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Panthesh P.

Mechanical Design Engineer | SolidWorks | Machine & Industrial Components

Vadodara, India

Global rank:

4,166 / 120,298

Skill pts: 10

2D & 3D SolidWorks Drawings 3D Models Conveyors Mechanical CAD Design Product Design

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About

I am a Mechanical CAD Designer with hands-on experience in SolidWorks, focused on creating accurate, manufacturable 3D models and engineering drawings.

I specialize in mechanical components, CNC-ready parts, and product designs optimized for manufacturing and assembly. My work includes 3D modeling, design refinement, tolerance consideration, and preparation of production-ready files.

I have worked on projects such as screw conveyors, mechanical housings, machine components, and functional prototypes. I pay close attention to dimensional accuracy, design simplicity, and real-world manufacturing constraints.

My goal is to help clients convert concepts, sketches, or existing parts into clean, reliable CAD models that are ready for prototyping or production.

Portfolio

Experience

Jr. Design Engineer DSS automation · Full-time Jul 2023 – Oct 2025 2 yrs 3 mos Vadodara, GJ, India Worked as a Junior Design Engineer supporting mechanical design and development activities for automation and industrial systems. Responsible for creating and modifying 3D CAD models and 2D engineering drawings using SolidWorks, with a focus on manufacturability and assembly.

Assisted in the design of mechanical components, brackets, frames, and machine parts used in automation setups. Collaborated with senior engineers to refine designs, resolve technical issues, and implement design improvements based on production and site feedback.

Gained practical experience in mechanical detailing, tolerance consideration, and preparation of fabrication-ready drawings for CNC machining and workshop manufacturing.

Education

Gujrat Technologycal university B.E, Mechanical Eng, A+ 2019 – 2022 Completed formal education in mechanical engineering with a strong foundation in machine design, manufacturing processes, engineering drawing, and CAD-based mechanical design. Academic training included practical exposure to mechanical components, production methods, and design principles applicable to real-world engineering problems.