The Bachelor of Engineering in Nanotechnology is a 4-year program that breaks down into 8 semesters. This course is all about giving students a solid understanding and the skills they need in nanoscience, nano-materials, and nano-engineering. To pursue a B.E. in Nanotechnology, you need to finish your 10+2 with a focus on Science, especially Physics, Chemistry, and Math, and you'll want to score at least 50% from a recognized board. Most colleges look at your entrance exam scores, too, like JEE Main/Advanced, COMEDK UGET, KCET, MHT CET, or any tests that certain colleges might have.
In India, tuition fees for a B.E. in Nanotechnology can vary quite a bit, usually from about INR 90,000 to 5,50,000. The fee usually depends on whether you pick a government or private college and the facilities they offer. Some good colleges to consider are SRM Institute of Science and Technology and SASTRA Deemed University.
Graduates with a degree in Nanotechnology can explore a variety of job options in fields like pharmaceuticals, electronics, biotech, materials science, and energy. Some typical jobs in this field are Nanotechnology Engineer, Research Scientist, Material Scientist, Process Development Engineer, Biomedical Engineer, and R&D Executive. If you're a fresh graduate or have a bit of experience, you can expect to earn around INR 4–6 LPA.
Table of Contents
- BE Nanotechnology Key Highlights
- What is BE Nanotechnology?
- Why Study BE Nanotechnology?
- Who should study BE Nanotechnology?
- BE Nanotechnology Eligibility Criteria
- BE Nanotechnology Entrance Exams 2025
- BE Nanotechnology Colleges in India
- BE Nanotechnology Admission Process 2025
- BE Nanotechnology Syllabus
- BE Nanotechnology Job Opportunities in India
- BE Nanotechnology FAQs
BE Nanotechnology Key Highlights
Below are the key highlights of the BE Nanotechnology course in India:
What is BE Nanotechnology?
A Bachelor's degree in Nanotechnology typically takes about four years to complete. It covers very small materials, usually smaller than 100 nanometers. The program looks at how nanoscience can be used in areas such as electronics, healthcare, energy, and the environment. Students get hands-on experience designing tiny devices, using nanotech in medicine, creating new materials, and working on biosensors.
Students get a lot of hands-on experience and study topics like quantum mechanics, nanomaterials, and microsystems. This hands-on approach helps them understand how nanoscale tech can help solve real-world problems in healthcare, renewable energy, and electronics. This course is all about giving future engineers a good knowledge on physics, chemistry, biology, and engineering. You’ll get to work with the latest tools and equipment used in nanoscience labs and industries.
Why Study BE Nanotechnology?
Getting a BE in Nanotechnology can lead to a career in fields that focus on healthcare and green technologies. Some reasons to pursue BE Nanotechnology are listed below:
- Market Demand: Companies are using nanotechnology in healthcare, electronics, energy, and environmental solutions. Thus, this real demand is for nanotech engineers who can create new ideas and products.
- Job options: After graduation, you can look into jobs like Nanotechnology Engineer, Research Scientist, Materials Engineer, Biomedical Device Developer, Process Engineer, and R&D Analyst in both public and private sectors.
- Scope for innovation and higher studies: The Program promotes analytical thinking and research capabilities, prepares students for a career in advanced degrees (M.Tech, PhD).
- Nanotechnology is ideal for passionate students about science and innovation, offering an entrance to shape the future with advanced engineering at the molecular level.
Who should study BE Nanotechnology?
The A BE Nanotechnology degree is an excellent option for anyone with a passion for science and technology that will shape our future; this field is gaining increasing influence in medicine, electronics, energy, and materials. The course can be pursued by:
- People who are looking for jobs in nanomedicine, semiconductors, biotechnology, clean energy, etc.
- Those who want to pursue worthwhile careers in areas like drug delivery systems, sensor technology, energy-efficient gadgets, or nanomaterials.
- Anyone interested in science subjects like physics, chemistry, biology, and math, and looking to interface them with engineering.
- Students wishing to actively engage in research accelerators and innovations in quantum devices, biosensors, nano electronics, and materials in space.
- Entrepreneurial students are looking to find nanotechnology solutions for healthcare, agriculture, the environment, or consumer goods.
BE Nanotechnology Eligibility Criteria
To enroll in BE Nanotechnology in India, candidates have to meet some educational and admission requirements. Without fulfilling these criteria, it is not possible to enter the course. Mentioned below are the BE Nanotechnology eligibility criteria:
- Completed 10+2 in science stream with physics, chemistry and mathematics as compulsory subjects from a recognized board.
- A minimum of 50% marks in the 10+2 exam.
- Qualify in national/state/university-level entrance examinations such as JEE Main, JEE Advanced, VITEEE, MET, COMEDK, TNEA or others as per applicability.
- Some universities may offer lateral admission in 2nd year for candidates having a 3-year diploma degree in related subjects, provided they clear the required entrance examination.
BE Nanotechnology Entrance Exams 2025
For pursuing a BE in Nanotechnology in India, various national/state/university-level entrance examinations are required to be taken. Colleges and Universities in India offer admission depending on the marks or rank obtained in these examinations. Some of the top B.Tech BE Nanotechnology entrance examinations in India are given below:
BE Nanotechnology Colleges in India
Various institutions in India are offering a BE/BTech Nanotechnology course, each institute has got some entrance exam criteria for admitting students. Some of the top BE/BTech Nanotechnology programs in India have been mentioned below, along with their total course fee, NIRF Ranking, and entrance exams required for admission:
BE Nanotechnology Admission Process 2025
SRM Institute of Science and Technology admission process for the BE Nanotechnology programs is as follows:
Step 1: Fill in your personal, educational and communication information on the official JEE Main website to complete the registration process. Upload the scanned copies of your passport-shaped photo and signature, and pay the required application fee.
Step 2: On the exam day, show up for the JEE Main Examination. IIT Bombay and other IITs require this entrance examination for admission.
Step 3: After the main results of JEE, go to the official website to see your All India Rank.
Step 4: Create an account on the Joint Seat Allocation Authority (Josa) website to start a centralized consultation process. Enter your desired institutions and courses while registering, such as the BE Nanotechnology Program of SRM Institute of Science and Technology.
Step 5: Seat assignments will be done according to your air and preferences. If a seat is handed over, confirm your selection and use the online method to pay the seat acceptance fee.
Step 6: To complete the admission process individually, go to the nominated institution and physically verify your documents.
Step 7: Complete the remaining tuition payment as per the institute's payment plan to fulfill your nomination. SRM Institute of Science and Technology will provide formal admission confirmation as soon as the money is received and validated.
Required Documents:
- 10th and 12th mark sheets
- ID proofs
- Transfer certificate
- Character certificate
- Medical certificate
- Category Certificate (if applicable)
BE Nanotechnology Syllabus
The syllabus for BE Nanotechnology in India is more or less the same in the colleges offering the course. The syllabus may slightly differ depending on the curriculum followed by the institute. For reference, the syllabus for BTech BE Nanotechnology at SRM is given below:
BE Nanotechnology Job Opportunities in India
BE Nanotechnology graduates can have job roles in multiple fields, including Nanotechnology Engineer, Research Scientist, Material Scientist, Process Development Engineer, Biomedical Engineer, R&D Executive and others. Some of the common job roles for BE Nanotechnology graduates in India are given below:
BE Nanotechnology FAQs
Can B.E. Nanotechnology students get international experience?
Yes, students in the B.E. Nanotechnology program can get international experience. They often have chances to join exchange programs, do research internships at schools abroad, and attend international conferences or workshops. Many also work on global nanotechnology projects that are funded by different organizations or governments.
How do internships fit into the B.E. Nanotechnology program?
Internships are really important in this program. They usually happen during semester breaks or in the last year. Students can work at research centers, nanotech startups, biotech companies, electronics firms, and government labs. These opportunities give them hands-on experience in nanotech research and help them pick up skills for their future careers.
What jobs can you get after a B.E. in Nanotechnology?
Graduates with a B.E. in Nanotechnology have a lot of job options in fields like healthcare, electronics, pharmaceuticals, material science, energy, and environmental engineering. Some common job titles include Nanotechnology Engineer, Materials Scientist, R&D Analyst, Biomedical Engineer, and Process Engineer. Lots of folks decide to keep learning by getting a master's or Ph.D. Others dive into research in cool fields like nano-medicine, quantum tech, or smart materials.
Do students learn any software or lab tools during the B.E. Nanotechnology program?
Yes, students can use different software and lab tools that are important for nanotechnology research. They get the chance to work with programs like MATLAB, LabVIEW, ANSYS, and ImageJ to run simulations and analyze data on a tiny scale. In the lab, they use equipment like Scanning Electron Microscopes (SEM), Atomic Force Microscopes (AFM), and Nano Particle Size Analyzers. This hands-on experience is great for helping them learn both the theory and the practical skills needed for jobs in this area.
