Praveen Bachawala
**** ****** **. #** **********@*****.***
Cincinnati, OH 45220 513-***-****
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Highlights:
• PhD in Synthetic Organic / Analytical Chemistry
• Eight years of experience with a wide variety of synthetic organic and analytical techniques in characterizing small molecules
• Technical expertise in separations, purifications, and product identification using modern spectroscopic techniques like: NMR, 2D-NMR, IR/FTIR, UV, UV/Vis, Florescence Spectroscopy, GC/FID, GC/MS, HPLC, LC/MS, ES/MS, pH meter, TGA, Karl Fisher and MALDI
• Trained in cGMP environment
• Working knowledge in performing “Dissolution, Impurities Assessment, Excipient Compatibility of API’s & commercially manufactured drug samples, Method Development, Validations & Cleaning Validation using HPLC.
• Gained industrial experience as a Ph.D intern at Solvay, Procter & Gamble and Patheon Pharmaceuticals
• Successfully wrote proposal, presented research at ACS and was awarded funding from ACS and University Research Council to perform research
• Critical thinker, self- starter, effectively collaborated in past with cross functional teams and innovated new methodologies to address customer needs
Patents & Book Chapter
• Host Material for Light-Emitting Diodes – Patent number – EP 2206716 (A1)
• Host Material for Light-Emitting Diodes – Patent number – WO2010043693 (A1)
• N-Phenyl Carbazole-Based Host Material for Light-Emitting Diodes – Patent number – WO2010043691 (A1)
• Co-author of a book chapter entitled “Fragments of Fullerene and Carbon Nanotubes”. Publisher: Wiley
Professional Experience:
Patheon Pharmaceuticals Summer Intern – Analytical Development (2011)
• Provided analytical support to formulations groups by examining “Excipient Compatibility, Stability Assessment, Dissolutions, Content Uniformity, Assay” for both commercial and in-house manufactured drugs via HPLC
• Performed method validation along with method development, Method transfers and Cleaning Validations to analyze pharmaceutical products via HPLC
• Reviewed & revised SOP’s, methods to accurately meet cGMP and FDA regulations
• Familiar with Agilent based chromatographic instrument.
P&G Ph.D. Summer Intern – Beauty & Grooming, R&D Division (2010)
• Designed and executed the synthesis of key couplers used in hair dyes from sustainable sources
• Successfully optimized key steps for selectivity with increased output employing milder reaction conditions
• Published two internal publications (SLRs) enlisting key developments
• Applying for a patent which describes robust and most economical way to synthesize key couplers from sustainable sources to support claims department
University of Cincinnati, OH – Graduate Student (2006 – present)
• Successfully functionalized corannulene’s outer rim at 1,8/1,5 and 1,2,7,8 positions and coupled with phenyl, anthracene and corannulene motif’s using sonogashira coupling chemistry
• Independently optimized the existing synthetic pathway for best yields
• Examined photophysical (absorbance, fluorescene and laser excitation) properties of target molecules for possible applications as blue emitter in OLED technology
• Computationally modeled target molecules to study optimized geometries and orbital transitions
• Currently synthesizing “enediyne-cornannulene derivatives” for possible use as a contrast agent in MRI applications
Solvay Ph.D. Summer Intern – OLED R&D Division (2008)
• Independently designed and synthesized highly efficient N-Phenyl carbazole based blue - OLEDs
• Regioselectively functionalized the carbazole moiety, optimized key steps, accomplished separation and characterized target molecules using HPLC, NMR, GC/MS
• Published three patents enlisting synthesis and photophysical properties
Mississippi State University – Graduate Student (2003-2006)
• Carried out multi-step, large scale synthesis of corannulene
• Designed a robust and benign dehydrohalogenation methodology using Palladium chemistry for catalytic reduction of tetrabromocorannulene to corannulene
• Synthesized novel derivatives of corannulene using C-C, C-O coupling chemistry employing Suzuki and Heck reactions
Education:
• Ph.D. student (2006-present), University of Cincinnati, Ohio
Thesis title: “Understanding conjugation and substituent effects over corannulene for its application in blue OLED”
Advisor: Professor James Mack
• M.S. Organic Chemistry (2003-2006), Mississippi State University, Mississippi
Thesis title: “Large scale synthesis and derivatization of corannulene – The Smallest Buckybowl”
Advisor: Professor Andrzej Sygula
Honors and Achievements:
• Outstanding Research Poster Award at PINO Conference – Case Western Research University (2011)
• GSGA Research Award - University of Cincinnati (2011)
• Division of Organic Chemistry – ACS – Travel Award to present research at National ACS conference, Boston (2010)
• Henry Hochstetter award for excellent performance as best graduate teaching assistant (2010)
• Housing & Living Expense award by P&G (2010)
Selected Presentations:
• Oral presentation at ACS National Meeting 2010, San Francisco, CA- “Development of Corannulene-Based Blue Emitters”- Praveen Bachawala, James Mack
• Oral presentation at ACS Regional Meeting 2010, Dayton, OH - “Synthesis and Photophysical Properties of Corannulene Based Organic Materials” - Praveen Bachawala, James Mack
• Oral presentation at ACS National Meeting 2010, Boston, MA- “Corannulene Based Blue Emitters” – Praveen Bachawala, James Mack
Teaching & Leadership Experience:
• Organic chemistry undergraduate laboratory – Teaching Assistant (2006 - present)
• Organic chemistry undergraduate laboratory and recitation – Teaching Assistant (2003 – 2006)
• Managed undergraduate (8) and graduate students (2) in lab
References: Available on request.