The goal of this two-day short course is to familiarize participants with separation and analytical techniques, including chromatography (GC/LC), mass spectrometry (MS), vibrational (IR/Raman) and magnetic resonance (NMR/EPR) spectroscopy. Participants will be introduced to quantitative and qualitative methods for analyses of complex systems, and learn the strengths and weaknesses of individual techniques. Understanding the complimentary nature of the discussed methods will allow the participant to appreciate and interpret spectroscopic data when applied to critical applications. The course subject matter will range from basic introductions and overviews to the complimentary nature of these methods and design of experiments to leverage the strengths and limitations of these techniques.
- Separations and Detectors: Choosing Relevant Techniques
- Defining and Utilizing Analytical Systems
- Quantitative And Qualitative Methods
- Complimentary Techniques: Pairing Analyses for Complex Questions
Who should attend?
This course is intended for engineers, directors, and researches who would be utilizing these methods for investigations of materials.
About Your Instructors
Dr. Nicholas Eddy Laboratory Manager, Gel Permeation Chromatography/NMR Laboratory
Nicholas started his career at IUP as an organic chemist with aspirations as a biochemist, separating small molecules by chromatography and analyzing them with NMR. He studied chemical biology at UConn under the direction of Gabriel Fenteany making biologically active compounds for the study of cell migration. During his doctoral work, he has utilized various chromatography and spectroscopic techniques for analysis of compounds. After a year postdoctoral work in 2013 at Purdue University with Arun Ghosh, Nicholas returned to UConn in 2014 as temporary teaching faculty lecturing on general and organic chemistry while aiding researchers in both liquid and solid state NMR. In May 2018, Nicholas joined IMS as the GPC and NMR lab manager.
Dr. Curtis Guild Laboratory Manager, Gas Chromatography/Spectroscopy Laboratory, UConn IMS
At Keene State, Curt was a research participant in synthetic, analytical, and inorganic laboratories. He was a three year orientation leader for STEM programs as well as a tutor in Chemistry & Physics, and head tutor for the Aspire Center, a TRIO program. For this work, Curt was awarded the Chemistry Department Faculty Award in 2011.
Dr. Guild received his Ph.D in Inorganic Chemistry from the University of Connecticut in 2017, where his research focused on nanomaterials and in situ studies of various systems for materials, energy and environmental applications. During this time, he focused on spectroscopy and chromatography as techniques for study of a wide variety of systems. Afterwards, he spent a year in industry as a process development engineer in fiber optics manufacturing before returning to UConn to manage the Gas Chromatography/ Spectroscopy Laboratory at IMS.
Course Location and Schedule
The course will be held
on October 24 and 25, 2018
from 9:00 am to 5:00 pm (each day)
Registration for the two-day course is $600 for IMS Industrial Affiliates Program member company registrants and $800 for non-member registrants. We can accept payment by credit card, check, ACH transfer. All payment methods require an invoice which will be provided upon receipt of your registration. The registration fee includes workshop attendance, a set of course notes, lunch and coffee breaks, and parking in North Garage. Registration for this course is now closed.
Please let us know in advance if you require special services and/or arrangements.
Refund and Cancellation Policy
The registration fee, less $50.00, will be refundable if we are notified of cancellation prior to the close of the registration period. Participants who cancel after the close of the registration period, or do not attend and fail to cancel, are subject to the full fee. Participant substitutions may be made.
The Institute of Materials Science reserves the right to change instructors and cancel or reschedule the course in the event of insufficient enrollment or unforeseen circumstances.
Questions regarding the course should be directed to Rhonda Ward at 860.486.5874 (voice), 860.486.4745 (fax) or email@example.com.