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Ashwin Dravid is listed as Modelling complex problems in multiple areas of the pharmaceuticals process chain | PBPK | Thermodynamics | Metabolic Engineering | Doctoral researcher at Johns Hopkins University at Johns Hopkins Whiting School of Engineering, based in Baltimore, Maryland, United States. AeroLeads shows a matched LinkedIn profile for Ashwin Dravid.
Ashwin Dravid previously worked as Doctoral Researcher at Johns Hopkins Whiting School Of Engineering and Graduate Researcher at University Of Delaware. Ashwin Dravid holds Doctor Of Philosophy - Phd, Chemical And Biomolecular Engineering, Gpa: 4.0/4.0 from Johns Hopkins Whiting School Of Engineering.
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I am a doctoral researcher in the Chemical and Biomolecular Engineering Department at Johns Hopkins. My expertise lies in modeling, analysis and computational implementation/simulation of systems, with a particular interest in systems that require expertise from multiple fields. I have subject expertise in the areas of thermodynamics, pharmacokinetics, metabolic engineering, structural and statistical modeling and biomaterials. Additionally, I have base expertise in broad areas of Chemical engineering such as process engineering, fluid dynamics, mass transport, unit operations etc. I also have a conceptual understanding of many biological and physiological processes, partly as a result of coursework in a Biosciences and Bioengineering minor in my undergraduate education and partly as a result of subject knowledge acquired when modeling systems in metabolic engineering and pharmacokinetics. Although I have co-authored 5 research publications, the vast bulk of my research work has yet to be reported in scientific literature, and I am working on publishing 4-6 papers in thermodynamics and pharmacokinetics as well as a textbook on pharmacokinetics (along with Prof Marc Donohue) by December 2024. I have worked in and managed several teams while working on problems related to these areas, and recognize the importance of effective communication and management in generating valuable output sustainably. Through my experiences, I have come to believe that there is tremendous value in collaboration between experts in diverse disciplines and from diverse backgrounds, and enjoy the challenge of tackling unfamiliar problems and communicating with individuals with perspectives, skills and training that differ significantly from mine. I am interested in opportunities that involve systems modeling, project management, and process analysis. Although I am largely ambivalent about the subject matter I would be working on, I have a slight preference for areas in which I have domain-specific knowledge. These domains include thermodynamics and formulation, pharmaceutical and biopharmaceutical process development, research and product development, manufacturing and PK/PD. However, I am also open to modeling, analysis and synthesis opportunities in orthogonal fields such as finance. I expect to graduate around Dec 2024-Jan 2025 and would be open to opportunities in roles that commence then. Feel free to reach out to me at adravid1@jhu.edu for more information about the specifics of any of the experiences listed in other parts of my profile
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My doctoral research has two main thrust areas: – Biological Growth Media Optimization: Collaborated with fellow students to develop algorithms fororder of addition and kinetic extensions to a thermodynamic model (developed in my prior work) for predicting solubility of components in aqueous cell growth media. Incorporating structural interactions for a.
-Developed an experimental plan using a novel strategy of utilizing unsteady state operation data in order to study mammalian cell bioreactor performance in terms of antibody yield and glycan profile at varying pH and temperatures-Designed and assembled an experimetal setup for real time continuous bioreactor operation and set up protocols for downstream.
Baltimore, Maryland Area
- Guided sections of 20+ students in senior level chemical engineering courses; Created and organized instructional material and guides to be used in future iterations of the courses- Awarded as an Outstanding Teaching Assistant for two consecutive years based on student feedback and faculty evaluation
Baltimore, Maryland Area
- Created a thermodynamic model that combines structural, ionic and complexation interactions in orderto predict the solubilities of compounds in mammalian cell growth complex media. Assisted in development of a graphical user interface to enable model utilization by members of the funding industrial consortium (AMBIC)- Developed a structural base model.
- Created a correlative analytic model for prediction of microscopic porosity in a biomaterial intended for application in dental implants. - Utilized EDC/NHS crisslinking chemistry to increase the hydrophilicity of hollow PES fibers increasing hepatocyte adhesion and growth and for controlling the mechanical properties of a gelatin-CMC-chitin mixed.
Melbourne, Australia
- Optimized the reaction for coating silane nanoparticles with polyethylene glycol through a coupling reaction using a response surface experimental design- Quantified yield, agglomeration and stability of coated particles through prolonged solvent exposure using FTIR and NMR
Activities and Societies: Debating Society
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Ashwin Dravid works for Johns Hopkins Whiting School of Engineering.
Ashwin Dravid is listed as Modelling complex problems in multiple areas of the pharmaceuticals process chain | PBPK | Thermodynamics | Metabolic Engineering | Doctoral researcher at Johns Hopkins University at Johns Hopkins Whiting School of Engineering.
Ashwin Dravid is based in Baltimore, Maryland, United States while working with Johns Hopkins Whiting School of Engineering.
Ashwin Dravid has worked for Johns Hopkins Whiting School Of Engineering, University Of Delaware, The Johns Hopkins University, Indian Institute Of Technology, Bombay, and Monash University.
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Ashwin Dravid holds Doctor Of Philosophy - Phd, Chemical And Biomolecular Engineering, Gpa: 4.0/4.0 from Johns Hopkins Whiting School Of Engineering.
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