Main responsibilities:• Designing comprehensive firefighting systems, encompassing various components such as sprinklers, hose reels, wet and dry risers, and more.• Ensuring that all project deliverables adhere to contract specifications, are completed in a timely and cost-effective manner, and meet the client's requirements while following all necessary security guidelines.• Overseeing and collecting information through on-site visits to guarantee the accurate installation of equipment and pipelines in compliance with industry standards such as BSEN 12845.• Creating comprehensive documentation, drawings, and technical specifications for the precise installation of pipes, accessories, and equipment.• Utilizing software tools like AutoCAD, Sprinkcad, and Sprinkcalc to calculate and interpret results.• Selecting suitable equipment for various firefighting systems.• Compiling detailed bills of materials for each project.

Mechanical Engineer and 3D Designer of the Engineering and Support Department.Principal Tasks:• Development of documentation, drawings, 3D twins and technical specifications of products. I manage to digitize every product, equipment and system made by the company.• Elaboration of equipment distribution on feed barges and cages such as blowers, feeding augers, heat exchangers, control panels, selector valves and sluice valves. To ensure the correct and easy installation, maintenance, and operation of the systems. I have been part of the design of more than 40 successful feeding projects over 4 years.• Implementation, setting and start-up of new technologies. I led a project that involved the installation and start-up of High-pressure pump systems that is currently been used for the cleaning of net cages underwater. I am very proud of this project because although it was challenging technically, I managed to deliver it successfully and on time.• Design, modelling, and simulation of new products to ensure their correct performance under operation conditions. I work in the design and test simulation of the screw conveyor currently use in the feeding systems.

Activities frame within equipment selection, quoting and customer service of fire protection systems.Including:• Fire protection pump systems. (Diesel and electrical pumps). I contribute to selling more than 25 fire pump systems across Chile for projects with the highest standards for hospitals, commercial shops, and factories. Fire protection foam systems (bladder tanks, monitors and nozzles). I worked with clients like Codelco, Antofagasta Minerals and SQM, all of them very important in the copper mining business, which is number one in Chile's economy.• I managed brands like Ansul, Viking, potter, etc.• Bolted Water tank for fire protection systems.• Develop drawings for the layout of equipment and tanks according to the Standard NFPA.

Initiative of a group of young engineers to undertake projects based on CAD (Computer Aided Design), this company offers 4 main CAD services: 2D CAD Drafting, 3D CAD Modelling, CAD Conversion and Rendering. Our philosophy is to produce and enable our customers to starts their projects or to take them to another stage. Filling the gap between design and manufacturing.

My job was designing and supervising fire protection, potable and wastewater systems. Besides, different activities like information-collecting process, drafting in AutoCAD and Inventor, quotation management, inspection, preparation of operational handbooks, etc. All this is for the correct operation of the stations Bello Monte, Ayacucho, Independencia and Guacaipuro of Caracas Subway System.During this period, I was part of a multidisciplinary team and helped with projects of cate- nary trains, pressure tanks and pipe supports.I also worked on international tenders for fire protection systems in countries like Vietnam, Israel, France, and Switzerland.

I was trained to identify and understand the procedures in the production of CO2, principally systems and equipment like boilers, heat exchangers, cooling towers, compressors, pumps, adsorption/desorption systems, etc. During this period, I developed an innovation thinking towards continuous improvement in different areas between operational discipline and production.

Activities framed within: Enable the student of Fluid Mechanics to explain the behaviour of incompressible and compressible fluids, rest and motion, using systematic equations and relations of Fluid Mechanics, solving problems of internal flow, external flow, potential flow, subsonic flow, supersonic flow, etc.