KS.K S DEEPAKACADEMIC PORTFOLIO
RESEARCH / CASE STUDIES

Research that moves beyond the bench.

Seven selected projects, spanning field-deployable pesticide analysis, molecular microfluidics and environmental monitoring. Each study describes the scientific need, engineering solution and evidence of performance.

01RESEARCH / PLATFORM
01 / 07
Food safety · Microfluidics

PestiSafe 1.0

Microfluidic colorimetric pesticide sensing

A handheld pesticide screening platform integrating PDMS passive micromixing, a colorimetric assay, LED–photodiode detection, signal conditioning and IoT-ready instrumentation.

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02RESEARCH / PLATFORM
02 / 07
Food safety · Multimodal optics

PestiSafe 2.0

Dual-mode optical sensing and chemometrics

A portable dual-channel optical system combining fluorescence and colorimetric signals with embedded electronics, digital acquisition and chemometric discrimination for pesticide monitoring.

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03RESEARCH / PLATFORM
03 / 07
Wearable sensing · Electrochemistry

PestiSafe 3.0

Machine-embroidered electrochemical lab-on-glove

A glove-integrated sensing platform built using programmable textile embroidery, conductive electrodes, hydrophobic surface treatment and acetylcholinesterase inhibition chemistry.

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04RESEARCH / PLATFORM
04 / 07
Diagnostics · Microfluidics

Ammonia & Urea

Dual-analyte microfluidic biochemical measurement

An IoT-enabled PDMS–glass microfluidic device for simultaneous assessment of ammonia and urea in blood serum using the modified Berthelot reaction, an LED–photodiode readout and a NodeMCU interface.

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05RESEARCH / PLATFORM
05 / 07
Molecular diagnostics · Microfluidics

DNA Purification

Magnetic-bead-enabled microfluidic processing

Nucleic-acid purification using magnetic-bead nanoarchitectonics integrated with microfluidic chip technology for compact molecular workflows.

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06RESEARCH / PLATFORM
06 / 07
Environmental monitoring · Electrochemistry

Capillary Soil Profiler

Electrochemical nutrient analysis

A field-oriented capillary sampling system developed for rapid soil nutrient profiling without conventional sample pre-processing.

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07RESEARCH / PLATFORM
07 / 07
Molecular sensing · Optoelectronics

TKX-50 Optical Sensor

Turn-on polymer receptor and IoT-enabled fluorometric detection

A collaborative molecular-to-device study combining a turn-on fluorescent conjugated polymeric receptor with a custom LED–photodiode IoT-enabled handheld platform for quantitative TKX-50 detection.

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