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Flexible Sensors from Nanocomposites
Flexible Sensing Systems for Health, Fluids and Intelligent Structures
We develop flexible and printed sensor systems that combine materials, mechanics, instrumentation and data-driven analysis for real-world applications.
AY2025-2026
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Heat Transfer (MEL3010)- Fall
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Heat Transfer Lab (MEP3010)- Fall
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Engineering Visualization (MEP1010)- Fall
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Experimental and Computational Techniques (MEL7990)- Spring
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Nanosensors (MEL7420)- Spring
AY2024-2025
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Heat Transfer (MEL3010)- Fall
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Heat Transfer Lab (MEP3010)- Fall
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Engineering Visualization (MEP1010)- Fall
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Thermodynamics - Spring
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Nanosensors (MEL7420)- Spring
AY2023-2024
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Experimental Techniques in Thermofluids (MEL7070)- Fall
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Heat Transfer (MEL3010)- Fall
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Social Connect I- Fall
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Thermodynamics- Spring
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Nanosensors (MEL7420)- Spring
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Design Credits (MEN1020/2020)- Fall/Spring/Summer
AY2022-2023
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Experimental Techniques in Thermofluids (MEL7070)- Fall
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Heat Transfer (MEL3010)- Fall
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Engineering Visualization (MEP1010)- Fall
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Nanosensors (MEL7420)- Spring
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Design Credits (MEN1020/2020)- Fall/Spring/Summer
AY2021-2022
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Experimental Techniques in Thermofluids (MEL7070)- Fall
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Heat Transfer (MEL3010)- Fall
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Engineering Visualization (MEP1010)- Winter
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Engineering Realization (ER 22)- Spring
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Nanosensors (MEL7420)- Spring
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Design Credits (MEN2020)- Fall/Spring/Summer
AY 2020-2021
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Experimental Techniques in Thermofluids (MEL7070)- Trimester I
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Engineering Visualization (MEP1010)- Trimester II
AY 2019-2020
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Experimental Techniques in Thermofluids (MEL7070)- Fall
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Social Connect and Responsibilities I (OSN1010)- Fall
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Engineering Mechanics (Tut) (MEL1010)- Fall
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Nanosensors (MEL7420)-Spring
Previously taught courses at NIT Delhi
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Engineering Graphics (ME102)
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Computer Aided Product Design (MEL622)
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Computational Fluid Dynamics (MEL583)
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Computer Aided Engineering Lab (MEP561)
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