
B |
Practical |
1 |
Personality Development III |
2 |
Instrumentation Lab I |
3 |
Properties of Materials Lab |
Sem. IV |
|
A |
Theory |
1 |
German/Japanese/French Language Phase II |
2 |
Probability and Random Processes |
3 |
Synthesis of Nano-materials |
4 |
Quantum Mechanics |
5 |
Bio-Nanotechnology |
6 |
Advanced Electronics and Instrumentation |
7 |
Basic Engineering IV |
B |
Practical |
1 |
Personality Development IV |
2 |
Instrumentation Lab II |
3 |
Materials Synthesis Lab |
4 |
Comprehension I |
Sem. V |
|
A |
Theory |
1 |
Engineering Economics and Management |
2 |
Nano-photonics |
3 |
Micro and Nano Fluidics |
4 |
Characterization Techniques |
5 |
Nano-toxicology |
6 |
Surface and Interfaces |
B |
Practical |
1 |
Personality Development V |
2 |
Characterization Lab |
3 |
Surface Science Lab |
4 |
Industrial Training I |
Sem. VI |
|
A |
Theory |
1 |
Applications of Nanotechnology |
2 |
Molecular Nano-electronics |
3 |
Polymer and Nano-composites |
4 |
Elective I |
B |
Practical |
1 |
Personality Development VI |
2 |
Nano-electronics simulation Lab |
3 |
Polymer Science Lab |
4 |
Comprehension II |
5 |
Computer Skills |
Sem. VII |
|
A |
Theory |
1 |
Spintronics |
2 |
Thin Film Technology |
3 |
Elective II |
4 |
Elective III |
B |
Practical |
1 |
Thin Film Technology Lab |
2 |
Industrial Training II |
3 |
Seminar |
Sem. VIII |
|
A |
Theory |
1 |
Elective IV |
2 |
Elective V |
B |
Practical |
1 |
Project Work |
List of Electives |
|
1 |
Micro/Nano Devices and Sensors |
2 |
Fictionalization of CNT and Metallic Nanoparticles |
3 |
Nanorobotics |
4 |
Advanced drug delivery systems |
5 |
Lithography techniques and fabrication |
6 |
Nanomagnetism |
7 |
Nanotechnology in Health Care |
8 |
Product Design, Management Techniques and Entrepreneurship |
9 |
Intellectual Property Rights, Innovation and Technology |
10 |
Societial Implications of Nanotechnology |
11 |
MEMS/NEMS |
12 |
Nanotechnology for Energy Systems |
13 |
Operation Research |
14 |
Microelectronics and VLSI |
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