B.Sc. candidate, Shiraz University
Engineering,Biology,Chemistry
I'm interested in bringing engineering practice and computational methods to problems that sit across biology and chemistry
About
About
I am a Chemical Engineering undergraduate at Shiraz University. I like applying engineering principles to describe phenomena and optimize processes whose application is meaningful, from producing therapeutics to optimizing reactor setups and separation processes.
During my undergrad years I’ve developed a taste for computational methods and computer programming, and I have used them throughout my semesters in various projects. I also have hands-on lab experience in a biochemistry laboratory in Rasht, working with biological samples, particularly enzymes and biomarkers. My research experience is in the fields of bioprocess and systems biology, with a little in CO2 capture.
My interests sit at the intersection of biology with process design and control. More specifically, I like systems biology, synthetic biology, and where they meet process engineering. From finding novel ways to separate a desired metabolite to applying system theory for equipment control, my interests are growing in the direction of using micro-organisms as tools for reaching a desired outcome.
More about meResearch interests
- Computational Systems Biology
- Bioprocess Engineering & Industrial Biotechnology
- Process Modeling and Control
- Bioseparations & Product Recovery
- Transport Modeling
- Computational Chemical Engineering
Selected work
Projects
Computational McCabe–Thiele Simulator
A modular MATLAB implementation of the McCabe–Thiele method for multi-section columns with arbitrary feeds, side streams, and subcooled reflux.
Coupled Transport Modelling of Evaporative Cooling
A three-dimensional COMSOL model coupling turbulent airflow, heat transfer, and evaporative mass transfer, built to find out how much the latent-heat term is worth.
cheme-thermo-solvers
A MATLAB library of iterative solvers for multicomponent vapour–liquid equilibrium, bubble and dew points, and non-ideal activity via UNIFAC.
numerical-methods-cheme
A multi-variable nonlinear regression engine (LCInterpol) applied to parameter estimation for Arrhenius rate expressions and growth-kinetics models.
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All projectsWriting
Blog
From Boundary Layers to Dissolution: Modeling Polymer Removal by a Flowing Solvent
A thin polymer film does not dissolve uniformly under flowing solvent. A local mass balance plus a flat-plate correlation predicts its changing shape, and shows where the assumptions break.
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All postsApps
Apps
bundled
McCabe-Thiele Distillation Designer
Design a binary distillation column: stages, minimum reflux, Murphree efficiency, and a mass-balanced schematic.
reactchemical-engineeringrepo ↗
Contact
Get in touch
I am always glad to hear from people working on related problems. A question, an idea worth arguing about, a paper you think I should read: all of it is welcome.