A close-up view of the department — the Head of Department’s message, industry partnerships, laboratory infrastructure and ongoing academic activity.
Dear Students, Colleagues, and Visitors, It is my pleasure to extend a warm welcome to the Department of Basic Science at the Faculty of Engineering, Management & Technology.
Our department provides a robust academic foundation for aspiring engineers through quality instruction, innovation, and interdisciplinary learning. We cultivate analytical thinking, scientific reasoning, and problem-solving abilities across Mathematics, Physics, Chemistry, and Communication Skills, with curricula updated to current standards. Learning is reinforced through well-equipped laboratories, interactive sessions, activity-based pedagogy, orientation programs, and Vedic Mathematics for numerical proficiency.
We support holistic development via value-added programs, workshops, bridge courses, remedial classes, mentoring, and engagement with students and parents. Students participate in co-curricular activities and industrial visits to bridge theory with practice. Faculty and staff foster a supportive environment, with active research initiatives and student projects.
We remain committed to strengthening knowledge, confidence, and academic excellence. Together, let us build a future rooted in scientific understanding, innovation, and progress. Wishing all students a successful and enriching academic journey.
The department’s newsletter is being prepared. Check back for upcoming editions.
Labs support the theory curriculum with hands-on practice, small-group demonstrations and project work. Specific equipment & scheduling is shared with enrolled students each semester.
Eligibility Criteria
Chemical vapour deposition, sol-gel, electrospinning, and green synthesis methods for advanced nanomaterials.
Quantum devices, CNT transistors, MEMS/NEMS design and fabrication for next-generation electronics.
Targeted drug delivery, tissue engineering, and nano-diagnostics for healthcare applications.
Quantum dot solar cells, supercapacitors, and piezoelectric harvesters for sustainable energy.
E-beam lithography, self-assembly, and thin-film techniques for nanoscale device manufacturing.
Molecular dynamics, DFT calculations, and multiscale modelling for nanoscale simulations.
Exploring the infinite possibilities of the infinitely small — nanoscale innovation for macro-scale impact.
Interdisciplinary Programme in Nano Technology, BGSITTo be a leading interdisciplinary centre for nanotechnology education and research, producing innovators who harness nanoscale science for societal benefit.
Programme Educational Objectives
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