Luca Maria Rotta

Graduated in Industrial Engineering with a specialization in Mechanics, currently pursuing a Master’s degree in Industrial Automation Engineering, focusing on Robotics and Mechatronics.

Having completed all my exams, I’ve built a solid academic foundation supported by a strong passion for mechanics and automation. My university journey has equipped me with in-depth knowledge in these areas, enhancing my problem-solving abilities and collaborative spirit.

I am seeking a stimulating opportunity to apply my expertise in industrial automation, and contribute to the company's growth. I am interested in collaborating to write my thesis, with the goal of graduating in early 2025, and I hope to continue my professional journey within the company after graduation while also promoting my personal development.

Bachelor's thesis: "Remote Maintenance and Diagnostics: The Case of a Railway Vehicle" 

• Study of remote monitoring techniques and diagnostic methods for optimizing industrial maintenance.
• Analysis of predictive maintenance and remote diagnostics systems to reduce machine downtime and improve industrial process efficiency.
• In-depth exploration of monitoring technologies and software for preventive maintenance.

Design Software

• Autodesk Inventor: Experience in 3D modeling and design of mechanical components.

3D Modeling and Printing

• Skills in creating 3D models and printing prototypes.

Programming and Analysis

• MATLAB: Intermediate knowledge for data analysis and simulations.
• C Programming Language: Basic/academic knowledge.
• Use of software for robotic machines: Epson RC+, Omron TMFlow.
• Academic experience in using software (TMFlow) for programming and controlling robots.
• Practical laboratory Tests.

Design of an Automated Machine for a Packaging Production Process

• Project from start to finish, covering design, control, and simulation.
• Project completed in a team during a university course.

Kinematic Analysis of a Robot

• Development of a kinematic analysis project during a university course to study the movement and trajectories of a PKM (Parallel Kinematic Machine) robot.
• Use of mathematical modeling software to calculate degrees of freedom, study trajectories, movements, and optimize robot performance in various configurations.

Office Suite

• Good knowledge of Microsoft Office (Word, basic Excel, PowerPoint).

• Mechanics and machinery in general.
• Drawing, 3D printing, and prototyping.
• Automotive.
• Automation.
• Metallurgy.
• Beginner in Arduino programming, with experience in simple projects and knowledge of basic principles.

• English, B2 level.
• Certificate of training course on safety: 'Safety and Health in the Workplace pursuant to Legislative Decree 81/08.

Available, also for full-time opportunities.