GUTTULA DEEPAK

To leverage advanced CAD skills in CATIA, NX, and SOLIDWORKS, gained through hands-on experience in diverse projects during academic coursework. Seize a challenging role to drive innovation, contribute to organizational growth, and continuously excel professionally.

• Mastered Automotive Plastic Design using CATIA V5 - Skill-Lync.
• Proficient in Ultimate SOLIDWORKS - Skill-Lync.
• Certified in Automotive Sheet Metal Design - Skill-Lync.

CATIA Project - Door Trim Panel, Feb 2021 - October 2021

• Conducted evaluation and quality checks on main components like Lower Substrate, Door Armrest, and Map Pocket styling surfaces to ensure adherence to specified standards.
• Created the B-surface with exactness by utilizing the A-surface and master section, showcasing attention to detail and precision in execution.
• Implemented separate tool directions for the Dog House, enhancing design efficiency and functionality through strategic orientation.
• Conducted comprehensive validation checks to ensure surface quality compliance with styling specifications, contributing to a refined final product.
• Developed the C-surface bridging Class-A and Class-B components, achieving nearly 100% precision and seamless integration between design classes.

SOLIDWORKS Project - American Chopper, September 2021 - December 2021

• Achieved 100% part accuracy for Transmission Belt, Kickstand, Front Fender, and Rear Fender components, meeting strict design requirements.
• Utilized advanced techniques such as Boss/Base Extrude, Cut Extrude, and Revolve to ensure precise and accurate modeling of parts.
• Provided different appearances to parts for realistic visual representation, fulfilling project objectives.
• Validated the parts using pattern features to achieve accuracy and consistency.
• Ensured 99% compliance with the provided design specifications.

NX-CAD Project- Car Back Door Design, January 2022 - February 2022

1. Analyzing BIW Surfaces:

• Utilized BIW surfaces as input data for the existing back door design.
• Identified areas for improvement and modification.

2. Outer Panel Development:

• Extracted and manipulated BIW surfaces to create a new outer panel design.
• Modeled surfaces to achieve the desired shape and aesthetics.

3. Reinforcements for Door Components:

• Gas stay: Strengthened mounting points for gas stay attachment.
• Hinge: Engineered robust hinge attachments to bear weight and stress.
• Wiper Motor: Created structural support for wiper motor installation
• Striker: Designed reinforced striker areas for improved safety.
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