Manoj Kumar Kotte

Recent Mechanical Engineering graduate with a focus on validation and design, seeking an entry-level position to apply skills in AWS, Python, and machine learning. Solid understanding of project management principles and a hands-on approach to problem-solving. Eager to contribute innovative ideas and collaborate in a dynamic team environment. Committed to leveraging academic knowledge and practical skills to excel in a role as a Validation or Design Engineer.

Certificates of Completion:-

AIGPE Certified Lean Six Sigma White Belt

Certified Computer System Validation & Quality Management System

Certified ISO - 13485 - IQOQPQ - Process Validation for Medical Devices

Certified AWS- Data Engineer - 2024- Hands on!

Certified Agile Scrum Master

EXCAVATOR USING ADJUSTABLE LINKAGES

• Led a year-long thesis project on optimizing excavator performance via adjustable linkages, involving extensive research, CAD design, Matlab programming, and Ansys structural analysis.
• Devised a prototyping strategy emphasizing virtual testing due to physical constraints, iteratively optimizing designs based on simulation outcomes.
• Analyzed simulation results, collaborated with experts, and effectively presented findings, showcasing a comprehensive understanding of excavator dynamics and linkage optimization.
• Maintained detailed documentation and successfully defended the thesis, demonstrating expertise in excavator design and project management.
• Proficient in Catia, Cad, Matlab, and Ansys, with a strong track record of research, analysis, and innovation in mechanical engineering.

PROJECT:-

MODELING AND SIMULATION OF ADVANCED MATERIAL FASTENERS USING CFRP

• Orchestrated a project on CFRP fastener modeling and simulation, integrating expertise in CAD, Matlab, Python, Ansys, and CATIA for comprehensive analysis.
• Developed intricate simulation models in Ansys, aligned CAD designs with simulation requirements, and optimized fastener designs using Matlab and Python algorithms.
• Collaborated with material scientists for CFRP material selection, ensuring structural integrity and performance enhancement.
• Analyzed and interpreted simulation results, implemented validation protocols, and maintained detailed documentation for future reference.
• Facilitated cross-functional communication, adapting models based on feedback, and driving continuous improvement in fastener design and performance.

• Developed an innovative project during my Bachelor's that received recognition as the "Best Project in Bachelor's Tech.