Highly motivated research chemist with a strong foundation in organic and medicinal chemistry, seeking
a summer internship at AstraZeneca to apply expertise in drug discovery and synthetic methodologies.
Passionate about contributing to innovative pharmaceutical research and gaining hands-on experience
in therapeutic development within an industry-leading environment. Communicator
Problem-solving Thinker
Collaborator Intuitive
Time Management
ANIRUDH GOVINDARAJ
Medicinal Chemistry and Drug Discovery Enthusiast with expertise in
Organic Synthesis, Bioactive Compound Development, and Translational
Research for Innovative Therapeutics
Overview
1
1
year of professional experience
1
1
Language
Work History
Project Assistant
Amrita School of Physical Sciences
Gained hands-on experience in drug synthesis and purification of using HPLC and flash
chromatography, optimizing reaction conditions to improve yield by 30%
Conducted bioassays
for pharmacological evaluation, identifying potential therapeutic candidates
Collaborated with
a multidisciplinary team to streamline research methodologies, aligning with industry standards
Developed substantial expertise in the synthesis of organic compounds, gaining significant
hands-on experience and deep knowledge in advanced techniques and methodologies
Operated laboratory instruments for efficient and accurate experiments, including Flash
columns, IR spectrometers, and rotary evaporators
Collaborated with coworkers to streamline
processes, boost workflow efficiency, and enhance performance
Authored a review article on pyrrole molecules, detailing roles in infectious and non-infectious
contexts, and published the work to provide valuable insights to the scientific community
Created numerous high-quality scientific graphical abstracts, enhancing research projects and
publications across a range of topics with expertise in visualizing scientific concepts
Projects
PG Research Project titled “Fendiline derivatives as potential anticancer agents” at University of
Salford, (6-month lab-based project)
Designed and synthesized novel Fendiline derivatives to explore their potential as anticancer
agents
Employed advanced organic synthesis techniques to optimize reaction conditions and improve
yield
Characterized synthesized compounds using NMR, IR spectroscopy,GC-MS and HPLC to confirm
purity (>95%)
Performed in vitro bioassays (MTT, IC50 determination) to assess cytotoxicity against cancer
cell lines
Investigated structure-activity relationships (SAR) to understand molecular interactions and
pharmacological potential
Collaborated with multidisciplinary teams, integrating computational and experimental
approaches for drug discovery
SUPERVISION, Dr Rachel Magwaza & Dr James Wilkinson (School of Science, Engineering &
Environment, University Of Salford, UK)
PG Research Project titled “Synthesis of Azetidinone Derivatives & Evaluation of Bioactivity” at
Dhanvanthri Laboratory, , Amrita Vishwa
Vidyapeetham (6-month lab-based project)
Synthesized over 10 novel azetidinone derivatives using advanced organic synthesis
techniques
Employed high-performance liquid chromatography (HPLC) to purify and analyse compounds,
achieving a purity level of over 95% for most derivatives
Conducted bioactivity assays to evaluate the efficacy of these compounds, resulting in the
identification of 5 promising candidates with notable biological activity
Utilised spectroscopic methods, including NMR and IR spectroscopy, to characterise and
confirm the molecular structures of the synthesised derivatives
Collaborated with a team of 4 researchers to optimise synthesis protocols, leading to a 30%
increase in overall yield compared to initial methods.
Associate Professor
Dr. PRASANNA RAMANI, Amrita, School of Physical Sciences, Travancore Cochin Chemicals Ltd
Coimbatore
UG Project titled “Analysis and Purity of Caustic Soda Flakes”, 1-Month Industry-Based Project)
Analysed caustic soda flakes for purity and production efficiency using titration and
spectroscopy
Evaluated over 100 samples, identifying impurities with a 0.1% detection limit
Produced reports that led to a 15% reduction in impurities and a 10% increase in product
quality
Worked with five professionals to streamline procedures and improve accuracy,
boosting lab efficiency by 20%
Clinical Assistant Professor at Department of Physical Medicine and Rehabilitation at Amrita Institute of Medical SciencesClinical Assistant Professor at Department of Physical Medicine and Rehabilitation at Amrita Institute of Medical Sciences