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Ricardo Correia

Assistant Professor in Optical Fibre Sensing, Faculty of Engineering

Personal Details
Research
Publications

Contact

workRoom A43 Coates building
University Park
Nottingham
NG7 2RD
UK
work+44 (0) 115 84 66654
Ricardo.GoncalvesCorreia@nottingham.ac.uk

Biography

Ricardo Correia graduated in 2004 with a MEng in Instrumentation and Industrial Quality Engineering from the Superior Institute of Engineering of Porto. In 2005 he joined the Engineering Photonics group at Cranfield University to pursuit a PhD in the development of a fibre optic pore pressure sensor employing fibre Bragg Gratings. As a post-doctoral fellow in the Engineering Photonics he has further developed fibre optic sensors for civil and aerospace engineering applications. In 2015 he joined the Electrical and Electronics department - Optical and Photonics research group of the University of Nottingham where he is currently lecturing and performing research on the development of novel fibre optic sensors for healthcare applications.

Expertise Summary

Over my thirteen years of research experience in photonics, I have worked on a variety of projects that have provided me with in-depth knowledge and expertise in the development and practical deployment of fibre optic sensing devices for a range of applications, such as civil engineering, automotive and aerospace.

Research Summary

Recent Publications

ELL, J. A., BRADBURY, J. A., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R. and MORGAN, S. P., 2023. Cantilever optical fibre sensor for compression therapy applications
LIU, L., KORPOSH, S., GOMEZ, D., CORREIA, R., HAYES-GILL, B. R. and MORGAN, S. P., 2022. Localised plasmonic hybridisation mode optical fibre sensing of relative humidity: Sensors and Actuators B: Chemical Sensors and Actuators B: Chemical. 353,
LIU, L., MORGAN, S. P., CORREIA, R. and KORPOSH, S., 2022. A single-film fiber optical sensor for simultaneous measurement of carbon dioxide and relative humidity: Optics and Laser Technology Optics and Laser Technology. 147,
BRADBURY, J. A., ZHANG, Q., LEDEZMA, F. U. H., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R., TAMOUÉ, F., PARNHAM, A., MCMASTER, S. A. and MORGAN, S. P., 2022. Fibre Bragg Grating Based Interface Pressure Sensor for Compression Therapy: Sensors Sensors. 22(5),

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Current Research

My current research consists of the development of fibre optic sensors for healthcare applications. I am currently developing a fibre optic pressure sensor based on fibre Bragg gratings for measuring contact pressure on the cuff of endotracheal tubes used for the artificial ventilation in intensive care. I am also developing novel chemical sensors using long period gratings coated with chemical selective coatings.

Past Research

My previous research focused on the development of fibre optic sensors for civil and mechanical engineering and aerospace applications.

ELL, J. A., BRADBURY, J. A., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R. and MORGAN, S. P., 2023. Cantilever optical fibre sensor for compression therapy applications
LIU, L., KORPOSH, S., GOMEZ, D., CORREIA, R., HAYES-GILL, B. R. and MORGAN, S. P., 2022. Localised plasmonic hybridisation mode optical fibre sensing of relative humidity: Sensors and Actuators B: Chemical Sensors and Actuators B: Chemical. 353,
LIU, L., MORGAN, S. P., CORREIA, R. and KORPOSH, S., 2022. A single-film fiber optical sensor for simultaneous measurement of carbon dioxide and relative humidity: Optics and Laser Technology Optics and Laser Technology. 147,
BRADBURY, J. A., ZHANG, Q., LEDEZMA, F. U. H., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R., TAMOUÉ, F., PARNHAM, A., MCMASTER, S. A. and MORGAN, S. P., 2022. Fibre Bragg Grating Based Interface Pressure Sensor for Compression Therapy: Sensors Sensors. 22(5),
WU, P., LIU, L., MORGAN, S. P., CORREIA, R. and KORPOSH, S., 2022. Long Period Grating Mach–Zehnder Interferometer Based Immunosensor with Temperature and Bulk Refractive Index Compensation: Biosensors Biosensors. 12(12),
LIU, L., GRILLO, F., CANFAROTTA, F., WHITCOMBE, M., MORGAN, S. P., PILETSKY, S., CORREIA, R., HE, C., NORRIS, A. and KORPOSH, S., 2021. Carboxyl-fentanyl detection using optical fibre grating-based sensors functionalised with molecularly imprinted nanoparticles: Biosensors and Bioelectronics Biosensors and Bioelectronics. 177,
YANG, S., ZHANG, Y., CHO, S. Y., CORREIA, R. and MORGAN, S. P., 2021. Non-invasive cuff-less blood pressure estimation using a hybrid deep learning model: Optical and Quantum Electronics Optical and Quantum Electronics. 53(2),
SINHA, R., HERNANDEZ, F. U., HE, C., KORPOSH, S., CORREIA, R., NORRIS, A. M., LIU, C., HAYES-GILL, B. R. and MORGAN, S. P., 2021. Development and validation of a novel fibre-optic respiratory rate sensor (FiRRS) integrated in oxygen delivery devices: Journal of Physics D: Applied Physics Journal of Physics D: Applied Physics. 54(12),
HE, C., LIU, L., KORPOSH, S., CORREIA, R. and MORGAN, S. P., 2021. Volatile organic compound vapour measurements using a localised surface plasmon resonance optical fibre sensor decorated with a metal-organic framework: Sensors Sensors. 21(4), 1-13
HE, C., KORPOSH, S., CORREIA, R., LIU, L., HAYES-GILL, B. R. and MORGAN, S. P., 2021. Optical fibre sensor for simultaneous temperature and relative humidity measurement: Towards absolute humidity evaluation: Sensors and Actuators, B: Chemical Sensors and Actuators, B: Chemical. 344,
BALLAJI, H. K., CORREIA, R., LIU, C., KORPOSH, S., HAYES-GILL, B. R., MUSGROVE, A. and MORGAN, S. P., 2021. Optical fibre sensor for capillary refill time and contact pressure measurements under the foot: Sensors Sensors. 21(18),
ZAKI, W. S. W., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R. and MORGAN, S. P., 2021. A Comparative Study on Instantaneous and Mean Pulse Arrival Time for Cuffless Blood Pressure Estimation
SAMUEL C COE, MATTHEW D. WADGE, REDA M. FELFEL, IFTY AHMED, GAVIN S WALKER, COLIN A. SCOTCHFORD and DAVID M. GRANT, 2020. Production of High Silicon-Doped Hydroxyapatite Thin Film Coatings via Magnetron Sputtering: Deposition, Characterisation, and In Vitro Biocompatibility Coatings. 10(2), 190
LIU, C., CORREIA, R., BALLAJI, H., KORPOSH, S., HAYES‐GILL, B. and MORGAN, S., 2020. Optical fibre sensor for simultaneous measurement of capillary refill time and contact pressure: Sensors (Switzerland) 20(5),
HE, C., KORPOSH, S., HERNANDEZ, F. U., LIU, L., CORREIA, R., HAYES-GILL, B. R. and MORGAN, S. P., 2020. Real-Time Humidity Measurement during Sports Activity using Optical Fibre Sensing: Sensors (Basel, Switzerland) Sensors (Basel, Switzerland). 20(7),
LIU, L., MORGAN, S. P., CORREIA, R., LEE, S. W. and KORPOSH, S., 2020. Multi-Parameter Optical Fiber Sensing of Gaseous Ammonia and Carbon Dioxide: Journal of Lightwave Technology Journal of Lightwave Technology. 38(7), 2037-2045
HE, C., LEDEZMA, U. H., GURNANI, P., ALBELHA, T., THURECHT, K. J., CORREIA, R., MORGAN, S. P., PATEL, P., ALEXANDER, C. and KORPOSH, S., 2020. Surface polymer imprinted optical fibre sensor for dose detection of dabrafenib: The Analyst The Analyst. 145(13), 4504-4511
HE, C., LEDEZMA, U. H., GURNANI, P., ALBELHA, T., KORPOSH, S., CORREIA, R., MORGAN, S. P., PATEL, P. and ALEXANDER, C., 2020. Detection of dabrafenib using optical fibre long period grating sensor modified with surface imprinted polymers for dose detection and prevention of cancer resistance
BALLAJI, H. K., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R., HERNANDEZ, F. U., SALISBURY, B. and MORGAN, S. P., 2020. A textile sleeve for monitoring oxygen saturation using multichannel optical fibre photoplethysmography: Sensors (Switzerland) 20(22), 1-29
KORPOSH, S., CORREIA, R., HROMADKA, J., LIU, L. and MORGAN, S. P., 2020. Biomedical applications of functionalized optical fibre long period grating sensors
AHMED, F., AHSANI, V., NAZERI, K., MARZBAND, E., BRADLEY, C., TOYSERKANI, E. and JUN, M. B. G., 2019. Monitoring of carbon dioxide using hollow-core photonic crystal fiber mach–zehnder interferometer: Sensors (Switzerland) 19(15),
ZAKI, W. S. W., CORREIA, R., KORPOSH, S., HAYES-GILL, B. R. and MORGAN, S. P., 2019. Development of tubular cardiovascular phantom system for pulse transit time simulation: International Journal of Recent Technology and Engineering International Journal of Recent Technology and Engineering. 8(2 Special Issue 2), 291-296
LIU, L., HE, C., MORGAN, S. P., CORREIA, R. and KORPOSH, S., 2019. A fiber-optic localized surface plasmon resonance (LSPR) sensor anchored with metal organic framework (HKUST-1) film for acetone sensing
HE, C., KORPOSH, S., CORREIA, R., HAYES-GILL, B. R. and MORGAN, S. P., 2019. Optical fibre temperature sensor based on thermochromic liquid crystal
MORGAN, S. P., KORPOSH, S., LIU, L., HERNANDEZ, F. U., CORREIA, R., NORRIS, A., SINHA, R., HAYES-GILL, B. R., PILETSKY, S. A., CANFAROTTA, F., PILETSKA, E. V. and GRILLO, F., 2019. Optical fiber sensors for monitoring in critical care
D GOMEZ, S P MORGAN, B R HAYES-GILL, R G CORREIA and S KORPOSH, 2018. Polymeric optical fibre sensor coated by SiO2 nanoparticles for humidity sensing in the skin microenvironment Sensors and Actuators B Chemical. 254, 887–895
JIRI HROMADKA, BEGUM TOKAY, RICARDO CORREIA, STEPHEN P MORGAN and SERGIY KORPOSH, 2018. Highly sensitive volatile organic compounds vapour measurements using a long period grating optical fibre sensor coated with metal organic framework ZIF-8 Sensors and Actuators B: Chemical. (In Press.)
HROMADKA, JIRI, TOKAY, BEGUM, CORREIA, RICARDO, MORGAN, STEPHEN P. and KORPOSH, SERGIY, 2018. Carbon dioxide measurements using long period grating optical fibre sensor coated with metal organic framework HKUST-1 SENSORS AND ACTUATORS B-CHEMICAL. 255, 2483-2494
LIANGLIANG LIU, LEONEL MARQUES, RICARDO CORREIA, STEPHEN P. MORGAN, SEUNG-WOO LEE, PADDY TIGHE, LUCY FAIRCLOUGH and SERHIY KORPOSH, 2018. Highly sensitive label-free antibody detection using a long period fibre grating sensor Sensors and Actuators B: Chemical. 271, 24 - 32
R CORREIA, S JAMES, S-W LEE, S P MORGAN and S KORPOSH, 2018. Biomedical application of optical fibre sensors Journal of Optics. 20(7), 073003
YANG, S., ZAKI, W. S. W., MORGAN, S. P., CHO, S. Y., CORREIA, R., WEN, L. and ZHANG, Y., 2018. Blood pressure estimation from photoplethysmogram and electrocardiogram signals using machine learning
YANG, S., ZAKI, W. S. W., MORGAN, S. P., CHO, S. Y., CORREIA, R., WEN, L. and ZHANG, Y., 2018. Blood pressure estimation from photoplethysmogram and electrocardiogram signals using machine learning
LAWSON, N.J., CORREIA, R., JAMES, S.W., GAUTREY, J.E., RUBIO, G. INVERS, STAINES, S.E., PARTRIDGE, M. and TATAM, R.P., 2017. Development of the Cranfield University Bulldog flight test facility The Aeronautical Journal. 121(1238), 533–552
JIRI HROMADKA, BEGUM TOKAY, RICARDO CORREIA, STEPHEN P MORGAN and SERGIY KORPOSH, 2017. Carbon dioxide measurements using long period grating optical fibre sensor coated with metal organic framework HKUST-1 Sensors and Actuators B: Chemical.
CORREIA, R., JAMES, S.W., MARSHALL, A.M., HERON, C.M. and KORPOSH, S., 2016. Interrogation of fibre Bragg gratings through a fibre optic rotary joint on a geotechnical centrifuge In: Sixth European Workshop on Optical Fibre Sensors.
CORREIA, R., BLACKMAN, O. R., HERNANDEZ, F. U., KORPOSH, S., MORGAN, S. P., HAYES-GILL, B. R., JAMES, S. W., EVANS, D. and NORRIS, A., 2016. Highly sensitive contact pressure measurements using FBG patch in endotracheal tube cuff
N J LAWSON, R CORREIA, S W JAMES, M PARTRIDGE, S E STAINES, J E GAUTREY, K P GARRY, J C HOLT and R P TATAM, 2016. Development and application of optical fibre strain and pressure sensors for in-flight measurements Measurement Science and Technology. 27(10), 104001
THOMAS KISSINGER, RICARDO CORREIA, THOMAS O. H. CHARRETT, STEPHEN W. JAMES and RALPH P. TATAM, 2016. Fiber Segment Interferometry for Dynamic Strain Measurements J. Lightwave Technol.. 34(19), 4620-4626
HROMADKA, J., CORREIA, R. and KORPOSH, S., 2016. Fabrication of fiber optic long period gratings operating at the phase matching turning point using an amplitude mask
HERNANDEZ, F. U., CORREIA, R., MORGAN, S. P., HAYES-GILL, B., EVANS, D., SINHA, R., NORRIS, A., HARVEY, D., HARDMAN, J. G. and KORPOSH, S., 2016. Simultaneous temperature and humidity measurements in a mechanical ventilator using an optical fibre sensor
JAKOBSEN, J., SKORDOS, A., JAMES, S., CORREIA, R.G. and JENSEN, M., 2015. In-situ Curing Strain Monitoring of a Flat Plate Residual Stress Specimen Using a Chopped Stand Mat Glass/Epoxy Composite as Test Material Applied Composite Materials. 1-18
MULLANEY, K., CORREIA, R., STAINES, S. E., JAMES, S. W. and TATAM, R. P., 2015. Monitoring techniques for the manufacture of tapered optical fibers: Applied Optics Applied Optics. 54(28), 8531-8536
KISSINGER, T., CORREIA, R., CHARRETT, T. O. H., JAMES, S. W. and TATAM, R. P., 2015. Range-resolved signal processing for fibre segment interferometry applied to dynamic long-gauge length strain sensing
HERNANDEZ, F. U., CORREIA, R., KORPOSH, S., MORGAN, S. P., HAYES-GILL, B. R., JAMES, S. W., EVANS, D. and NORRIS, A., 2015. Measurements of endotracheal tube cuff contact pressure using fibre Bragg gratings
CHOWDHURY, S. A., CORREIA, R., FRANCIS, D., BROOKS, S. J., JONES, B. J. S., THOMPSON, A. W. J., HODGKINSON, J. and TATAM, R. P., 2015. An optical fiber hydrogen sensor using a palladium-coated ball lens: Journal of Lightwave Technology Journal of Lightwave Technology. 33(12), 2535-2542
CORREIA, RICARDO, STAINES, STEPHEN E., JAMES, STEPHEN W., LAWSON, NICHOLAS, GARRY, KEVIN and TATAM, RALPH P., 2014. Wind tunnel unsteady pressure measurements using a differential optical fiber Fabry-Perot pressure sensor 23RD INTERNATIONAL CONFERENCE ON OPTICAL FIBRE SENSORS. 9157,
RIGAS, E., CORREIA, R., STATHOPOULOS, N. A., SAVAIDIS, S. P., JAMES, S. W., BHATTACHARYYA, D., KIRBY, P. B. and TATAM, R. P., 2014. Evaluation of the optical switching characteristics of erbium-doped fibres for the development of a fibre Bragg grating sensor interrogator 23RD INTERNATIONAL CONFERENCE ON OPTICAL FIBRE SENSORS. 9157,
CHOWDHURY, SAHAR A., CORREIA, RICARDO, FRANCIS, DANIEL, BROOKS, SIMON J., JONES, BEN J. S., THOMPSON, ALEX W. J., HODGKINSON, JANE and TATAM, RALPH P., 2014. Palladium coated ball lens for optical fibre refractometry based hydrogen sensing 23RD INTERNATIONAL CONFERENCE ON OPTICAL FIBRE SENSORS. 9157,
MANDERS, MARK, PARTRIDGE, MATTHEW, CORREIA, RICARDO N., JAMES, STEPHEN W. and TATAM, RALPH P., 2014. Transverse strain response of in-fibre Fabry-Perot microcavities 23RD INTERNATIONAL CONFERENCE ON OPTICAL FIBRE SENSORS. 9157,
CHOWDHURY, S.A., CORREIA, R., FRANCIS, D., BROOKS, S.J., JONES, B.J.S., THOMPSON, A.W.J., HODGKINSON, J. and TATAM, R.P., 2014. An optical fibre hydrogen sensor using a palladium coated ball lens Lightwave Technology Journal. PP(99), (In Press.)
CORREIA, RICARDO, CHEHURA, EDMON, LI, JIN, JAMES, STEPHEN W. and TATAM, RALPH P., 2010. Enhanced sensitivity fibre Bragg grating (FBG) load sensor MEASUREMENT SCIENCE & TECHNOLOGY. 21(9),
LI, JIN, CORREIA, RICARDO, CHEHURA, EDMOND, STAINES, STEPHEN, JAMES, STEPHEN W. and TATAM, RALPH P., 2010. A fibre Bragg grating based inclinometer system for ground movement measurement FOURTH EUROPEAN WORKSHOP ON OPTICAL FIBRE SENSORS. 7653,
LI, JIN, CORREIA, RICARDO P., CHEHURA, EDMON, STAINES, STEPHEN, JAMES, STEPHEN W., TATAM, RALPH, BUTCHER, ANTONY P. and FUENTES, RAUL, 2009. Field monitoring of static, dynamic, and statnamic pile loading tests using fibre Bragg grating strain sensors
CORREIA, R., CHEHURA, E., JAMES, S. W. and TATAM, R. P., 2008. A transverse loading technique to enhance the pressure measurement capability of fibre Bragg gratings 19TH INTERNATIONAL CONFERENCE ON OPTICAL FIBRE SENSORS, PTS 1 AND 2. 7004,
CORREIA, RICARDO, CHEHURA, EDMON, JAMES, STEPHEN W. and TATAM, RALPH P., 2007. A pressure sensor based upon the transverse loading of a sub-section of an optical fibre Bragg grating MEASUREMENT SCIENCE & TECHNOLOGY. 18(10), 3103-3110
CORREIA, RICARDO, CHEHURA, EDMON, JAMES, STEPHEN W. and TATAM, RALPH P., 2007. Transversely loaded fibre Bragg grating for pressure measurements
RICARDO N. CORREIA, EDMON CHEHURA, STEPHEN W. JAMES and RALPH P. TATAM, 2006. Locally Pressed Fibre Bragg Grating Pressure Sensor In: Optical Fiber Sensors. TuE32

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