Today’s engineers must be citizens of the world. In the School of Engineering & Applied Sciences (SEAS), we are committed to developing global, multi-cultural and multifaceted engineers, who can operate across borders and boundaries. This is demonstrated by our curriculum and in the faculty, staff, and students we are striving to attract.
SEAS at Bennett University is creating future ready professionals to inspire and transform the world with the best solutions to the technical issues. The School of Engineering and Applied Sciences comprises four departments: Electronics and Communication Engineering, Biotechnology, Mechanical Engineering, and Physics. SEAS provides not only fundamental knowledge of science and engineering, but also a strong and diligent understanding of research and development to provide complete solutions to technical and scientific problems.
On behalf of faculty, staff, and students, I welcome you to the School of Engineering & Applied Sciences (SEAS) at Bennett University.
The School of Engineering & Applied Science houses four departments: Electronics and Communication Engineering (ECE), Biotechnology (BIOTECH) Mechanical Engineering (ME) and Physics (PHY).Read More
Electronics and Communication Engineering is one of the most diverse technological fields in the world. The Department of Engineering and Applied Sciences at Bennett University offers B.Tech in Electronics and Communication Engineering, B.Tech. Electronics Engineering and Computing (Electronics and Computer Engineering), and Ph.D programs. The SEAS provides unique opportunities in the field of research and development. The school covers the broadest areas in research.
In tune with the academic philosophy of the University, the Department's curricula for the undergraduate and postgraduate programs aim at producing high-quality engineers in the area of Electronics & Communication who can take up challenges in design, development, research and manufacturing in areas such as the Internet of Things, 5G & Beyond, and Information Processing & Analytics. Students shall undertake courses in Basic Sciences, Mathematics, Basic Engineering as well as in core subjects of Electronics & Communication Engineering (ECE). They would be supported by laboratory facilities. All laboratories are equipped with state of the art instruments and software tools to enable students to perform design-oriented experiments and test their designs by simulation in research areas of Nanotechnology, VLSI Design & VLSI Signal Processing, Signal Processing for Information, Antenna and Microwave for 5G and above. Know More
Courses
Mechanical Engineering is one of the most diversified traditional engineering domains. These engineers are trained to design and build machines & devices, make manual working ways easy and enhance work productivity. These machines extend the work capability and raise the standard of living. These engineers design and build machines to make normal human work easy with improved efficiency.
In a way, Mechanical Engineers are involved in creating the future. They are the driving force behind many of the technologies and industrial processes in our modern world. Mechanical Engineering will be offered to train manpower with quality education in manufacturing, design, automation and thermal sciences. Students will have adequate flexibility to specialise in areas of their choice through the selection of electives and projects. The course will be designed to provide students with adequate exposure for hands-on experience in practice and design. It will emphasise on subjects like Flexible Manufacturing Systems, Computer Integrated Manufacturing, Robotics, Tribology, Composites and Laser Materials, Energy Engineering, Finite Element Methods etc to provide them to take up positions in manufacturing, design, energy generation and conservation and R&D. Know More
Courses
The role and use of mathematics have increased manifold in the past decade with the onset of the information revolution that has impacted several other disciplines as well. This has put additional expectations on mathematics from the point of view of teaching, research and applications. Skills in computational mathematics are needed more than ever before. Keeping this in mind a number of new courses (core as well as elective) have been designed and introduced at the undergraduate and postgraduate levels. The Department will also cater to the basic needs of various undergraduate and postgraduate programs in Engineering. Know More
Courses
Established in 2016, the department has acheeved excellence in teaching and research. The department currently offers both academic programs at the undergraduate and postgraduate level. The academic programs include Engineering Physics through JEE Main and Ph.D. In addition, the department offers basic and topical courses for the entire student community of Bennett University. With eight faculty members, and several post-doctoral researchers, the department has a very vibrant interdisciplinary research environment.
The areas of research interests and expertise spans a wide range including Biophysics, Condensed Matter Physics, Non-linear Dynamics and Hydrodynamics, Optics and Photonics, and Statistical Physics, covering both theoretical and experimental aspects. The faculty members of the department are also involved in several sponsored research and industrial consultancy projects. Browse our website to know more about various academic programs, research interests of the individual faculty members and the ongoing research projects. Please feel free to contact us for more information. Know More
Courses
The Department of Chemistry is currently involved in promoting education and research in the interface of chemistry, biology, and material science. This involves coursework such as introductory chemistry and biology for engineers (ECHE102L), chemistry of bio molecules (EBTY103L). The research involves providing cost effective methods of biological detection, such as pathogen detection, sequencing, and biomedical device engineering. The research and teaching involve heavy degree of collaboration and consultation with faculties from Physics, Biotechnology, and ECE. Know More
Courses
Courses
S.No.
|
Faculty Name | Project Title (s) | Single/group of students |
---|---|---|---|
1 | Dr. Ankit Kumar Pandey | Study on the design of Schottky barrier photodetector (MATLAB based analysis) | Single/Group of two students |
2 | Interaction of electromagnetic wave with multilayered structure and its application in refractive index sensing | Single/Group of two students | |
1 | Design of nanostructured plasmonic light absorber (in visible/NIR region) (MATLAB based analysis) | Single/Group of two students | |
4 | Dr. Manoj Sharma | Image and video editing | Single/group of two students |
4 | Image and video editing | Single/group of two students | |
5 | Multimedia data generation | Single/group of two students | |
6 | View synthesis | Single/group of two students | |
7 | Lung diesease identification and quantification with explainable AI | Single/group of two students | |
8 | Image and video super-resolution | Single/group of two students | |
9 | Dr. Ajay Yadav | Border Management using IoT | single/group of two students |
10 | Smart Poultry Farm Monitoring using Edge Computing | single/group of two students | |
11 | Smart Poultry Farm Monitoring using Fog Computing | single/group of two students | |
12 | IoT using Visible Light Communication | single/group of two students | |
13 | Handheld Dog Repeller using IoT | single/group of two students | |
14 | Dr. Rohan Katti | VLC - Application to smart homes | single/group of two students |
15 | Touchless doorbell / elevator operation using IoT | single/group of two students | |
16 | Design of UV-C disinfection / sterlisation chamber | Group of 2/3 students | |
17 | Machine learning for photonics | single/group of two students | |
18 | Photonic device modelling | single/group of two students | |
19 | Dr. Rahul Mukherjee | Smart farming using Edge Computing at Node | single/group of two students |
20 | Numerical Simulation of Inertial Sensors | single/group of two students | |
21 | Energy Harvesting using Thermo-Electric Generator | single/group of two students | |
22 | Dr. Arjun Kumar | RF sensor design for Glucose Monitoring system | group of 2/3 students |
23 | RF sensor design for Bridge crack detection Monitoring system | group of 2/3 students | |
24 | Design of Beam forming Antenna for SAR Application | group of 2/3 students | |
25 | High gain Circularly Polarized Antenna for 5G Application | group of 2/3 students | |
26 | Dr. Rama Komaragiri | Biomedical Signal Processing | single student |
27 | VLSI Design | single student | |
28 | HDL Design 1 | group of 2 students | |
29 | HDl Design 2 | group of 2 students | |
Bennett University brings international exposure to students. Our strategic collaborations ensure that our students get a glimpse of global education practices.
Learning from deep industry engagement at Bennett University hones the necessary skills required to shine in a competitive work environment.
Our start-up culture builds successful entrepreneurs of tomorrow
Right mentorship & a strong foundation make our students push the limits of endurance.
Bennett University is recognised as a Scientific and Industrial Research Organisation (SIRO) by Department of Scientific and Industrial Research, Ministry of Science and Technology, Government of India.