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Q&A With Taiwo-Oluwanifemi Fashina

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Taiwo-Oluwanifemi Fashina
R & D Intern, Amgen Inc.

Location: Little Rock, AR United States
Joined: Dec 26th, 2024
About   (request update)
Education   (request update)
Philander Smith University class of 2027
Undergrad Major: Biology
Experience
I currently work with Amgen Inc. as R & D Intern
I have 2 years of experience working in the industry.
Volunteer | Arkansas Children's Hospital
From November 2024 to Current • 2 year(s)
Patient engagement, distribution of toys, customer service, office needs, and general office & field projects
Volunteer | Arkansas Children's Hospital
From November 2024 to Current • 2 year(s)
Volunteer providing compassionate support to pediatric patients and families. Enhance patient well-being through therapeutic play and recreational activities. Assist hospital staff with administrative tasks and manage patient interaction records.
R & D Intern | Amgen Inc.
From June 2025 to August 2025 • 0 year(s)
Supported RISE Team in developing global expansion strategy, conducted research and analysis, produced strategic recommendations report
R & D Intern | Amgen Inc.
From June 2025 to August 2025 • 0 year(s)
Full-time undergraduate intern at Amgen's Global Research and Development. Integral member of the RISE Team focused on improving representation in clinical studies. Supported global expansion strategy development for Brazil, UK, and Canada. Produced 39-page report with recommendations on global expansion strategy.
Research Assistant | University of Arkansas at Little Rock
From May 2024 to August 2025 • 1 year(s)
Investigated natural amino acid-derived iron catalysts in dye degradation, co-synthesized and characterized novel catalysts, performed spectroscopy validation
Research Assistant | University of Arkansas at Little Rock
From May 2024 to August 2025 • 1 year(s)
Research project investigating natural amino acid-derived iron (III) catalysts in dye degradation. Co-synthesized and characterized novel iron catalysts using green chemistry approach. Optimized synthetic protocols achieving up to 98% dye removal. Performed FTIR, NMR, UV-Vis, and ESI-MS spectroscopy.
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Tagged by Ralph White on 03/05/2026  
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