citywave is a small german-bavarian company with huge potential that has already made an impact world-wide. Its main goal is to develop the most beautiful artificial stationary Surfwave and bring real surfing to land-locked places. citywave has since 2006 developed a unique top-class wave which is being sold world-wide to amusement/water parks, shopping centers, and particular businesses. Its success lies in the passion for water sports, surf fever, and spectacular amusement. For more info. visit www.citywave.de It has been an honor, pleasure and privilege to work for citywave. The experience I've gained cannot be simply listed but suffice to say, it lies within techincal design, construction, research, marketing and sales. Needless to say, my german communication skills improved drastically. Some of my tasks/responsibilities/accomplishments are: -Product construction, installation and design especially for the projects in Tokyo, Japan, Osnabrück, Germany and St.Gilles Croix de Vie, France. -Sales & marketing: Meeting and attending potential clients all over the world, client orientation and customer technical feedback. Presentation and networking in trade shows such as MAPIC (Cannes, 2017, 2016), MIPIM (Cannes 2018), IAAPA (Berlin, 2017)-Research of alternative materials.-Design, test, development and installation of hydraulic system for wave design. -CAD Product Design-Statical Analysis-Document and protocolize of manuals and installtions-Design and test of mechanisms for wave improvement. -SEO and Web design

•Developed the algorithm, programming in C# and implementation of the Track Energy Calculator library (TEClib) for the calculation of energy consumption of a train track•Assessed and validated results of TEClib with data from Bilbao metro station•Developed and programmed the algorithm in C# of the Track Energy Optimization library which optimizes the track alignment through algorithms such as ACO and SA

•Carried out hundreds of different experiments regarding polymer behavior; designed and constructed test specimens, the process and the layout of experimentation •Material research and selection; namely polymers, adhesives, electric components, generators, renewable energy sources, material modeling, sensors, thermoforming and extrusion processes, among others•Constructed three prototypes; two of which showed successful performance according to expectations•In charge of student group dedicated to the construction of an assembly machine; directed tasks and supervised progress

• Taught classes on rock climbing and self-rescue• Organized activities and guided groups on rock climbing adventures• Assembled and operated rock climbing walls and zip lines

• Collaborated with teammates to design, build from scratch, test, and race an off-road vehicle• Worked in areas of suspension, drivetrain, chassis, and bodywork using fiberglass• Acquired mechanical hands-on abilities and strengthened team skills• Became a Society of Automotive Engineers (SAE) member

• Helped install infrastructure for communications systems in several companies• In charge of inventory, organizing and categorizing