Carlos Pacheco

Ph.D. in Chemistry with several years of industrial experience and 19+ years of academic experience as Manager of the NMR Facilities at Princeton University/Chemistry, University of Connecticut/Chemistry and Pharmacy, NMR Spectroscopist at Penn State University/Chemistry, and NMR Senior University Lecturer/NMR Laboratory Manager at New Jersey Institute of Technology.

Core Competencies:

• Strong background in solution and solid-state NMR.
• Broad knowledge and hands-on maintenance experience of Bruker and Agilent (Varian) NMR instrumentation.
• Hands-on and working knowledge of other spectroscopies: FTIR, UV/Vis/NIR, Raman, EPR. Other techniques: TGA, DSC, GC-IR, and LC-MS.
• Wide experience in small molecule structure elucidation and biological NMR.
• Lead research projects in developing and validating NMR methodologies.

Ph.D.; University of Rhode Island; Nuclear Magnetic Resonance; 1996

M.S.; Federal University of Rio de Janeiro; Thermodynamics; 1986

B.S.; Federal University of Rio de Janeiro; Chemical Engineering; 1983

8:30 AM through 4:30 AM

https://www.linkedin.com/in/carlospacheco08540/

CHEM 126A - GEN CHEMISTRY LAB II

CHEM 702 - ST:SPECTROMETRIC IDENTIFICATIONS OF ORGANIC COMPOUNDS

FRSC 491 - RESEARCH & INDEP STUDY I

NMR as broadly applicable to a wide range of projects, be in liquid-state or solid-state. NMR is a powerful tec
hnology that has had a major impact across the physical, life, and medical sciences, from chemistry to medical imaging, with ever-expanding applications in new areas as diverse as mining and food science.

NMR is widely applicable to a broad range of projects, whether in liquid-state or solid-state. It is a powerful technology that has significantly influenced various fields, including the physical, life, and medical sciences. Its impact can be seen in disciplines ranging from chemistry to medical imaging. Moreover, it continues to find new applications in diverse areas such as mining and food science.