The previous winners of the Hirschfeld Award are as follows:


2017 Tomas Hirschfeld Award


Satoru Tsuchikawa graduated from the School of Agriculture and the Graduate School of Agricultural Sciences, Nagoya University, Japan, in 1987 and 1989, respectively. His academic career started in 1990 as an Assistant Professor at Nagoya University. He earned a Ph.D. in Agricultural Sciences from Nagoya University in 1998. In 2004, he was Professor at Nagoya University. Since 2016, he is Vice Dean at the Graduate School of Bioagricultural Sciences, Nagoya University. His main research area is the application of NIR spectroscopy to wood and various agricultural products. He has been involved in this sort of studies for over 25 years, and published more than 100 papers. He has won several awards, including the Buchi NIR Award (2003) and the PerkinElmer Award (2003). He is secretary-general of Asian NIR Consortium (2013 -) and Japan NIR Consortium (2011 -).


2016 Tomas Hirschfeld Award


Jean-Michel Roger is Rural and Forestry Engineer from AgroParisTech french school. In 1995, he obtained his PhD in bioprocess sciences and he specialized in data processing and knowledge management. In 1998 he joined the team of Pr Véronique Bellon-Maurel who studied NIR spectrometry for agro-food products. He developed chemometrics methods for the design of embedded and hand held NIR sensors. He focused is research on the robustness problem. He has been stongly involved in many European projects dedicated to fruit quality assessment by NIR spectroscopy (SHIVA, VISHNU, GLOVE, ISAFRUIT). In 2003, simultaneously with Pr Tom Fearn, he proposed a new generic method called External Parameter Orthogonalization (EPO) which permits to eliminate specific spectral effects from the NIRS calibration and thus to solve certain problems of robustness. Some specific methods and applications were derived to address the problems of calibration transfer, drift compensation online,inter seasonal adjustment or compensation of the moisture effect for NIR based characterization of soil.

Jean-Michel Roger was also involved in the design of portable or online spectrometers using filters technology. This design requires to select the most relevant variables of the spectra. A lot of methods exist, but none are really suited to the case of multi responses NIR calibration. That is why he developed a method that responds to this problem (CovSel). This method has been extensively applied to set up waste sorting machines. Hundreds of these machines are now running worldwide.

Jean-Michel Roger is invested in the management of HelioSPIR, a French speaking society devoted to NIRS. He is vice president of this structure. He participates to the organization of the yearly conference of this society. He is invested in the management of the French Group of Chemometrics and participates to the organization of the yearly conference of this society. He was chairman of the CAC2008 Conference (Chemometrics in Analytical Chemistry), held in Montpellier, France. He was closely associated to the chair of the NIR2013 conference, held in La Grande Motte, France.


2015 Tomas Hirschfeld Award


Søren Balling Engelsen (SBE) is professor of Biospectroscopy and head of Spectroscopy & Chemometrics section in the Department of Food Science, Faculty of Science, University of Copenhagen. SBE holds an MSc in Chemical Engineering and a PhD (1992) in Molecular Modelling from the Technical University of Denmark on a Carlsberg Scholarship. During his PhD studies SBE spent one year in the group of John W. Brady at Cornell University (New York, US) and after the PhD degree he went for a three year Post-doctoral position with Professor Serge Perez at Institut National de la Recherche Agronomique (Nantes, France). In 1995 he became assistant professor in “Spectroscopy and Molecular Modelling” in the newly established research group of professor Lars Munck at Department of Food Science, The Royal Veterinary and Agricultural University, Denmark. In 2004 he became full professor in Plant Food Science. Since 2001 SBE has been the head of the Spectroscopy & Chemometrics research group comprising 45 persons. The section’s key competences cover a wide range of spectroscopic techniques and advanced chemometrics applied to industrial and academic research within food and health. The group is very active in disseminating chemometric and spectroscopy through multiple courses at the BSc, MSc, PhD and industrial levels. SBE has been pioneering the dissemination and use of quantitative spectroscopy to students at all levels. He was initiator and primary lecturer of the successful and still going strong Quantitative Food Spectroscopy course which introduced NIR spectroscopy and chemometrics to the university teaching portfolio at a time when NIR spectroscopy was not comme il faut in the academic environment. SBE has further supervised 37 MSc students and 29 PhD students.

The research of SBE is driven by the ambition of cutting-edge application of advanced spectroscopic techniques and SBE has systematically worked towards the elucidation of the complex multifactorial and mega-variate scene behind biology, including food. Whether the scientific methods are called quality control, metabolomics, foodomics or process analytical technology (PAT), they need to be tied together by comparative spectroscopy and multivariate data analysis (chemometrics), and ultimately with instrumental chemical reference analysis (for example GC-MS). SBE started developing NIR methods, always in collaboration with industry, for rapid quality control of different food quality traits such as water holding capacity in meat, texture of potatoes, frying oil deterioration, pectin functionality and barley phenomics. His background in vibrational spectroscopy made him focus on the interpretation of the spectral models and the advantage of using robust variable selection methods. This led to the interval PLS publication with Lars Nørgaard which demonstrates how simple variable selection can improve both interpretation and prediction performance of the calibration model. Spectral preprocessing is another import part of NIRS calibration and in close collaboration with professor Harald Martens SBE published two important papers on the use and detailed characterization of Extended multiplicative Scatter Correction and its inverse form , using gluten/starch mixtures and single wheat seeds, respectively. This work later led to a popular review of spectral pre-processing methods for NIR spectroscopy. In 2005 SBE made an early publication which almost has the character of a text-book example of NIRS-driven Process Analytical Technology. As forecasted by Tomas Hirschfeld in Science in 1984, Process Analytical Technology/Chemistry, with properly designed sensors such as NIRS sensors is a game changer for the industry, which can improve both product quality and earnings. Currently, SBE is working with PAT applications of NIRS including carcass grading in the meat processing industry, monitoring of water streams of reused water, NIRS phenomics of barley seeds and with the development of new NIRS instruments and applications cutting edge super-continuum lasers and fiber spectrometers.

In total SBE has authored/co-authored more than 180 peer reviewed scientific papers, 120 chapters and popular disseminations and 2 patents.


2014 Tomas Hirschfeld Award


Dr. Lola Peréz-Marín, PhD in Agriculture Engineering (University of Córdoba, Spain). Since 1999, she serves as instructor and teacher in the Faculty of Agriculture and Forestry Engineering (ETSIAM, UCO). Currently, she holds the position of Senior Lecturer (full Professor accredited) in Livestock Production and in Non-destructive Spectral Sensors for Quality, Safety and Traceability of Agro-Food Products. She is Director of the Master Agri-Food Plants Projects and Management and vice-dean in her Faculty. Her NIRS researches began in 1999 at UCO, working later on in the topic of her thesis (awarded in 2006), concerned the optimization and implementation of NIR in the animal feed industry, focusing on the development and tuning of applications and algorithms for the analysis of unground compound feeds. One of the main topics of this research has been the study of different non-linear approaches on large spectral databases (thousands) to the difficult problem of measuring the ingredient composition in a complex mixture as the compound feeds. It must be highlighted that this research was developed with the support of different R+D projects together with national and multinational feed industry partners. . Since then, she has worked on an ever widening range of applications in food and agriculture − feed, fats and oils, meats, protein animal by-products, milk and dairy, and various fruits and vegetables − using NIRS, alone or combined with other sensors. Applications as the authentication of Iberian pig ham, olive oil categorization and the detection of banned ingredients in animal feeds are some examples.This research has resulted in well over 150 publications, with 72 of these being peer reviewed papers in top indexed quality journals, invited reviews and presentations at national and international conferences and workshops. She has experience in the participation, management and scientific co-ordination of several national and European R + D NIRS projects, and in technology transfer contracts with Spanish feed and food industries. She is member of the Council Management Committee (2013-2017) and of the Educational Group of ICNIRS, highlighting her participation in the educational project International Virtual Platform for Learning and Teaching of Near Infrared Spectroscopy (IVPTL-NIRS). In parallel, she has developed her academic career, with an intensive dedication to the training of undergraduate and postgraduate students. She has brought 6 PhD's to completion, and is currently supervising 3 more. In addition, she has supervised 18 MsC thesis involving applications of NIR and teach in an annual course dedicated to NIRS beginning users (currently in the 14th edition). Dr Peréz Marín has served on the scientific committee of 6 international conferences, including NIR2003 in Córdoba and NIR2011 in Cape-Town.
In summary, these contributions cover the whole spectrum, from basic research to implementation and from the education of beginners through to the training of the next generation of researchers and professionals.


2013 Tomas Hirschfeld Award


Dr Daniel Cozzolino is currently a Research Fellow with the Barley Research Laboratory with The University of Adelaide, School of Agriculture, Food and Wine.

Daniel graduated from the Universidad de la Republica (Montevideo, Uruguay) as an Agricultural Engineer in 1989 and obtained his PhD from the University of Aberdeen (Aberdeen, Scotland) in 1998.

His research career has started in 1993 with the development of NIR applications for a wide range of agricultural products at the National Institute for Agricultural Research (INIA-Uruguay, "La Estanzuela" Experimental Research Station) before joined the Australian Wine Research Institute (AWRI) based in Adelaide (South Australia) in 2002.  Between 2002 and 2011, he was the Senior Research Scientist and acting Team Leader of the Rapid Analytical Methods team at the AWRI.  His principal role was investigating a wide range of applications using rapid analytical methods (Visible, NIR, MIR, UV, electronic noses) and chemometrics in the grape and wine industry, in collaboration with several academic and industry partners.

He has published more than 130 papers in refereed journals and 15 book chapters on the application of spectroscopy and chemometrics to a diverse range of agricultural products and commodities. He filed 1 patent on the non-destructive analysis of wine (in bottle analysis), currently commercialized by an Australian base company (

In 2009 he became an Associate Research Scientist within the National Academy of Innovation and Science - Uruguay ( He is also an Honorary Member of the Editorial Board of six International Journals (International Journal of Wine Research; CyTA - Journal of Food; Food Research International; The Open Spectroscopy Journal; The Journal of Omics; International Journal of Agricultural and Food Research). He has given several International and local presentations on the use of NIR and chemometrics to a wide audience (students, farmers, scientists).  Daniel has supervised and co-supervised 3 Honors Thesis, 1 Master, 5 PhD Thesis and 3 Post Doc Thesis.  He was member of the organizing committee of the Australian Near Infrared Group (ANISG) Conference held in Adelaide in April 2010.


2012 Tomas Hirschfeld Award


Dr. Burns was born in 1958 and received his B.Sc. (Chemistry/Mathematics) from the University of Puget Sound in 1979. He obtained his Ph.D. in Analytical Chemistry from the University of Washington in 1984. After an NIH post-doctoral fellowship in Bioengineering, he was appointed a Research Assistant Professor in Bioengineering at the University of Washington. He was promoted to Research Associate Professor in 1993. Later in 1993, he joined the Department of Chemistry and Experimental Medicine at McGill University. He is presently a Professor of Chemistry and Experimental Medicine. For six years (2002-2008) he served as Associate Dean (Research and Graduate Education) for the Faculty of Science. Professor Burns’ research is focussed on providing a fundamental understanding and tools for quantitative, spatially-resolved measurements in highly scattering media such as tissue. His work has received many prizes and recognitions. Likewise, his work has been featured in the popular press with reports in Nature, New Scientist, most national papers in Canada and the CBC. He has co-authored over 100 publications and 15 patents in the area.


2011 Tomas Hirschfeld Award


Marcelo Blanco Romia graduated in Chemistry at the Universidad de Barcelona and obtained the PhD degree in Sciences (Analytical Chemistry) in 1973. Since 1983 he is Senior Professor in Analytical Chemistry at the Faculty of Sciences of the Universitat Autònoma of Barcelona. Professor Blanco has over twenty years of experience on the application of Near Infrared spectroscopy in different fields, basically pharmaceuticals and chemistry but also petrochemical, textile industry, cement and leather products, among others. He leads the Applied Chemometrics Research group since 1986, where the most relevant topic has been the application of chemometric tools for the development of rapid analytical methods using molecular spectroscopic techniques. The main research matter in the pharmaceutical industry has been focused to the development of novel calibration models, capable to quantify both active ingredients and excipients, but also relevant physical parameters on different stages of a manufacturing process. This objective has been driven following the philosophy of Process Analytical Technology and Quality by Design (PAT & QbD).

Professor Blanco has scientific experience in the coordination of several Spanish R+D projects, in the foundation of novel basis on the application of NIR spectroscopy and the implementation of NIRS technology in different industries, such as pharmaceutical and chemical. Also, he has been participating in different chemometric projects (NIRS based) supported by the European Union. In 2007 he was honoured with the Analytical Chemistry prize of the Spanish Royal Society of Chemistry (Real Sociedad Española de Química).

He is the author of more than 200 publications in national and international journals and three chapters in NIRS books. He also has participate as organizer and teacher in a number of NIR training sessions focused to post-graduate students and professionals. Professor Blanco has mentored 20 Master thesis and 25 PhD dissertations, being more than half related to the NIR Spectroscopy.


2010 Tomas Hirschfeld Award


Jim Reeves received his B.S degree in Chemistry in 1970 from the University of Maryland (With Honors), his PhD in Biochemistry from the University of Maryland in 1975 and a B.S. degree in Computer Science in 1984 from the University College of the University of Maryland.

Jim has spent his entire career at the Agricultural Research Service of the US Department of Agriculture and started at the Beltsville Agricultural Research Center in 1978 working on the composition of ruminant feedstuffs. His introduction to near-infrared spectroscopy (NIRS) came in 1984 when he starting working with Dr. Timothy Blosser who using NIRS for forage and silage analysis. When Dr. Blosser left a few years later, Jim took over the NIRS work and continued studies on animal feedstuffs. While physically remaining at the same location, both the name of the lab (Ruminant Nutrition Laboratory) and direction of the laboratory changed gradually over a period of 15 years from ruminant feedstuffs to ruminant wastes and eventually to more generally ruminant effects on the environment (Presently the laboratory is the Environmental Management and Byproducts Utilization Laboratory). Thus, Jim's research has moved from what the cow eats (front end) to waste production (the back end) to waste disposal (the soil). Jim is also presently part of the Hydrology and Remote Sensing Laboratory at Beltsville.

Jim has authored or co-authored over 125 peer reviewed publications, with thesis, book chapters, etc. increasing the total to nearly 200 non-abstract publications. He was the chairman of the 8th International Diffuse Reflectance Conference (Chambersburg, PA, 1996), is presently the North American Editor for NIR News, serves on the Editorial Boards of The Open Spectroscopy and Open Agriculture Journals and The Journal of Analytical and Applied Pyrolysis, has taught courses on NIR spectroscopy in the United States, Italy, Mexico and Brazil and routinely reviews spectroscopically (near- and/or mid-infrared) oriented papers on subjects ranging from pharmaceuticals and foods to animal feeds, hydrology, grains, soils and remote sensing. 

Present research interests are concentrated in three main areas:

1. the application of spectroscopy for the rapid determination of soil composition. This includes the investigation and evaluation of both different spectral ranges (visible, near-infrared and mid-infrared), sample presentation methods (diffuse reflectance, fiber-optics, etc.) and spectroscopic methodology (proximate versus remote sensing) to find the most efficient and economically method for the rapid determination of soil carbon content for carbon sequestration.

2. Chemometrics, specifically transfer of methods developed by the NIRS community using bench top spectrometers to the area of remote sensing and also the development of more rapid methods for development and automatic evaluation of calibrations.

3. The development of methods for the evaluation of feedstocks for Biochar and biofuel production at the farm level. Finally, an ongoing interest throughout Jim's career has been how the reference methods used in agriculture influence the spectroscopic calibrations upon which so much time is spent developing and upon which so much may depend, e.g. carbon credits for carbon sequestration as measured by remote or proximate spectroscopic methods.


2009 Tomas Hirschfeld Award


Dr. Sumio Kawano has worked for National Food Research Institute, National Agriculture and Food Research Organization, Tsukuba, Japan for 33 years since April 1975. He is now the head of the Nondestructive Evaluation Laboratory and the adjunct professor for University of Tsukuba. His responsibility in the institute is to establish the quality evaluation system for various kinds of food and agricultural products by using near infrared spectroscopy (NIRS). During his days as a Bachelor and Master student at Kyushu University, Sumio worked on visible spectroscopy and delayed light emission. Later, after moving to NFRI in 1975, he worked on food transportation engineering for 10 years, and that work granted him a doctor degree. In 1987, Sumio followed Dr. Mutsuo Iwamoto, the Father of NIRS in Asia, by becoming the head of the Nondestructive Evaluation Laboratory. His early work was the development of the Brix-NIRS measurement system for thin and thick peel fruit. Later, his achievements became the keystone of the well-known industrial scale Japanese NIRS sweetness sorting machine. At present, more than 2,000 units of the NIRS sweetness sorting machine are operating nation-wide. Beside the sweetness, in 1995, Sumio discovered the effect of sample temperature on the accuracy of NIR calibration and its relation to water absorption, the hot issue in NIRS research at present. During the beginning of the 21st century, Sumio and his team were among the first, if not the first, to develop a system to employ a portable NIR instrument for evaluating the quality of fruit in the field. At present, Sumio is still very active. He is professor at Kagoshima University and he is deeply involved as the Secretariat for both the Japan Council of NIRS (JCNIRS) and the Asian NIR Consortium.


2008 Tomas Hirschfeld Award


bellon maurel

Professor Bellon-Maurel is currently Director of the Cemagref-SupAgro joint research laboratory entitled “Information and Technologies for Agro-processes” which employs 50 people and also holds a chair in the Faculty of Agriculture (Montpellier SupAgro), Montpellier. Véronique started to work on NIR spectroscopy in 1988 when she began work for her PhD thesis in Cemagref. Her goal then was to develop optical sensors to facilitate the measurement of quality, specifically sugar content, in intact fruit on-line. As part of this work, she studied the design and multiplexing of NIR spectrometers and gained experience in fibre optic coupling during a stay at the French nuclear energy agency. Since then, Professor Bellon-Maurel’s main interest has always been the conception and creation of innovative instruments and operation for NIR spectroscopy and imaging applications. With this focus, she has contributed to several European projects such as CAMAR (1992-1994) which studied the use of NIR spectrometry for non-destructive measurement of sugar content in several commodities, SHIVA (1994-1997) which implemented NIR spectrometry on a robot for sorting fruit, and ASTEQ (1998-2001), a concerted action about various techniques for measuring fruit quality in which NIR spectrometry and NIR imaging were studied. In 1998-2001, her group coordinated the GLOVE European project, in which the challenge was to miniaturize and integrate a NIR spectrometric device in a glove (with other sensors) to measure fruit quality. A prototype was designed and is under development with a company.  When not involved in these projects, publishing extensively or teaching, Véronique initiated the French NIR users group Heliospir ( and has hosted many visiting NIR researchers to her laboratory.

Date online : 21 March 2017