Dr. Dhavalkumar M. Patel is a Ph.D. research scientist specializing in computational drug design, artificial intelligence in drug discovery, and translational pharmacokinetics — with a doctoral thesis on novel benzimidazole derivatives and a growing record of peer-reviewed international publication.
An accomplished research scientist in Pharmaceutical Chemistry specializing in the convergence of traditional formulation science with computational methodologies, predictive modeling, and Artificial Intelligence. His doctoral work focused on the design and evaluation of novel benzimidazole derivatives, resulting in peer-reviewed publication in the Oriental Journal of Chemistry and co-authored preprints distributed via SSRN. He is lead author of a forthcoming textbook monograph under review with Taylor & Francis / CRC Press, and maintains an active international citation footprint on Google Scholar. Alongside research, he operates an independent academic mentorship practice, guiding early-career researchers through manuscript preparation and research strategy, and currently teaches university-level chemistry in London.
Thesis: "Design, Development and Evaluation of Pharmaceutical Formulation of Benzimidazole Derivatives." Advanced operational expertise across UV-Spectrophotometer, Dissolution-Test Apparatus, Viscometer, Disintegration Test Apparatus, Friabilator, Incubator, Autoclave, and Air Sampler.
Research project: "Design, Development and Evaluation of Nifedipine Micro Beads." Core training in Pharmaceutics, Pharmacology, and Pharmacognosy, alongside statistical analysis and academic writing.
Theoretical and practical foundations of microbiology, forming the scientific basis for his later pharmaceutical and clinical research.
Delivers university-level chemistry tuition specializing in pharmaceutical chemistry; designs tailored learning strategies and research materials, and coaches students on advanced academic writing and research strategy.
Bespoke advisory for researchers on paper structure, research frameworks, and journal publication strategy; scientific mentorship for early-career researchers; technical guidance on in silico modeling, spectroscopic analysis, and pharmaceutical synthesis.
Led curriculum development and syllabus design, delivered lectures and laboratory sessions, authored examination materials, and provided academic advising and career mentorship to students.
Structure-Based Drug Design (SBDD), Ligand-Based Drug Design (LBDD), molecular docking, and molecular dynamics simulations.
Applied predictive modeling, machine learning pipelines, and digital twins to accelerate drug discovery workflows.
Compartmental and non-compartmental PK/PD modeling, ADME profile optimization, and translation of in silico assays to in vitro environments.
Knowledge of commercial scalability, pharmaceutical market integration, and international regulatory mechanisms.
Hands-on mastery of UV-Spectrophotometry, dissolution testing, viscometry, disintegration testing, and sterilization protocols.
Manuscript preparation, research framework design, and guidance for early-career researchers navigating high-impact journals.
Consultancy and tutoring delivered from the United Kingdom, drawing on doctoral research and hands-on laboratory and computational experience.
Structure-based and ligand-based drug design, molecular docking, and molecular dynamics simulations to support early-stage discovery programmes.
Book a consultation →Compartmental and non-compartmental PK/PD modeling, ADME profiling, and translation of in silico assays into practical study design.
Book a consultation →University and advanced-level chemistry tuition, tailored learning strategies, and academic writing support for students and researchers.
Book a session →Machine learning pipelines and predictive modeling applied to lead optimization and drug discovery pipelines.
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Synthesized and characterized novel benzimidazole derivatives, demonstrating anthelmintic and antioxidant efficacy, with comprehensive in silico pharmacokinetic modeling confirming drug-likeness.
DOI: 10.13005/ojc/380331Developed a catalyst-free synthesis route for 5-nitro-2-substituted benzimidazole derivatives, validated against B. cereus and E. coli via in vitro testing and molecular docking.
DOI: 10.13005/ojc/380227Defended experimental laboratory data before an international delegation of senior professors and domain experts.
Dr. Arvnabh Mishra & Dr. Dhavalkumar Patel · Brick Publications
Dr. Arvnabh Mishra, Dr. Shveta P. Joshi & Dr. Dhavalkumar Patel · Brick Publications
Dr. Arvnabh Mishra, Dr. Mandar Karve & Dr. Dhavalkumar Patel · Brick Publications · ISBN 978-81-951798-1-7
With Dr. Bhushan Bonde (University of Suffolk, UK) & Dr. Arvnabh Mishra (Shri Govind Guru University) · Target imprint: CRC Press / Taylor & Francis · Includes Chapter 7: "AI in Silico Drug Design and Development with PK/PD Studies."