Nano – very small, minute As the name suggests the engineering discipline deals with the manipulation of matter on an atomic, molecular, and supermolecular scale. In other words nanotechnology as the manipulation of matter with at least one dimension sized from 1 to 100 nanometers. The research and development by nanotechnology engineers are changing the world today.
Eligibility
A pass in 12th with a minimum percentage of 50. ( 45 % FOR SC/ST)
must have studied 12TH with PCM or PCMB combination.
Admission Procedure
Have to attend the Entrance Exam conducted by the concerned university.
Admission counseling will be conducted by the institutions after the publication of Entrance Exam result.
Some top entrance exams we have-
- IIT JEE MAINS
- IIT JEE ADVANCE
- SRMEEE
Scope of Nanotechnology
The scope of nanotechnology is very high. The developments done on the nano-level are very effective in all fields. So getting a good job is very easy. The person who is going to opt for this branch as his career should know that the demand for nanotechnology is going to be very high with time.
Fees
fees for nanotechnology for Indian colleges starts from 2 lakhs per year and goes up to 5 lakhs per year.
Course Duration
Duration of nanotechnology is 4 years, divided into 8 semesters.
Salary / Package-
starting package for nanotechnology engineers starts from 5 lakhs to 10 lakhs per year in India. so many persons are getting a good package after this course abroad also.
Syllabus-
According to SRM UNIVERSITY, CHENNAI
Note.- The syllabus in different universities can be different by only a little extent. All major subjects will be the same. Students can notice one more difference that the subjects they are studying in his college in a particular semester, could be taught in the different semester in different college.
| Semester 1- |
|---|
| ENGLISH |
| SOFT SKILLS I |
| CALCULUS AND SOLID GEOMETRY |
| PHYSICS |
| PHYSICS LABORATORY |
| CHEMISTRY |
| CHEMISTRY LABORATORY |
| Semester 2- |
|---|
| VALUE EDUCATION |
| SOFT SKILLS II |
| ADVANCED CALCULUS AND COMPLEX ANALYSIS |
| MATERIALS SCIENCE |
| PRINCIPLES OF ENVIRONMENTAL SCIENCE |
| ELEMENTS OF NANOSCIENCE AND NANOTECHNOLOGY |
| Semester 3- |
|---|
| GERMAN/ FRENCH LANGUAGE PHASE I |
| FOURIER SERIES, PARTIAL DIFFERENTIAL EQUATIONS, AND ITS APPLICATIONS |
| PRINCIPLES OF ENGINEERING METALLURGY |
| STATISTICAL MECHANICS AND THERMODYNAMICS OF SMALL SYSTEMS |
| FUNDAMENTALS OF SOLID STATE ENGINEERING |
| NANOCHEMISTRY |
| NANOCHEMISTRY LABORATORY |
| MICROSCOPY TO NANOSCOPY |
| NANOSCOPY LABORATORY |
| Semester 4- |
|---|
| GERMAN/ FRENCH LANGUAGE PHASE II |
| APTITUDE II |
| PROBABILITY AND RANDOM PROCESS |
| IMMUNOLOGY |
| ELECTRONIC CIRCUITS |
| ELECTRONIC CIRCUITS LABORATORY |
| INTRODUCTION TO MANUFACTURING ENGINEERING |
| QUANTUM MECHANICS |
| SYNTHESIS AND CHARACTERIZATION OF NANOMATERIALS |
| SYNTHESIS AND CHARACTERIZATION OF NANOMATERIALS LABORATORY |
| PROGRAM ELECTIVE I |
| Semester 5- |
|---|
| APTITUDE III |
| NUMERICAL METHODS AND ITS APPLICATION |
| MANAGEMENT FOR ENGINEERS |
| NANOPHOTONICS |
| MICRO AND NANOFABRICATION |
| MICRO AND NANOFABRICATION LABORATORY |
| NANOBIOTECHNOLOGY |
| NANOBIOTECHNOLOGY LABORATORY |
| INDUSTRIAL TRAINING I |
| PROGRAM ELECTIVE –II |
| Semester 6- |
|---|
| APTITUDE IV |
| ELEMENTS OF MECHATRONICS SYSTEMS |
| MECHATRONICS SYSTEMS LABORATORY |
| NANOELECTRONICS |
| NANOELECTRONICS SIMULATION LABORATORY |
| NANOTOXICOLOGY AND NANOTECHNOLOGY ENGINEERING PRACTICE |
| MINOR PROJECT |
| PROGRAM ELECTIVE III |
| OPEN ELECTIVE II |
| OPEN ELECTIVE III |
| Semester 7- |
|---|
| MODELING TOOLS AND TECHNIQUES FOR MICRO- AND NANOSYSTEMS |
| MICRO- AND NANOSYSTEMS MODELING LABORATORY |
| POLYMER AND NANOCOMPOSITES |
| POLYMER AND NANOCOMPOSITES LABORATORY |
| INDUSTRIAL NANOTECHNOLOGY |
| INDUSTRIAL TRAINING II |
| PROGRAM ELECTIVE IV |
| PROGRAM ELECTIVE V |
List of electives-
| CARBON NANOTECHNOLOGY |
| LITHOGRAPHY TECHNIQUES AND FABRICATION |
| PHYSICS OF SOLID STATE DEVICES |
| MOLECULAR SPECTROSCOPY AND ITS APPLICATIONS |
| NANOTRIBOLOGY |
| SMART SENSOR SYSTEMS |
| NANO AND MICROEMULSIONS |
| SUPRAMOLECULAR SYSTEMS |
| MICRO AND NANOFLUIDICS |
| SURFACE AND INTERFACES |
| NANOTECHNOLOGY IN AGRICULTURE AND FOOD PROCESSING |
| ADVANCED DRUG DELIVERY SYSTEMS |
| NANOMEDICINE |
| MICROELECTRONICS AND VLSI |
| INTRODUCTION TO SCIENTIFIC RESEARCH |
| NANOROBOTICS |
| NANOMAGNETISM |
| NANOTECHNOLOGY FOR ENERGY SYSTEMS |
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