Available for Internships & Entry-Level Roles

Hi, I'm Kabil K

Mechanical Engineer & |

Results-oriented Mechanical Engineering student with hands-on experience in CAD modeling, FEA simulation, and hydraulic systems manufacturing. Passionate about design-driven innovation and precision engineering.

View Projects View Resume 📄 Contact Me

Tools I use:

AutoCAD SolidWorks MATLAB ANSYS

🏭

Industrial Trainee

Hydro Meshines India

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// 01. about

About Me

Industrial Internship

Engineering Projects

Certifications

Club Memberships

I'm Kabil K, a B.E. Mechanical Engineering student at NATIONAL ENGINEERING COLLEGE, KOVILPATTI — driven by a passion for precision design, manufacturing systems, and product development.

My journey spans from academic design projects involving kinematic analysis and MATLAB simulations to real-world exposure at Hydro Meshines India Pvt. Ltd., where I worked on hydraulic cylinder manufacturing, assembly, pressure testing, and quality control.

I believe great engineering lies at the intersection of analytical thinking and hands-on making — and I strive to bring both to every project I undertake.

📍Kovilpatti, Tamil Nadu, India

🎓B.E. Mechanical Engineering

🏫NATIONAL ENGINEERING COLLEGE, KOVILPATTI

💼Open to Internships

📧kabilkasi360@gmail.com

📞+91 63820 19812

🔗linkedin.com/in/kkabil

⚙ Manufacturing Systems & Automation 📐 Product Design & Development

View Full Resume 📄

// 02. skills

Technical Skills

🖥 CAD & Simulation

AutoCAD

SolidWorks

ANSYS (FEA)

MATLAB

🏭 Manufacturing

Hydraulic Systems

Machining & Assembly

Quality Control & Testing

3D Printing / Fabrication

🤝 Professional Skills

Leadership Team Collaboration Fast Learner Self-Motivated Stress Analysis Kinematic Analysis Product Design Mechanism Design

// 03. experience

Work Experience

⚙️

Industrial Trainee — CNC Programming & Operations

HI-TECH CNC AUTOMATION

📍 Coimbatore, India 🗓 May 22, 2026 – Jun 05, 2026

Internship

Learned hands-on operations of various CNC turning and milling machines, manufacturing methods, and operations.
Gained basic understanding of CNC Programming and CNC machine setup.
Demonstrated high self-motivation to acquire new industrial manufacturing skills.

View Certificate ↗

CNC Programming CNC Machines Manufacturing Methods CNC Turning CNC Milling

🏭

Industrial Trainee — Hydraulic Systems

Hydro Meshines India Private Limited

📍 Coimbatore, India 🗓 Dec 20, 2025 – Jan 05, 2026

Internship

Gained hands-on experience in hydraulic cylinder manufacturing and hydraulic power pack assembly.
Involved in machining operations, sub-assembly, pressure testing, and quality control inspections.
Conducted hydraulic system analysis including flow rate, pressure parameters, and leak detection.

View Certificate ↗

Hydraulic Systems Machining Quality Control Pressure Testing Assembly

// 04. projects

Engineering Projects

⭐ Featured Report ↗

🚌

Smart College Bus Transport Management System (UI/UX Case Study)

An experiential learning project designing a user-centered campus transportation and digital canteen experience. Conducted user research (30 participants), sitemap architecture, interactive Figma prototyping, and usability testing.

🗓 Even Semester 2025 – 2026

Figma UI/UX Design User Research Usability Testing Balsamiq

📊

Optimization of Shaft Diameter in Muff Coupling Using MATLAB

Performed parametric optimization of muff coupling shaft diameter using MATLAB simulations to minimize von Mises stress under variable loading conditions. Achieved measurable improvement in structural safety factor by iterating across shaft diameter ranges.

🗓 Feb 2025 – Apr 2025

MATLAB Stress Analysis Parametric Optimization Mechanical Design Theory

🔩

Portable Self-Aligning Drill Guide with Auto Center Detection & Perpendicular Control

Designed a portable drill guide mechanism with automatic center detection, auto-locking mechanism, and perpendicular control feature. Improved drilling accuracy and usability for non-precision environments.

🗓 Feb 2026 – Apr 2026

SolidWorks CAD Modeling Mechanism Design

🦋

Flapping Wing Mechanism Design and Fabrication

Designed and fabricated a 3D-printed bio-inspired flapping wing mechanism using crank-rocker four-bar linkage to convert rotational motion into flapping. Performed kinematic analysis to validate range of motion and gear ratio selection.

🗓 Aug 2024 – Dec 2024

CAD Modeling 3D Printing Kinematic Analysis Four-Bar Linkage

// 05. education