Chemical Engineering · NIT Warangal
Chemical Engineer from NIT Warangal; researched at IIT Madras, built real projects, and chasing problems worth solving.
About Me
I'm a third-year Chemical Engineering student at NIT Warangal, passionate about a wide range of chemical engineering domains, from separation processes and heat transfer to pharmaceutical engineering, oil & gas, sustainable chemical processes, and industrial manufacturing.
Outside of academics, I enjoy working on personal projects that blend chemical engineering fundamentals with programming, whether that's simulating unit operations or visualising data.
I'm actively looking for internship opportunities across process design, fluid mechanics, sustainable chemical processes, or any domain where engineering fundamentals meet real industrial challenges.
Download ResumeEducation
National Institute of Technology, Warangal — Telangana, India
Warangal, Telangana, India
New Millennium School, Manama, Kingdom of Bahrain
Graduated 2024
Experience
Department of Chemical Engineering, IIT Madras
Supervisor: Prof. Sumesh P. Thampi
Achievements
Selected as delegate for the Harvard Project for Asian and International Relations annual conference in Hanoi, Vietnam — a highly competitive international forum.
View Letter →Directed weekly virtual operations for a 30-member club during COVID-19. Won 50+ awards including Best Speaker, Best Evaluator, and Table Topics across multiple sessions.
View Certificate →Represented international students in an official working group at NIT Warangal, coordinating between student concerns and administration. Served as Master of Ceremonies for official events.
View Certificate →Projects
Modelled paracetamol dissolution using the Noyes-Whitney equation under standard USP conditions. Performed sensitivity analysis on particle surface area and solubility; found nearly 5× improvement in dissolution through micronization. Visualised using Python (matplotlib).
Analysed a standard Lapple cyclone separator using theoretical modelling in Excel. Determined cut size (d₅₀ = 6.79 μm), plotted grade efficiency curves, and ran sensitivity analysis on inlet velocity, achieving a 37% reduction in cut size from 10 to 25 m/s.
Skills
Contact
Open to internships, collaborations, or just a conversation about engineering.