BTech Nanotechnology is a 4-year program at Shoolini University. The cutting-edge curriculum provides an understanding of the physical, chemical, and biological principles in the multi-disciplinary field of nanoscience and nanotechnology. It develops skills on the synthesis of nanomaterials and fabrication of micro and nano-structures, provides in-depth knowledge of advanced nanoscale characterisation techniques and develops analytical abilities. In addition, students acquire professional, scientific research, and computational skills for employment in industries, research and development centres and institutions of higher education.
Upon the completion of the program, graduates are ready to take on individual and teamwork responsibilities in a multidisciplinary environment. They can apply their knowledge in the domain of nanotechnology in industry and research with competence and get lucrative salaries across various sectors in different roles.
The faculty for BTech Nanotechnology comes from leading Indian and global universities such as Oxford, NIH, NCI, Johns Hopkins Medical School, IISc, JNU, DU, and ZSI. Many faculty members have received grants from national and international funding agencies.
BTech Nanotechnology (4 years) at Shoolini University has UGC certification.
Highlights
- Illustrious faculty from top Indian & global universities
- Research-oriented environment
- Nanotechnology labs for experimental study
- Hands-on training at collaborating research institutes
- International exchange opportunities
Research Opportunities
- Nanomaterial-based sensors
- Energy storage devices
- Nanomaterials for environmental applications
Career Opportunities in BTech Nanotechnology
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Semester I | Sr. No. | COURSE NAME | CREDITS | COURSE TYPE |
1 | Basic Mathematics | 3 | Foundation Course | |
2 | Functional English-I | 3 | Foundation Course | |
3 | Logic and Critical Thinking | 3 | Foundation Course | |
4 | Engineering Physics | 3 | Core | |
5 | Sprint - I | 1 | Skill courses | |
6 | Minor-1 | 4 | Minor | |
7 | Minor-2 | 4 | Minor | |
Total | 21 | |||
WINTER INTERNSHIP 1 | 2 | |||
Semester II | 1 | Computer Skills - Present and Future | 3 | Foundation Course |
2 | Functional English -II | 3 | Foundation Course | |
3 | Materials Science | 3 | Core | |
4 | Concepts of Chemistry | 3 | Core | |
5 | SPRINT-II | 1 | Skill courses | |
6 | Minor-1 | 4 | Minor | |
7 | Minor-2 | 4 | Minor | |
Total | 21 | |||
Semester III | 1 | Nanoscience and Nanotechnology | 3 | Foundation |
2 | Surafce Chemistry of nanomaterials | 3 | Core | |
3 | Thermodynamics of nanomaterials | 3 | Core | |
4 | Nano fabrication Lab-I | 2 | Skill courses | |
5 | Synopsis | 2 | Skill courses | |
6 | Sprint III | 1 | Skill courses | |
7 | Minor-1 | 4 | Minor | |
8 | Minor-2 | 4 | Minor | |
Total | 22 | |||
WINTER INTERNSHIP II | 2 | |||
Semester IV | 1 | Numerical methods and computational tools | 3 | Foundation Course |
2 | Bio-technolgy for Nanoscale Science | 3 | Core | |
3 | Designing of nanomaterials | 3 | Core | |
4 | Characterizations and instrumentation for nanomaterials | 3 | Core | |
5 | Project & Seminar-I | 4 | Skill courses | |
6 | Sprint-IV | 1 | Skill courses | |
7 | Minor-1 | 4 | Minor | |
8 | Minor-2 | 4 | Minor | |
Total | 26 | |||
Semester V | 1 | Basic Statistics | 3 | Foundation Course |
2 | Quantum Mechanics and Nanotechnology | 3 | Core | |
3 | Nanotechnology for environment applications | 3 | Core | |
4 | Project and Seminar -II | 4 | Skill courses | |
5 | Sprint-V | 2 | Skill courses | |
6 | Minor-1 | 4 | Minor | |
Total | 19 | |||
Semester VI | 1 | Nanotoxicology and safety | 3 | Core |
2 | Nanotechnology for Industry | 3 | Core | |
3 | Functional and smart materials | 3 | Core | |
4 | Nanosensors and Devices | 3 | Core | |
5 | Project and Seminar -III | 4 | Skill courses | |
6 | Sprint-VI | 2 | Skill courses | |
7 | Minor-1 | 4 | Minor | |
Total | 22 | |||
WINTER INTERNSHIP III | 2 | |||
Semester VII | 1 | Advanced nano-materials and applications | 3 | Core |
2 | Minor-1 | 4 | Minor | |
3 | Minor-2 | 4 | Minor | |
4 | Sprint-VII | 2 | Skill courses | |
5 | Project and Seminar -III | 4 | Skill courses | |
Total | 17 | |||
Semester VIII | 1 | Dissertation | 10 | Skill courses |
2 | Research Paper | 2 | Skill courses | |
3 | Patent/Design/Copyright | 2 | Skill courses | |
4 | Defence and Viva Voce | 2 | Skill courses | |
5 | Sprint-VIII | 2 | Skill courses | |
Total | 18 | |||
Total Credits | 172 |
Frequently Asked Questions
Who teaches BTech Nanotechnology at Shoolini University?
The faculty members for BTech Nanotechnology come from leading Indian and global universities such as Oxford, NIH, NCI, Johns Hopkins Medical School, IISc, JNU, and DU. Many faculty members have received grants from national and international funding agencies.
How do you expose students to industry experience?
Shoolini University provides various opportunities for industry experience. Students go on 6-month-long internships in reputed organisations to gain industry exposure. Industrial visits are also a part of the curriculum, where students visit top companies for hands-on experience.
Is practical training a part of BTech Nanotechnology?
Yes, practical training is an integral part of BTech Nanotechnology program at Shoolini University. The curriculum includes laboratory sessions, research projects, internships, and training programs that offer hands-on experience. Shoolini has 104+ advanced labs for conducting high-impact research.
What are the placement opportunities available for students who have successfully completed BTech Nanotechnology at Shoolini University?
Shoolini University provides excellent placement opportunities for BTech Nanotechnology graduates in various industries such as pharmaceuticals, electronics, biotechnology, and materials science. The university has collaborations with numerous national and international organisations that offer job placements, internships, and research opportunities to the students.
Do you have a strong alumni network?
Yes, Shoolini University has a strong alumni network. The university has an active alumni association that helps connect graduates, faculty members, and current students. The alumni network provides a platform for networking, mentorship, and career guidance, helping build long-term relationships.