workshops

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These half or full day workshops occur throughout the SciX conference and are open to conference and non-conference attendees for a separate registration fee. You can add workshops when you register for SciX! New this year is an Early Career registration option.

   Half Day  Full Day
 Conferee $225  $450
 Non-Conferee $325  $550
 Early Career* $75  $125
 Student $25   $50

*New this year- Early Career attendees are those who are working professionally and are within 5 years of receiving their terminal degree, including postdoctoral fellows. The Early Career category is applicable to those for whom the terminal degree is a bachelors, masters, or doctorate degree.”

SCHEDULE 

Sunday, September 26

9:00am- 12:00pm (Half Day)

Preprocessing, How To Do and Not To Do

Woody Barton, Light Light Solutions, LLC
Facilitated in cooperation with Coblentz and SAS

Bio: Franklin E. (Woody) Barton, II received his B.S. in Chemistry from North Georgia College in 1964 and his Ph.D. in Chemistry from the University of Georgia in 1969. He entered active duty and served as a Field Artillery Battery Commander in Vietnam and returned to do Post-Doctoral research at the University of Georgia in 1970-1971. He accepted a position with the U.S. Department of Agriculture’s Agricultural Research Service in Athens Georgia at the Russell Reseach Center from which he retired in 2008. During his 37 years. During those years he was the Research Leader of a multidisciplinary research group for over 25 years. He served as Location Coordinator/ Center Director for his last 4 years and earlier as an Acting Area Director for the South Atlantic Area (VA to Puerto Rico). He continued his military service in the U.S. Army reserves by teaching quantitative management course for the Command and General Staff College and retired from the USAR in 1995. After retirement from the USDA in 2008 he became a partner in Light Light Solutions, LLC and as a senior officer in LLS Instruments, Inc. He is still active in solving analytical problems in the Agricultural and food industries.


Workshop Description: The first things one learns when applying NIR spectroscopy and chemometrics to analytical problems is that you need to “preprocess the data”. If spectra were perfect and spectrometers produced identical spectra of identical samples and all reference data represented the analyte’s concentration in the spectra, then preprocessing would not be needed. Baseline offsets, particle size, heterogeneity and the vagaries of analytical procedures on different samples means it’s necessary to remove any interferences that do not belong to the analyte’s spectrum. When preprocessing is done correctly the variability is removed from the spectra but when done incorrectly, can introduce features into the spectrum that could be interpreted as actual chemical signatures. This course will look at the common preprocessing techniques and how they impact the spectra and the models. We will be providing spectra and the ability to practice these techniques so each student should bring a laptop.

9:00am- 4:00pm (Full Day)

Searching Infrared and Raman Spectra

James de Haseth, Light Light Solutions, LLC

Facilitated in cooperation with Coblentz and SAS

Bio: The course will be taught by James de Haseth, Emeritus Professor of Chemistry, University of Georgia. He is currently an instructor with Infrared and Raman Courses, a not-for-profit organization devoted to education spectroscopists. He has more than 45 years’ experience with vibrational spectroscopy, spectrometric instrumentation, interpretation of vibrational spectra, mathematical processing of spectral data, development of new spectral techniques and algorithms, and vibrational spectroscopy to study protein conformation. Dr de Haseth is a Distinguished Service Awardee and Fellow of the SAS, an Honorary member of the Coblentz Society, and a member of the ACS, as well as the Council for Near Infrared Spectroscopy.


Workshop Description: In a general sense, spectral searching is a simple operation. An unknown spectrum is presented to the search system software, the spectral databases are searched, and a result presented. This simple operation in no way explains how to optimize the process to arrive at the best, ideally the correct, identification. There is more than one search algorithm, so which one should be used? What if the unknown compound is not in the database? What if the unknown spectrum represents a mixture? How can we proceed to find these answers? This course will address these issues and more. Participants will be provided with a two-week trial copy of Wiley KnowItAll® Software to use during and after the course. It will not be possible to provide laptop computers for participants; therefore, the software will be sent to the participants shortly before the course so that it can be installed on a Windows 10 laptop computer.

Monday, September 27

9:00am- 4:00pm (Full Day)

Fundamentals of Vibrational Spectroscopy

John Wasylyk, Bristol-Myers Squibb Co.

Peter Larkin, Group Leader, Material Sciences, Analytical Solvay


The course is designed to provide an overview of the theory of vibrational spectroscopy and will encompass three widely used techniques, namely, Infrared, Near-infrared and Raman Spectroscopies. The full day session will cover basic spectroscopy principles, review the advantages and disadvantages of each technique, summarize the group frequency concept, and provide a comparison of the spectra-structure correlations of the three topical spectroscopies. Examples designed to complement the fundamentals of vibrational spectroscopy will provide a broad spectrum of application examples with reference to the chemical and physical analysis of solid, liquid and gaseous materials. The course will not only help to more efficiently evaluate vibrational spectroscopic data but will also enable participants to assess the pros and cons of the vibrational spectroscopies relative to other techniques.


9:00am- 12:00pm (Half Day)

Open-Source Electronics in Chemical Instrumentation

James Grinias, Rowan University

Samuel Foster, Rowan University


Bio: James Grinias is an Associate Professor in the Department of Chemistry & Biochemistry at Rowan University. His research interests include chromatography and microfluidics, as well as the design of low-cost and miniaturized platforms to facilitate these techniques. In 2018, James was named to the “Top 40 Under 40” Power List by The Analytical Scientist. His manuscript on the use of an Arduino Uno in a chromatographic data acquisition system is one of the most highly cited papers on the use of microcontrollers in chemical separations to date. Samuel Foster is a graduate student in the Department of Chemistry & Biochemistry at Rowan University. His research interests focus on portable and high-throughput capillary LC separations. He has designed and published multiple data acquisition systems, flow controllers, and robotic movement systems using the Raspberry Pi single-board computer.

Workshop Description: This course serves as an introduction to the use of low-cost microcontrollers (e.g. Arduinos) and single-board computers (e.g. Raspberry Pi) in chemical instrumentation. Examples of how these types of devices can be used to control light sources, valving, pumps, electrodes, sensors, data acquisition modules, and movement systems will be discussed. Strategies for hardware-software interfaces that can be implemented for simple user control of these functions will also be described. Attendees will additionally learn many practical tips on setting up and troubleshooting electronic control systems, primarily focused on common mistakes related to circuit design and software coding. As part of the course, students will have the opportunity to build a simple colorimetric cuvette reader that is operated with a microcontroller to conduct simple absorbance measurements of dyes.


1:00- 4:00pm (Half Day)

Problems with FT-IR Spectra and How to Avoid Them

Ellen Miseo, TeakOrigin, Inc.

Jenni Briggs, Pike Technologies 

Facilitated in cooperation with Coblentz and SAS

Bio: The course will be team taught by Ellen Miseo and Jenni Briggs. They are both practicing spectroscopists in industry and have hands-on practical experience with the material under discussion. Ellen Miseo has practiced infrared spectroscopy for her entire career. Her primary interest is in infrared microscopy and infrared imaging. Her accomplishments include development of equipment as well as foreseeing customer trends and adapting to them. Dr. Miseo is Past President (2016) of the Society for Applied Spectroscopy and current President of the Coblentz Society and a member of the American Chemical Society. Jenni Briggs is the Senior Applications Engineer at Pike Technologies, a supplier of infrared, Raman and UV/Vis accessories. Jenni spends her time discussing spectroscopic techniques with a diverse set of instrument users.


Workshop Description: Users of FT-IR spectrometers may have received little or no formal training in spectroscopy and therefore cannot distinguish between “good” and “bad” spectra. In this course, we will show many of the problems that are commonly encountered with FT-IR spectra measured by inexperienced (and often experienced!) users and show how to avoid them. Problems can appear from the instrument, the sample accessory and/or presentation. Since the bulk of the samples that are currently analyzed are done by Attenuated Total Reflection we will cover it in detail. We will also address common problems associated with other accessories. This year we will also be including a “tricks of the trade” component to the class.


Tuesday, September 28

9:00am- 4:00pm (Full Day)

Basics of Multivariate Modeling of Spectroscopic Data

Michael Roberto, Northwest Analytics




Bio: Michael Roberto received his PhD in Analytical Chemistry from the University of Washington in 2014. Since then he's worked as a chemometrics specialist and consultant with a special focus on spectroscopy applications. Based in Seattle, his hobbies include hiking and cooking.


Workshop Description: This workshop will introduce attendees to the fundamentals of chemometrics, with specific examples devoted to the application of spectroscopic data. Expect a dynamic workshop, with plenty of strained metaphors and just the right amount of matrix math. Topics covered will include mathematical foundations, appropriateness of use, preprocessing and transformations, data visualization and exploration, steady state determination, and regression modeling.


9:00am- 12:00pm (Half Day)

Introduction to ICP-MS: Fundamentals, Best Practice and Tips and Tricks

Dula Amarasiriwardena, Hampshire College

Facilitated in cooperation with SAS




Bio: Dula Amarasiriwardena, Professor of Chemistry, at Hampshire College, Amherst, Massachusetts received his Ph.D. in Analytical Chemistry from North Carolina State University, Raleigh, NC. Dula regularly teaches analytical chemistry, environmental chemistry and general chemistry. His research is focused on the transport properties and the fate of trace metals and metal nanoparticles in soil and aquatic environments. Professor Amarasiriwardena served as a Fulbright Specialist in Chile.


Workshop Description: This course will introduce to inductively coupled plasma-mass spectrometry (ICP-MS) fundamentals and operational principles. Course content includes fundamentals, theory, instrumentation, practice, troubleshooting hints, as well as common applications. Analytical merits and limitations of each method will be presented.


1:00- 4:00pm (Half Day)

Introduction to Infrared, Raman, and Near Infrared Spectroscopy

James de Haseth, Light Light Solutions, LLC

Facilitated in cooperation with Coblentz and SAS


Bio: The course will be taught by James de Haseth, Emeritus Professor of Chemistry, University of Georgia. He is currently an instructor with Infrared and Raman Courses, a not-for-profit organization devoted to education spectroscopists. He has more than 45 years’ experience with vibrational spectroscopy, spectrometric instrumentation, interpretation of vibrational spectra, mathematical processing of spectral data, development of new spectral techniques and algorithms, and vibrational spectroscopy to study protein conformation. Dr de Haseth is a Distinguished Service Awardee and Fellow of the SAS, an Honorary member of the Coblentz Society, and a member of the ACS, as well as the Council for Near Infrared Spectroscopy.


Workshop Description: This course will present the origins of spectral bands in Infrared, Raman, and NIR spectra. This will start with a discussion of fundamental molecular vibrations and where these are present in mid-infrared and Raman spectra and explain how overtone and combination bands can appear in the NIR as well as in mid-infrared and Raman spectra. Some direct guidelines will be presented to show which transitions are allowed. This will not be a theoretical discussion that involves mathematics or quantum mechanics, but rather an understanding of the physical phenomena that led to the development of the mathematical approaches. A key issue to the collection of good spectra is an understanding how spectrometers work. Such topics include instrument components, resolution, spectral range, measurement sensitivity, instrumental effects on spectral lineshape, instrument sources of errors, and effects of mathematical manipulation of spectra.


Wednesday, September 29

9:00am- 12:00pm (Half Day)

Beginners Guide to Atomic Absorption and Emission Spectroscopy

Dula Amarasiriwardena, Hampshire College

Facilitated in cooperation with SAS




Bio: Dula Amarasiriwardena, Professor of Chemistry, at Hampshire College, Amherst, Massachusetts received his Ph.D. in Analytical Chemistry from North Carolina State University, Raleigh, NC. Dula regularly teaches analytical chemistry, environmental chemistry and general chemistry. His research is focused on the transport properties and the fate of trace metals and metal nanoparticles in soil and aquatic environments. Professor Amarasiriwardena served as a Fulbright Specialist in Chile.


Workshop Description: This course will cover recent advances in analytical atomic spectroscopy including flame atomic absorption spectroscopy (FAAS), atomic emission spectroscopy (AES), hydride generation (HG)-AAS, cold vapor(CV)-AAS, and graphite furnace AAS (GF-AAS). Course content includes fundamentals, theory, instrumentation, practice, troubleshooting hints, as well as common applications. We will also briefly discuss sample preparation methods available for spectrochemical analysis. Analytical merits and limitations of each method will be presented.


2-Part Career Development

Part I: Beyond the Beaker

Jeanita Pritchett, JSP Coaching and Consulting, LLC


The Beyond the Beaker Workshop is designed to help undergraduate and graduate students as well early career professionals explore the skills needed to advance their STEM careers. Looking beyond developing technical expertise, the interactive workshop helps attendees gain self-awareness, confidence, and clarity so they may emerge as leaders in their fields. While navigating through school or the early stages of a STEM career, emphasis is typically placed on the technical aspects needed within the field. Countless hours are spent learning how to develop mastery of a hands-on technique to exhibit expertise in the field. However, advancing a STEM career and moving up the leadership ladder requires additional skills outside of the laboratory. The Beyond the Beaker Workshop equips participants with tools and strategies that they can apply to advance their careers.

CANCELLED

Part II: Dynamic Skills for Success

Lori Ana Valentín, New York State Police

Bio: Lori Ana Valentín is a forensic scientist at the New York State Police Forensic Investigation Center in Albany, NY where she has experience in seized drugs analysis and quality assurance. In her current role, she manages the internship program and leads learning and development, community outreach, and organizational health and wellness. An analytical chemist, Valentín holds doctorate and master’s degrees in chemistry from Binghamton University as well as a bachelor of science in biochemistry from SUNY Fredonia. Dedicated to outreach, she is the 2021 Chair-Elect for the ENY section of the American Chemical Society (ACS) and serves on its Education and Women Chemists Committees. As 2020 Chair of the ENY Younger Chemists Committee, she co-founded the Eastern U.S. Younger Chemists Committee Partnership. She is an ACS Career Consultant and a sought-after coach, forensic lecturer, and keynote speaker.


“The only difference between a stumbling block and a stepping stone is how you use it.” This American proverb emphasizes the importance of maintaining a healthy perspective that empowers you to take full advantage of all of your opportunities. As chemists, most of us have embraced the value of hard work and grit. We have high standards and our work is under constant scrutiny. These conditions can lead to perfectionism and even imposter syndrome. Our academic institutions prepare us with the technical skills and intellectual opportunities to be successful, but how prepared are we to navigate the unexpected stressors of life – a pandemic, illness, or loss? Learn how to cultivate and maintain three critical skills for lifelong success: Self-Love, Perspective, and Resilience. This interactive workshop will empower you to address current challenges, overcome future challenges, and find opportunity and inspiration in even the darkest moments.


1:00- 4:00pm (Half Day)

3D printing for microfluidic devices

Greg Nordin, Brigham Young University

Adam Woolley, Brigham Young University


   


Bio: Gregory P. Nordin received a Ph.D. in Electrical Engineering from the University of Southern California in 1992. From 1984 to 1992 he also worked at the Hughes Aircraft Company, the last three years of which were at the Hughes Research Laboratories in Malibu, California. From 1992 to 2005 he was in the Electrical and Computer Engineering Department at the University of Alabama in Huntsville where he was founding director of the university's Nano and Micro Devices Center. In 2005 Dr. Nordin joined Brigham Young University as Professor in the Electrical and Computer Engineering Department. His research currently focuses on 3D printing for microfluidics, and micro- and nano-fabricated devices for biosensing, photonics, and MEMS. Adam T. Woolley earned his Ph.D. degree in Chemistry from the University of California, Berkeley in 1997, and was a Runyon-Winchell Postdoctoral Fellow at Harvard University from 1998-2000. He has been on the faculty in the Department of Chemistry and Biochemistry at Brigham Young University since 2000, where he is currently University Professor and Dean of Graduate Studies. Woolley’s research is at the interface between miniaturization and biomolecules; he is developing 3D printed microfluidics for bioanalysis, devising miniaturized assays for disease-linked biomarkers, and developing biotemplated fabrication of nanoelectronic devices.


Workshop Description: The workshop will introduce 3D printing, types of 3D printers, and how they can be used to create microfluidic devices, together with a comparison to traditional fabrication methods. Based on their extensive experience, the presenters will then discuss the current state-of-the art of component miniaturization and integration of 3D printed active elements such as valves and pumps into more complex device designs. Attendees will leave with an understanding of the opportunities and limitations of 3D printing for microfluidic device fabrication, an appreciation of the challenges in creating 3D printed microfluidic devices, and guidance on whether 3D printing microfluidics is right for their application.


Innovations in Beer Quality through Instrumental Analysis

Ben Chambers, Newport Craft Brewing and Distilling

Bio: Ben Chambers grew up in RI and graduated in 2004 with a B.S. in Chemistry from Virginia Commonwealth University in Richmond, VA. While in school he worked at a brewery as an assistant. Soon after graduation Ben took a job teaching high school and community college math and science. After deciding to get back to the exciting world of manufacturing, he took some jobs in food QA and R&D before getting back to the beer industry. For the past 14 years, Ben has worked as an analytical lead for breweries as large as the Coors brewery in Golden Colorado and a few regional craft breweries throughout the US setting up lab spaces, methods for analysis and quality systems. Currently Ben is serving as the Brewmaster and Head of Production at Newport Craft, back home in Newport, RI, while consulting in the area of lab design for the brewing and cannabis industries.

Workshop Description: My presentation will cover methods of analysis for breweries and the production of beer. Attendants could find this topic interesting as brewing beer has been around since the ancient Sumerians (as we know of), yet only in the last few centuries have we started to apply scientific analyses for the purposes of QA/QC as well as R&D. Today several accredited universities and third-party labs, in addition to countless small to large functional brewery labs have been established with standard methods and instrumentation for analysis. I will break down what these are and explain how they keep today’s culture enjoying safe and controlled beer products. 

This workshop will have a limited amount of registrants. The registration rate is $50 all attendee types. A bus will pick up registered attendees at 1pm and drop off a the RICC at 5pm. 


Thursday, September 30

9:00am- 4:00pm (Full Day)

An Introduction to Quantitative Spectroscopic Analysis

Debbie Peru, DP Spectroscopy & Training LLC

Facilitated in cooperation with SAS


Bio: Deborah (Debbie) Peru is the Owner and President of DP Spectroscopy & Training LLC. She has over 36 years in industrial R&D and Process Analytical Experience in the petrochemical, pharmaceutical, specialty chemical, and consumer products industries. Ms. Peru spent most of her professional career developing NIR, Mid IR, Raman, and UV/Vis methods for the laboratory and manufacturing environments. Her PAT experience includes use of various spectroscopy techniques, laboratory reactors and particle size analyzers for process optimization and cost savings. Ms. Peru has developed numerous qualitative and quantitative methods for quality control testing of products and managed research projects pertaining to development and use of spectroscopic devices for clinical testing of products on human subjects. Ms. Peru has degrees in Nutritional Science and Chemistry from the University of Delaware and a Master of Business Administration (M.B.A). Ms. Peru is Secretary of the NY/NJ SAS and recipient of the 2019 SAS Distinguished Service Award.

Workshop Description: This course is designed to provide practical information for the development of quantitative methods in spectroscopy. This introductory course is ideally suited for Scientists and Managers who want to expand their knowledge of developing and implementing spectroscopic methods for quantitative analysis of key ingredients or components in products. The course provides an overview of basic statistics, method development considerations, and common quantitative techniques, Additionally, the course provides practical considerations in designing methods, defining the problem, and validation requirements to ensure compliance with USP guidelines. Several applications and group discussions are included in each lesson to illustrate key principals. Gas phase analysis will not be discussed.


1:00- 4:00pm (Half Day)

Fundamentals and Applications of Surface Enhanced Raman Spectroscopy (SERS)

Annie Dowgiallo, SRI International


Bio: Anne-Marie Dowgiallo is a senior research scientist at SRI International, where her current research interests include trace chemical and biological detection using surface enhanced Raman spectroscopy (SERS), laser-based spectroscopic technologies, and understanding the unique interplay between nanoparticle (NP) structure and optical or electronic properties. Previously, she was a senior scientist at Ocean Insight, where she provided technical guidance on SERS technology and designed custom solutions for customers using optical spectroscopy in biomedical, industrial, food, agriculture, safety, security, and pharmaceutical markets. This included developing novel sensor materials based on gold NPs to test environmental samples such as water, soil, and food for pesticides, toxins, and pathogenic bacteria at concentrations as low as parts-per-billion (ppb) using SERS. She received her PhD in physical chemistry from Florida State University in 2013.


Workshop Description: This course serves as an introduction to surface enhanced Raman spectroscopy (SERS) and its relevance to a variety of applications such as pharmaceuticals, defense, medical, and the environmental. SERS is a versatile technique in its ability to identify chemical species and obtain structural information, impacting fields such as polymer and materials science, biochemistry and biosensing, catalysis, and electrochemistry. Attendees will learn the basics of Raman, SERS, nanotechnology, and ways to utilize this powerful spectroscopic tool.

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