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BE Nanotechnology is a 4-year undergraduate course that provides the students with a detailed study on the field of nanotechnology. Admissions to the course are done based on the candidate’s performance in the entrance exams like JEE Mains and JEE Advanced.
The course is a practical and theory-based program that deals with the study of manipulating matter on an atomic, molecular or supramolecular level. The average fees for the course range from INR 80,000 to INR 13 lakhs. Some top colleges of BE Nanotechnology are Srinivas Institute of Technology, Visvesvaraya Technological University, Amity University Noida, SRM Engineering College and more.
Graduates are recruited as Nanotechnology Engineer, Service Engineer, Applications Engineer, Manufacturing Engineer and more. The average salary ranges from INR 2 lakhs to INR 9 lakhs.
2.1 Why Study BE Nanotechnology?
2.2 Who should study BE Nanotechnology?
2.3 When to study BE Nanotechnology?
3.1 Course Syllabus
3.2 Course Electives
4.1 Important Dates
BE Nanotechnology: Quick Facts
- BE Nanotechnology is an undergraduate Engineering course of 4 years.
- Admissions to the course are through entrance tests like JEE Main and JEE Advanced.
- Some other state entrance exams for the course include UP CET, MHT CET, and WBJEE.
- BTech/BE top colleges offering Nanotechnology are Visvesvaraya Technological University, Amity University Noida, SRM Engineering College and more.
- The average fees for the course range from INR 80,000 to INR 13 lakhs.
- Graduates can pursue jobs as Nanotechnology Engineer, Service Engineer, Applications Engineer, Manufacturing Engineer and more.
- The starting average salary ranges from INR 2 lakhs to INR 9 lakhs.
- Graduates are employed in various sectors such as Aerospace, Food and food packaging, Cosmetics, Personal care products, Sporting goods, Textiles, Oil & gas exploration and production, Composites, Pharmaceuticals, Wound care, Chemicals, Environmental remediation, Energy, Electronics, Pesticides and Automotive.
| 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 |
About BE Nanotechnology
The curriculum for the BE Nanotechnology course includes theoretical concepts on Nanotechnology and also lab work to practice them. Nanotechnology is a field of science that involves the study of manipulating matter at the smallest level possible. Advancements in this field have been used to build better electronics, environmental cleanup, and the medical field.
In more specific terms, research in Nanotechnology is measured in one billionth of a meter. On such a small scale, the normal laws of science do not apply. This concept is then used to create products that are stronger, robust but also at the same time affordable and can be produced easily on a large scale.
Why Study BE Nanotechnology?
Nanotechnology is a multidisciplinary field that finds applications in various ways in different industries. Stated below are some of the major benefits of studying BE Nanotechnology are as below.
- NaScope of growth: Nanotechnology is a field that is fast growing in India. The field is attracting several students and several job positions are opening.notechnology is finding applications in various fields and industries. Anyone who wishes to be a part of this growth can enrol on a BE Nanotechnology course now.
- Curing health issues: One of the top ways Nanotechnology is being used is in the health sector. Researchers are using Nanotechnology is create treatments and cures for diseases like Cancer. With the pandemic going on, Nanotechnology has had a major hand in researchers finding out more about the virus.
- Better electronic devices: Nanotechnology has been contributing to creating better and efficient electronic devices. Especially electronic devices that use plasma displays, LED displays and also transistors. Nanotech has also found use in quantum computers.
- Environmental benefit: Nanotechnology has given birth to nanorobots. Among various uses, nanorobots can also be used to rebuild the damaged ozone layer. Scientists have also used nanorobots successfully in clearing up areas with various environmental pollutants. Slowly, with more dependence on nanorobots, one can predict less dependence on renewable energy.
Who should do BE Nanotechnology?
- Students with an affinity for research work and scientific progress are a good fit for this course.
- Candidates must have a fast analytical mind with acute computer skills.
- The course is mainly based on research on the techniques of manipulation of matter at an atomic scale so the candidates must have an innovative mind ready for discovery.
When to do BE Nanotechnology?
BE Nanotechnology is an undergraduate program.
- Aspirants must have passed their 12th standard and must be looking for a career in technology and science.
- The course must be studied after their 12th so the students can learn the basics and move to its advancement.
BE Nanotechnology Subjects
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.
BE Nanotechnology: Course Syllabus
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 |
BE Nanotechnology: Subjects Elective Lists
Some electives taught for the BE Nanotechnology are given below:
| Hybrid Microcircuit Introduction | Mathematical Foundations of Hybrid Circuits |
| Future of Packaging | Nanomaterials for Microelectronic |
| 3D Modelling and Design for NEMS | Bio Packaging |
BE Nanotechnology Admission Process
BE Nanotechnology admissions are done on both merit basis and through entrance tests.
Eligibility
- Merit-based admissions take into account only the class 12th score in the Science stream with at least 60%.
- Applicants must also have Physics, Chemistry and Mathematics as subjects.
- For admissions based on entrance tests, universities accept JEE Main and JEE Advanced scores.
- Other state-level entrance tests are also accepted.
- Candidates will also be required to show up for counselling rounds.
The full step by step process to both methods of admissions are as below.
Merit-Based
- For merit-based admissions, read through the course admission requirements and eligibility criteria. Prepare necessary documents for admission.
- When the admission window opens up, open up the university website.
- Click on the ‘Admissions’ link and look for the link to start a new registration.
- Enter a valid email id and phone number to start. Log in with newly created credentials.
- Start filling out the application form.
- Scan and upload all documents like mark sheets, transfer certificates, caste certificates (if needed) etc.
- Pay the application fee through online modes like a credit card, debit card, internet banking. Download the payment receipt.
- Review the application and submit the application form. Download a copy for future reference.
Entrance Based
- Start preparing for entrance tests like JEE Main, JEE Advanced and other state-level entrance tests.
- Secure a high rank in the entrance test to be able to proceed to the next round.
- With the entrance test rank in hand, apply for counselling. Fill out the college of choice and courses.
- Attend the counselling session with all documents in hand.
- Submit necessary documents like mark sheets, transfer certificates etc.
- Pay the admission fee and the first-semester fee and take admission.
Important Dates
Currently, all major entrance examinations have been postponed due to the pandemic. However, the available dates have been summarised below. The table lists dates for the two most popular entrance examinations JEE Main and JEE Advanced. Also, included are dates for state-level entrance tests.
| Entrance Exams | Exam Dates |
|---|---|
| JEE Mains | Check Here |
| JEE Advanced | Check Here |
| WBJEE | Check Here |
| VITEEE | Check Here |
| SRMJEE | Check Here |
| KEAM | Check Here |
How to get admission into a good college?
Many students attempt the entrance tests annually. Engineering colleges also receive several applications. It would be hard to stand out from all students while also making sure one gets admission to a good college. Some tips to get admitted to a good college are as below.
- Checklist: A good place to start in the process of choosing a good college is preparing a checklist of items one needs or requires from their college. Note down the choice of course fees, hostel and other infrastructure, placement, rankings etc. With the checklist in hand, proceed to the next step.
- Reviews and ratings: Head to websites that offer ratings and reviews for colleges. Read through them. If there is a feature, contact people and ask them questions about the specific college. Contact people who are seniors in the college through social media for more details.
- Curriculum: The curriculum should be paid careful attention to. Note if there are electives and how flexible the curriculum is. For any programme, the syllabus should be updated annually and at par with the syllabus of international universities.
- Faculty: A good team of faculty determines the success of a programme. Take note of several full-time teachers, qualifications, degrees, work experience etc. Having a good professor will positively impact student’s lives immensely for years to come.
How to Prepare for Entrance Exams?
Engineering entrance examinations attract lakhs of candidates annually from across the country. Competition is stiff and securing a high rank is becoming increasingly difficult. To help students prepare better and perform better in the examinations, some tips have been summarised below.
- Timetable: Create a timetable or a schedule to include all subject topics. Assign sufficient time to cover each topic and time to revise learned material. Be sure to include time to take breaks. Creating a timetable keeping in mind the time left for chosen entrance examination is best.
- Help from teachers: Engineering entrance examinations cover a wide syllabus. It could be difficult for students to revise and learn entirely on their own. A teacher’s or a mentor’s help comes in handy when one comes across doubts or difficult topics. Be sure to keep a teacher’s number or email id handy to clear up doubts quickly.
- Concentrate on clearing up basics: Routine learning and mugging up topics will not help in the long run. Go back to school books and clear up the basics. Even if one is clear about formulae and concepts, revise them before tackling more dense topics. Getting the basics cleared up will help immensely later.
- Sample papers: One can find sample papers and past year papers for practice online. It is hard to know if what is being learned is being absorbed if one is not practising sample papers. Students will also get an idea of the paper pattern, marking, weak areas, time management skills while attempting the paper etc.
- Mock papers: Days before the actual examination is to take place, one should partake in taking mock papers. There are many sources online that provide timed mock papers right before the exam. Take mocks, identify mistakes, polish up paper taking strategy. At this stage, do not learn any new material.
- Take care of health: Examinations are stressful by themselves and it is easy to overlook health during preparations. Take care to get enough sleep and good nutrition. Schedule out a time daily for exercise or to do nothing. Get enough fresh air and take time to catch up with friends over a call.
BE Nanotechnology Course Comparison
In Engineering, several concentrations are quite similar to each other but also different in some aspects. A comparison has been made below with BE Material Science and Engineering and BE Nanotechnology to better understand what the Nanotechnology course involves.
| Parameters | BE Material Science and Engineering | BE Nanotechnology |
|---|---|---|
| Overview | Material Science and Engineering involves learning about different materials and their properties. Also, one learns about the applications of such materials. | Nanotechnology is learning how to change and manipulate matter at an atomic level and creating new products. Nanotech finds applications in Molecular Biology, Organic Chemistry, Surface Science etc. |
| Focus Area | The focus of this course is to learn how to use materials in a better way in manufacturing or R&D. | The focus of BE Nanotechnology is knowing how to create robust and effective materials, structures etc. |
| Eligibility Criteria | Class 12th | Class 12th |
| Duration | 3 years | 4 years |
| Examination Type | Semester Based | Semester Based |
| Admission Process | Entrance Examination Based | Entrance Examination Based |
| Average Course Fees | INR 1,00,000 to 10,00,000 lakhs | INR 79,000 to INR INR 13,83,000 |
| Average Package | INR 2,00,000 to 12,00,000 LPA | INR 2,60,000 to INR 9,00,000 LPA |
| Top Colleges | Chandigarh College of Engineering and Technology, Anna University | Bharath University, SRM University, UPES, Bhagwant University, Aryabhatta Knowledge University |
| Job Roles | Material Scientist, Research Associate, Junior Scientist, Vendor Development Officer, Material Handler, Analytical Chemistry Associate | Project Engineer, Service Engineer, Applications Engineer, Manufacturing Engineer, Mechanical Engineer, Optical Assembly Technician |
BE Nanotechnology: Indian Top Colleges
In India, the following colleges are some of the top offering 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 |
BE Nanotechnology: Abroad Top College
Internationally, universities offer Nanotechnology specialisation as a part of a B.Sc. degree or BE degree. Also, students can choose Nanotechnology as a minor subject in other degrees. The top universities that offer BE in Nanotechnology and the QS rankings are as below.
| QS Rank | University Name | Fees (per year) |
|---|---|---|
| 143 | Northeastern University | INR 13.80 lakhs |
| 272 | Nanyang Technological University | NA |
| 151 | Georgia Institute of Technology | NA |
| 193 | University of South Florida | INR 12.8 lakhs |
| 149 | University of York | USD 27,379 |
| 334 | University of Wollongong | USD 22,157 |
| NA | University of Waterloo | USD 55,000 |
| NA | Politecnico di Torino | NA |
| 251-300 | Louisiana Tech University | NA |
| 447 | Chiba University | NA |
What after BE Nanotechnology?
Post graduating with a bachelor's degree in Nanotechnology, there are various options that one can choose. There are various higher education degrees, competitive examinations or opt for a job. A brief description of all options has been done below.
- MTech/ME in Nanotechnology: For an Engineering bachelor’s degree, the first choice for a higher education degree is a Masters in Engineering. Several institutes in India offer an MTech in Nanotechnology at the PG level. Similar to the bachelors level, admissions are done through entrance tests and a round of counselling. Graduates with a ME degree can apply to job positions with higher pay.
- MBA: Another popular option for many Engineering graduates is to opt for a Management programme like MBA. One can choose from concentrations like Finance, Operations, Marketing, Human Resource etc. Admissions are done through entrance tests like CAT or XAT. Graduates can be hired onto Managerial positions in Nanotechnology processing companies.
- Competitive Examinations: Competitive examinations are another avenue of career advancement that can be considered. Popular competitive examinations are civil services, SSC CGL, SBI PO, IBPS PO etc. The eligibility criteria and paper pattern for all examinations are not similar. Preparation will take time and must be thorough and competition is high.
- Jobs: If one does not wish to study immediately post-graduation, individuals can look for jobs. Nanotechnology jobs are limited but available in specific industries. Take help from college placements, connect with seniors for more help during the job search. The average salary range for Nanotech jobs is INR 2,60,000 to INR 9,00,000 LPA.
BE Nanotechnology: Jobs & Placements
In Nanotechnology, jobs are available in various industries. The most popular job profiles in Nanotechnology along with the average salary are as below.
| Job Roles | Description | Average Salary |
|---|---|---|
| Nanotechnology Engineer | Nanotechnology Engineers are experts in the field of Nanotech that work at the molecular level of materials. They break down materials in the smallest level to understand them better. With the understanding of the products, better medicines, electronics, and environmental protection ways are looked up. | INR 6,25,051 LPA |
| Service Engineer | Service Engineers are tasked with various duties related to the repair and maintenance of machinery. Service Engineers find work in the Nanotech field primarily in laboratories. Service Engineers need information in Nanotechnology to make sure the essential machinery is working in full condition and regular work is not hampered. | INR 2,64,181 LPA |
| Applications Engineer | Applications Engineer will help in designing and creating software according to client needs. They design, implement and test the software architecture taking into account the existing hardware capacity of the client. In the field of Nanotechnology, the Applications Engineer looks after the software used by the researchers to process their findings to create substantial results and reports. | INR 9,00,000 LPA |
| Manufacturing Engineer | Manufacturing Engineer is a skilled individual who sets up, builds and monitors manufacturing processes. They make sure the process is cost-effective and done up to standards. In Nanotech, the Manufacturing Engineer monitors the manufacturing process of Nanoscience. | INR 4,04,800 LPA |
| Mechanical Engineer | Mechanical Engineer helps in the development of new products and processes. They work on all the stages of the development of products, from planning and research and development to testing and monitoring. | INR 3,48,733 LPA |
BE Nanotechnology FAQs
Ques:Why should I take BE Nanotechnology?
Ans:BE Nanotechnology shows us an insight into the nanoworld and provides insight into the world on a micro atomic level. This helps us shape the world as we know it
Ques:Is BE Nanotechnology worth studying?
Ans:It depends on where your interests lie. If you like doing research and figuring out solutions to issues in almost all fields then you should study BE Nanotechnology.
Ques:What entrance exams are acceptable for admissions to BE Nanotechnology in India?
Ans: BE Nanotechnology conducts admission through entrance tests. JEE Main and JEE Advanced scores are required in most colleges. Students can also apply through state-level entrance exams like MHT CET, etc.
Ques:What happens in the counselling round for BE Nanotechnology?
Ans:Students with a high national rank are invited for counselling sessions on-campus. Here, students are required to submit documents like mark sheets, transfer certificates etc. Students can also take admission by paying the first semester fees.
Ques:Is BE Nanotechnology hard to study?
Ans: The course deals with the study of small atomic level material and is mainly research and practical based. It can be a little hard, but if you have an interest in the subject it can be entertaining.
Ques:What do nanotechnology engineers do?
Ans:Nanotechnology engineers find new things to learn that can change industries like health, science, technology, and the environment on a molecular level. They figure out small fragments of things we use in daily life and see why things work the way they do.
Ques:Is studying BE Nanotechnology good for my career?
Ans: The study of nanotechnology is upcoming and has been making many developments. The recent developments have proved that the field is slowly becoming a strong field for the workforce. Graduates can expect to earn between INR 2,60,000 to INR 9,00,000 LPA.
Ques:What are the top job profiles candidates can work as with a BE Nanotechnology?
Ans:With a BE Nanotech degree, graduates can join as Nanotechnology Engineer, Service Engineer, Applications Engineer, Manufacturing Engineer, Mechanical Engineer, Optical Assembly Technician and more. The field is upcoming and new designations are always included.
Ques:What companies can I work for with my BE Nanotechnology degree?
Ans:Graduates can find work in companies like Amgen Inc, Bausch Health Companies Inc, Biogen Inc, Celgene Corp, Eisai Co Ltd, Roche, Gilead Sciences Inc, Ipsen SA, and more. Nanotechnology is used by many sectors so finding jobs in any field can be possible.
Ques: What is the future scope for BE Nanotechnology?
Ans:After completing a BE Nanotechnology course, one can enrol in ME Nanotechnology or MBA degree programme. There are also several competitive examinations one can prepare for.
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