Dr. Md. Arafat Hossain
Professor
Electrical and Electronic Engineering
Khulna University of Engineering & Technology (KUET)
Khulna -9203, Bangladesh.
Mail : [email protected]
Website : www.kuet.ac.bd/eee/arafat/
• Electrical and Optical Measurements and Instrumentations (undergraduate)
• Biomedical Sensors (postgraduate)
• Basic Electrical Engineering (undergraduate)
• Smart Sensors (Postgraduate)
• Project: Smart quality assurance of virgin olive oils (Sep 2017 – date) Student: Z. Yu, summer project at iPL, The University of Sydney Summary: This project aims to develop a smartphone-based optical fibre spectrofluorimeter for distinguishing extra virgin olive oil from low-quality refined olive at different stages of their life cycle from production to retail.
• Project: Security protocols for IoT-based devices (Sep 2017 – Dec 2017) Student: Z. Yi & M. Aamir, Capstone project at WiNG, The University of Sydney Summary: One project proposed a novel security protocol based on machine learning for IoT constrained devices in smart home system. Another project proposed a novel caching mechanism aiming to improve the performance of a heterogeneous cellular network by reducing data traffic.
• Project: Time-resolved and temperature tunable smartphone fluorimeter (Sep 2016 – Feb 2017) Student: Z. Yu, summer project at iPL in collaboration with A/Prof. P. J. Rutledge at School of Chemistry, The University of Sydney. Summary: In this project, a smartphone fluorimeter capable of time-resolved fluorescence intensity measurements has been developed. It’s performance has been demonstrated by measuring the temperature dependence fluorescence intensity for four emitters.
• Project: 3D printing of optical fibre preforms (May 2015 – Dec 2016) Student: J. E. Comatti, G. Balle, L. Chartier, T. Athanaze, and M. S. Rahme – intern and Talented Student Program (TSP) projects at iPL in collaboration with Prof. G. D. Peng at UNSW, A/Prof. S. G. Leon-Saval at School of Physics, The University of Sydney & A/Prof. M. Lancry at Université Paris-Sud, France. Summary: This project developed the world first optical fibre from a 3D printed preform. Our method has been demonstrated successfully as a low-cost technology for drawing polymer fibres. More broadly, 3D printers capable of processing soft glasses, silica, and other materials are likely to come on line in the not-so-distant future. The recent advancement on the project is the step-index preform from a dual-head 3D printer and more recently, we have successfully drawn tapered fibre directly using the thermal extrusion of a printer nozzle.
• Project: 3D printing material for photonics applications (Sep 2015 – date) Student: M.S. Rahme TSP program at iPL, The University of Sydney Summary: The project aims to produce 3D printable filament by tuning material composition to control refractive index and other optical properties.
• Project: Chlorophyll measurements of water using smartphone spectrometer (Feb 2015 – May 2015) Student: TSP projects of 4 undergraduate students at iPL in collaboration with Prof. Maxwell Crossley at School of Chemistry, The University of Sydney Summary: The project aimed to demonstrate the application of a smartphone spectrometer for measuring chlorophyll concentration in water in the field and compare the performance against a benchtop spectrofluorimeter.
• Project: Lab-in-a-Phone – A smartphone fluorimeter for measuring water pH (Dec 2013 – Jun 2014) Student: T. L. Yen, internship project at iPL in collaboration with Dr. S. Ast and A/Prof. P. J. Rutledge at School of Chemistry, The University of Sydney Summary: Using the state-of-the-art technology of smartphone, this project developed a smartphone-based intensity fluorimeter which has been demonstrated for pH measurement and mapping of drinking and environmental water across different sites in Sydney city.
Professor
Electrical and Electronic Engineering
Khulna University of Engineering & Technology (KUET)
Khulna -9203, Bangladesh.
Mail : [email protected]
Website : www.kuet.ac.bd/eee/arafat/
Course Conduction
• Electrical and Optical Measurements and Instrumentations (undergraduate)
• Biomedical Sensors (postgraduate)
• Basic Electrical Engineering (undergraduate)
• Smart Sensors (Postgraduate)
Supervision
• Project: Smart quality assurance of virgin olive oils (Sep 2017 – date) Student: Z. Yu, summer project at iPL, The University of Sydney Summary: This project aims to develop a smartphone-based optical fibre spectrofluorimeter for distinguishing extra virgin olive oil from low-quality refined olive at different stages of their life cycle from production to retail.
• Project: Security protocols for IoT-based devices (Sep 2017 – Dec 2017) Student: Z. Yi & M. Aamir, Capstone project at WiNG, The University of Sydney Summary: One project proposed a novel security protocol based on machine learning for IoT constrained devices in smart home system. Another project proposed a novel caching mechanism aiming to improve the performance of a heterogeneous cellular network by reducing data traffic.
• Project: Time-resolved and temperature tunable smartphone fluorimeter (Sep 2016 – Feb 2017) Student: Z. Yu, summer project at iPL in collaboration with A/Prof. P. J. Rutledge at School of Chemistry, The University of Sydney. Summary: In this project, a smartphone fluorimeter capable of time-resolved fluorescence intensity measurements has been developed. It’s performance has been demonstrated by measuring the temperature dependence fluorescence intensity for four emitters.
• Project: 3D printing of optical fibre preforms (May 2015 – Dec 2016) Student: J. E. Comatti, G. Balle, L. Chartier, T. Athanaze, and M. S. Rahme – intern and Talented Student Program (TSP) projects at iPL in collaboration with Prof. G. D. Peng at UNSW, A/Prof. S. G. Leon-Saval at School of Physics, The University of Sydney & A/Prof. M. Lancry at Université Paris-Sud, France. Summary: This project developed the world first optical fibre from a 3D printed preform. Our method has been demonstrated successfully as a low-cost technology for drawing polymer fibres. More broadly, 3D printers capable of processing soft glasses, silica, and other materials are likely to come on line in the not-so-distant future. The recent advancement on the project is the step-index preform from a dual-head 3D printer and more recently, we have successfully drawn tapered fibre directly using the thermal extrusion of a printer nozzle.
• Project: 3D printing material for photonics applications (Sep 2015 – date) Student: M.S. Rahme TSP program at iPL, The University of Sydney Summary: The project aims to produce 3D printable filament by tuning material composition to control refractive index and other optical properties.
• Project: Chlorophyll measurements of water using smartphone spectrometer (Feb 2015 – May 2015) Student: TSP projects of 4 undergraduate students at iPL in collaboration with Prof. Maxwell Crossley at School of Chemistry, The University of Sydney Summary: The project aimed to demonstrate the application of a smartphone spectrometer for measuring chlorophyll concentration in water in the field and compare the performance against a benchtop spectrofluorimeter.
• Project: Lab-in-a-Phone – A smartphone fluorimeter for measuring water pH (Dec 2013 – Jun 2014) Student: T. L. Yen, internship project at iPL in collaboration with Dr. S. Ast and A/Prof. P. J. Rutledge at School of Chemistry, The University of Sydney Summary: Using the state-of-the-art technology of smartphone, this project developed a smartphone-based intensity fluorimeter which has been demonstrated for pH measurement and mapping of drinking and environmental water across different sites in Sydney city.