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BE Nanotechnology is a four-year undergraduate programme that gives graduates a thorough understanding of nanotechnology. Students are admitted to the programme depending on their achievement in entrance tests such as JEE Mains and JEE Advanced. The curriculum is a hands-on and theoretically based programme that looks at influencing material at the atomic, molecular, and supramolecular levels. The curriculum costs somewhere between INR 80,000 and INR 13 LPA on average. Srinivas Institute of Technology, Visvesvaraya Technological University, Amity University Noida, SRM Engineering College, and others are among the best BE nanotechnology institutions in India.
Students may apply for positions as nanotechnology engineer, service engineer, applications engineer, manufacturing engineer, and other positions that are available to them. Salaries range from INR 2 lakhs to INR 9 lakhs on average. The curriculum for the BE Nanotechnology programme comprises both theoretical and practical nanotechnology ideas. Nanotechnology is a branch of science that studies the manipulation of materials at the atomic level. Electronics, environmental remediation, and the medical industry have all benefited from developments in this field.
Nanotechnology research is measured in billionths of a meter, to be more precise. The standard laws of science do not apply on such a small scale. This principle is then used in the development of goods that are both stronger and more resilient while also being more inexpensive and easily manufactured on a large scale.
The following are the minimal entrance requirements:
Full-Form | Bachelor of Engineer |
Admission Process | Entrance Examination Based |
Average Course Fees | INR 79,000 to INR INR 13,83,000 |
Average Package | INR 2,60,000 to INR 9,00,000 LPA |
Duration | 4 years |
Top Colleges | Bharath University, SRM University, UPES, Bhagwant University, Aryabhatta Knowledge University |
Job Profiles | Nanotechnology Engineer, Service Engineer, Applications Engineer, Manufacturing Engineer, Mechanical Engineer, Optical Assembly Technician |
The management of nanomaterials to turn them into usable and efficient substances, systems, and gadgets is known as nanotechnology engineering. Nanotechnology Engineering, or NanoEngineering, is the discipline of engineering that includes the research of nanotechnology. This name was not coined until the last 30-40 years, however, the practice has been utilized for much longer. The usage of nanoscale elements may be seen in years of stained glass windows in ancient cathedrals.
Nanotechnology Engineering is being implemented into numerous elements of one’s life by engineers and scientists all around the world in order to take full use of its increased qualities.
Nanotechnology Engineering entails the creation of atomic-scale solutions as well as the development of efficient machinery and tools. This technique has already been adopted by a number of industries, including electronics and power production.
Nanotechnology Engineering is a promising area with a wide potential for those who desire to pursue a profitable profession in science after graduation. Nanotechnology is expected to usher in a transformation far greater than that of information technology and the internet.
Several institutions administer engineering entrance exams, while others admit students based on their grades in the 12th grade. The top six engineering entrance tests for admission to India’s best engineering institutes are listed here.
BE Nanotechnology is a nanotechnology bachelor’s degree programme.
The institutions listed below are among the best in India that offer a BE degree in Nanotechnology.
University Name | Course Fee |
---|---|
Srinivas Institute of Technology | INR 79,000 |
Visvesvaraya Technological University | INR 10,720 |
Amity University Noida | INR 3,11,000 |
SRM Engineering College | INR 2,60,000 |
SASTRA University | INR 1,67,000 |
Jawaharlal Nehru Technological University | INR 12,500 |
SRM Institute of Science and Technology | INR 2,50,000 |
Bharath University | INR 1,50,000 |
NIMS University | INR 1,00,000 |
Srinivas University | INR 73,000 |
United Institute of Technology | INR 1,12,025 |
KS Rangasamy College of Technology | INR 50,000 |
Bhagwan Arihant Institute of Technology | INR 67,000 |
Aurora Group of Institutions | INR 37,400 |
IIMT Institute of Engineering and Technology | INR 1,06,000 |
Desh Bhagat Engineering College | NA |
UPES School of Engineering | INR 13,83,000 |
Bhagwant University | INR 84,500 |
ATMA Hyderabad | NA |
Noorul Islam Centre for Higher Education | INR 75,000 |
The syllabus of BE Nanotechnology is taught for over 4 years. The curriculum includes both theoretical papers and laboratory work. Students also get to enrol in electives during the last couple of semesters. Besides Nanotech coursework, there are also soft skills and English language subjects.
Course Syllabus for BE Nanotechnology
The table below is a sample syllabus for BE Nanotechnology.
Semester 1 | Semester 2 |
---|---|
English | Value Education |
Soft Skills | Soft Skills 2 |
Calculus And Solid | Advanced Calculus and Complex Analysis |
Geometry | Materials Science |
Physics | Principles of Environmental Science |
Chemistry | Elements of Nanoscience and Nanotechnology |
Chemistry Lab | |
Semester 3 | Semester 4 |
Engineering Mathematics 3 | Engineering Mathematics 4 |
Basics of Material Science | Material Science and Engineering |
Foundations of Nanoscale Science and Technology | Synthesis and Processing Techniques |
MOSFETs and Digital Circuits | Electronic Instruments and Measurements |
Physical and Chemical Principles of Nanotechnology | Applications of Nanotechnology |
Fundamentals of Bioscience | Biochemistry and Microbiology |
Simulation and Modelling Lab | Electronic Instrumentation Lab |
Digital Electronics Lab | Biochemistry and Microbiology Lab |
Semester 5 | Semester 6 |
Management and Entrepreneurship | Surface Science and Thin-Film Technology |
Quantum Mechanics and Simulation Techniques | MEMS and NEMS |
Characterization Techniques | Nano-Photonics |
Synthesis of Nanomaterials | Professional Elective 1 |
Microfluidics and Nanofluids | Open Elective A |
Nano Python Programming Language for Automation | Nanomaterial Surface Characterization and Thin Film Lab |
Nanomaterials Synthesis Lab | MEMS Simulation Lab |
Characterization and Measurement Lab | Mini Project |
Environmental Studies | Internship |
Semester 7 | Semester 8 |
Nano-electronics | Bio-nanotechnology |
Molecular Biology and Genetic Engineering | Professional Elective 4 |
Professional Elective 2 | Project Work Phase 2 |
Professional Elective 3 | Technical Seminar |
Open Elective B | Internship |
Molecular Biology and Genetic Engineering Lab | |
Project Work Phase 1 | |
Internship |
The following are some of the BE Nanotechnology electives:
Hybrid Microcircuit Introduction | Mathematical Foundations of Hybrid Circuits |
Future of Packaging | Nanomaterials for Microelectronic |
3D Modelling and Design for NEMS | Bio Packaging |
Experts in the area of nanotechnology engineering could work in a variety of fields, ranging from medicine to agriculture. In both private and government entities, skilled nanoengineers are in demand in a growing market.
You can pursue a career in a variety of sectors based on your interests and specializations, such as nanomaterials, which are extensively used as a covering for textiles, vehicles, and aircraft, and nanobiotechnology, which includes medical research, non-invasive surgery, and nanoprobes.
You can pursue a career in a variety of sectors based on your interests and specializations, such as nanomaterials, which are extensively used as a covering for textiles, vehicles, and aircraft, and nano biotechnology, which includes medical research, non-invasive surgery, and nanoprobes.
Careers in nanotechnology can be found in a variety of industries. The most common nanotechnology job categories, as well as the average compensation, are listed here.
Job Roles | Description | Average Salary |
---|---|---|
Nanotechnology Engineer | Nanotechnology Engineers are nanotechnology experts who operate at the fundamental level of substances. To better understand materials, they reduce them down to the simplest level possible. Deeper medications, electronics, and environmental protection methods are sought as a result of a better understanding of the items. | INR 6,25,051 LPA |
Service Engineer | Service Engineers are responsible for a variety of tasks linked to machinery repair and maintenance. Service Engineers work mostly in laboratories in the Nanotech industry. Service Engineers must have Nanotechnology knowledge to ensure that critical machinery is in good operating order and that routine operation are not disrupted. | INR 2,64,181 LPA |
Applications Engineer | The Applications Engineer will assist in the design and development of software to meet the needs of the client. They plan, implement, and evaluate the software architecture while taking into account the client’s current hardware capabilities. The Applications Engineer in the area of Nanotechnology is responsible for the software that researchers use to analyze their discoveries and produce meaningful findings and analyses. | INR 9,00,000 LPA |
Manufacturing Engineer | A qualified expert who sets up builds and supervises manufacturing processes is known as a manufacturing engineer. They ensure that the procedure is both cost-effective and up to code. The Manufacturing Engineer in Nanotech oversees the Nanoscience manufacturing process. | INR 4,04,800 LPA |
Mechanical Engineer | A mechanical engineer contributes to the creation of new goods and processes. They assist in all aspects of product development, from strategy to discovery and advancement to monitoring and analysis. | INR 3,48,733 LPA |
There are a variety of opportunities available after earning a bachelor’s degree in Nanotechnology. Higher education degrees, challenging examinations, and career opportunities are all available. Below is a basic summary of all the alternatives.
As a result, nanotechnology engineering has gained popularity as a result of its potential in the coming years. In a variety of activities and professions, a nanotechnology is a critical approach for improving and altering the quality of materials.
The below are some of the potential nanotechnology engineering market trends:
Nanotechnology engineers are always learning new things that have the potential to revolutionize areas such as health, science, technology, and the environment on a molecular level. They decipher little parts of items we use every day and discover out why they work out the manner they do.
Graduates of the BE Nanotech programme can work as Nanotechnology Engineers, Service Engineers, Applications Engineers, Manufacturing Engineers, Mechanical Engineers, Optical Component Technicians, and other positions. The area is developing, and new classifications are added on a regular basis.
Nanotechnology is a vast and rapidly evolving subject that offers exciting job opportunities in fields such as research, forensics, medicine and pharmaceuticals, biotechnology, and electronics.
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