Since my first internship in 2013, I've been performing as an engineer in fast paced demanding industrial environments, having worked in international manufacturing and services companies. During the course of two years (2014 to 2016),I founded and successfully operated a 3D printing service entrepreneurship while working full-time and attending college. In early 2021 I moved to Canada to work in construction, building wooden structures for residential houses before moving to a mountain town, where I played a pivotal role during the construction of a water pipeline for a ski resort hotel. After 7 months I moved to Portugal, and for the last part I provided Project Management consultancy in the implementation of Vehicle Modifications for a mayor automotive company in Italy. Since the winter of 2023/24 I have been working as the sole Driver and Maintenance person for a Chalet Operator in La Plagne ski resort, overseeing the care of five chalets in Montchavin and Les Coches. I have demonstrated exceptional attention to detail and organizational skills, adapting quickly to changes and performing well under pressure throughout my professional journey.
Maintenance duties: Responsible for the upkeep and repairs of 5 luxury alpine chalets, providing a comfortable and well-maintained environment, allowing guests to enjoy their stay fully. Duties included:
Driver and Logistic duties:
Project Manager for Stellantis Italia: Vehicle Modifications Tracking: follow the development of different vehicle modifications
Planning and construction of a water pipeline: The pipeline consisted of a pair of 12 inches pipes, running parallel to each other, extending for 1.5 km
Involved in multiple projects during my time in Koru Contracting. Projects consisted of wooden structures tailored to each client need. A project could signify one of the following structures or a combination of them:
1) Fence and gates
2) Decks and stairs
3) Pergolas
For every project, we would take a clients idea, design the structure, estimate the materials needed, labour hours and after clients approval we would proceed with the project. Tasks & responsibilities: As a carpenter I was directly involved in the construction process. My duties consisted in:
Technical Operations Department - Forklift fleet manager and workshop supervisor:
Metrology and Geometry Department - Achieve the geometric conformity of the vehicle working as a team with the production engineering department
Production management at the body in white plant: Losses reduction and continuous improvement, applying World Class Manufacturing production system. Coordinate aspects of quality, logistics, maintenance and labor of the production line. Identifying production loss problems, follow up and implementation of solutions. For 5 months leading a team of 6 Team Leaders and 60 operators, in a line of manual operations. The last 3 months positioned in an automated welding line leading a group of 7 Team Leaders and 12 operators
World Class Manufacturing support in the Body in White production plant: Monitoring and reporting key indicators to the WCM team. Key Performance Indicators monitoring. Key Activities Indicators monitoring. Organizing and follow up meetings. Creating and managing tournaments for improvements projects, involving the whole production plant, Body in White, Paint and Assembly. This generated a great amount of improvement project targeting several sources of losses
Co-founding a 3D printing service company, using FDM (Fused Deposition Modelling) technology, offering design, printing and finishing of the parts.
Our clients would range from manufacturing companies who needed prototyping solutions to university students who needed to create a physical model of their designs - Engineering Architecture Medicine Modeling Hobby
Tasks & responsibilities: Head of design and production
Use of Solidworks, Catia V5, Rhino, 3D printing softwares
Honeycomb panels core maker for airdrops. This was my engineering degree final project. The goal was to create an automated process capable of producing honeycomb panels core used to absorb the impact energy generated during downfall in order to protect the cargo delivered by Airdrops. This machine uses standard plotter paper rolls in order to obtain a panel core of (length x wide x height) 1500 x 870 x 200 (mm) consuming 30 meters of paper roll