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nawaz_byahatti

Mohammed Nawaz

@nawaz_byahatti

Engineering Simulation FEA CFD Engineer

Indien
Englisch, Urdu
Einige Informationen werden in englischer Sprache angezeigt.
Über mich
I am an engineering student specializing in ANSYS simulation, CFD, thermal analysis, and structural analysis for engineering applications. I work on simulation projects involving pressure-flow behavior, heat transfer, transient structural analysis, and plastic extrusion systems using ANSYS Mechanical and Fluent. I also develop Python and Streamlit dashboards for engineering data visualization and analysis. My projects include simulation-based engineering studies and AI/ML-powered data analysis systems.... Mehr lesen

Kompetenzen

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nawaz_byahatti
Mohammed Nawaz
offline • 
Durchschnittliche Antwortzeit: 6 Stunden

Meine Dienstleistungen

Statistische Modellierung & Analyse
I will build a python streamlit data dashboard
Grafik & Design
I will perform ansys simulation and engineering analysis

Portfolio

Arbeitserfahrung

Tata_Motors

AI ML and Data Analyst Dashboard Developer

Tata Motors • Vollzeit

Jan 2026 - May 20264 mos

Developed interactive data dashboards using Python and Streamlit to analyze and visualize datasets effectively. Built a text similarity detection system using machine learning and natural language processing techniques to identify duplicate or similar problem statements. Worked on data cleaning, preprocessing, and visualization to generate meaningful insights. Focused on creating user-friendly interfaces and delivering practical solutions for real-world data problems.

Self_Level

ANSYS Simulation Engineer

Self Level • Selbstständig

Sep 2025 - Jan 20264 mos

Worked on plastic extrusion simulation using ANSYS, focusing on temperature distribution, pressure variation, and material flow behavior. Performed thermal and flow analysis to study and optimize the extrusion process. Integrated engineering concepts with simulation tools to achieve accurate and reliable results. Gained practical experience in analyzing system performance and improving design efficiency.