Surface Modeling of Fighter Jet Aircraft
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Summary
Designed a complete 3D model using surface modeling tools to accurately replicate the aerodynamic shape of a modern fighter jet.
Ambitious Mechanical Engineering undergraduate with a strong foundation in CAD, CAE, CAM, and AI/ML, seeking to leverage technical expertise in dynamic, industry-driven environments. Proven ability to design complex 3D models, perform advanced simulations, and apply machine learning for data-driven insights. Eager to contribute to innovative engineering projects and adapt quickly to fast-paced technical challenges.
Team Leader
Srinagar, Jammu and Kashmir, India
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Summary
Directed a team in CAD modeling and design for a major innovation competition, overseeing project workflow and execution using SolidWorks.
Highlights
Guided a design team through the complete CAD modeling and design lifecycle for the Aakruti Innovation Competition (2025), ensuring adherence to project specifications.
Managed project workflow and resource allocation, optimizing team productivity and meeting critical design milestones.
Facilitated effective collaboration and problem-solving within the team, enhancing design quality and project outcomes using SolidWorks.
Sponsorship Lead
Srinagar, Jammu and Kashmir, India
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Summary
Led comprehensive sponsorship initiatives for college cultural and technical festivals, driving outreach and securing key partnerships for events like Range Chinar (2025) and Techvaganza (2024).
Highlights
Spearheaded sponsorship acquisition for multiple college festivals, including Techvaganza (2024) and Range Chinar (2025), significantly expanding event funding and resource allocation.
Managed end-to-end outreach and coordination with potential partners, fostering strong relationships to ensure successful collaborations and maximize engagement.
Developed and executed strategic engagement plans for sponsors, enhancing brand visibility and maximizing value proposition for all stakeholders.
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Bachelor of Technology
Mechanical Engineering
Grade: 8.32/10 (up to 4th sem)
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Class 12th
Science
Grade: 85%
SolidWorks, Siemens NX, Ansys (Thermal & Structural), ODYSSEE CAE, MATLAB.
Python, C Language.
Excel, Power BI, Pandas, Scikit-learn, Matplotlib.
Git.
MS Office.
Problem-Solving, Team Collaboration, Communication, Time Management, Attention to Detail, Adaptability, Analytical Thinking, Creativity.
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Summary
Designed a complete 3D model using surface modeling tools to accurately replicate the aerodynamic shape of a modern fighter jet.
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Summary
Created a high-fidelity surface model of the Nissan GTR, capturing complex curves and automotive design elements using advanced CAD techniques.
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Summary
Designed a functional robotic arm assembly with joint constraints and motion simulation for industrial automation purposes.
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Summary
Performed thermal simulations to compare heat dissipation across different fin shapes and materials.
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Summary
Analyzed the thermal load and resulting stress distributions during laser cutting over time.
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Summary
Modeled compressor blades, turbines, and combustion chamber in a full jet engine assembly.
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Summary
Simulated heat transfer in components like piston, cylinder, and fins to evaluate thermal behavior under engine-like conditions.
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Summary
Built regression models to predict sales using historical data trends.
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Summary
Developed a classification model using medical data; achieved over 85% accuracy.
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Summary
Created dashboards for visualizing manufacturing data and performance indicators.