MAIN ROLE: Research, design, and build the next generation of ophthalmic devices for imaging diagnoses and image-guided femtosecond laser treatment of eye floaters.- Develop mechanical and optomechanical research for the design, development, reliability, andfeasibility of systems.- Research, prototype, and build new mechanical alternatives that ease and improve the user experience and safety of the device.- Design specifications for mechanical and optomechanical systems and projects, includingpreparing technical documents and estimating costs and materials- Design and build mechanical and optomechanical prototypes, components, fixtures, and, devices.- Perform mechanical structural analysis and simulations for components and systems.- Liaise with appropriate departments to investigate and resolve mechanical and optomechanicalproblems.

MAIN ROLE: Research, design, and build the next generation of ophthalmic devices for imaging diagnoses and image-guided femtosecond laser treatment of eye floaters.

- Creating value through the design and protyping of a modular ophthalmic headrest, with automatic chin rest elevation system with a unique head holder mechanism for ophthalmical surgical devices, implementing techniques and methodologies such as IP-SoA analysis, CBA, FEM analysis, Mechanism Optimization, DFM and GD&T.

Support technical documentation of design parameters along with all areas of an ophthalmic medical device.Learnings:• Effective team communication and time management.• Whole understanding of the process to carry out a breakthrough technology in the biomedical sector, and the documentation required by Health Canada.

• Cost Reduction: Investigate and implement projects to reduce DM (Direct Material) and DL (Direct Labour) costs.• Quality Improvement: Investigate and implement projects to improve the quality of the manufacturedproducts to reduce the warranty SCR (Service Call Rate) and improve Consumer Star Ratings.• Productivity Improvement: Investigate and implement projects to improve the efficiency and productivity of the manufactured products including NRFT (Not Right First Time) improvements.• Design, develop and modify components and finished assemblies.• Construct 3D CAD models and create detailed drawings using CATIA software.• Coordinate the prototyping, performance and quality verification, tooling quotation, part cost quotation, sourcing, production trialing and approval of components and finished assemblies.Achievements• Implemented a new FEM for the understanding and improvement of a complex packaging problem which considerably reduced the time and increase the accuracy on getting the final solution and avoiding to add new components to re-strength it.

• Coordinate, design and develop some machines and special components, and tools for the improvement of the supply chain and the process efficiency.• Coordinate, plan, design and develop a visualizer program for the improvement of the supply chain.Achievements• Improve production performance by developing and implementing a GUI program to control and manage the soil sampling chain processing, Saving potential of 15.000 AUD/y in re_processes and planning inaccuracies.• Developed a new sample divider (model 1), increased the productivity by 48% in the splitting process; positively impacting 90.000 samples/year at ALS Geochemistry Adelaide.

Advanced product design techniques and product development strategies consulting for R&D teams in the manufacturing sector.Achievements• Increase the team's design efficiency by reducing the design time from 5 to 2 days in a typical 3D model. • Reduce quality uncertainty by implementing automated design criteria to control GD&T parameters.

• Develop home appliances through the entire life cycle driving the design, prototyping, testing, and manufacturing.• Calculate, simulate, and test critical components considering ISO standards and developing new criteria to assure components’ reliability.• Leader of the structural module of the R&D and part of the innovation team of the company.• Create technical drawings and BOM for manufacturing, user manual, GD&T, and FEM analysis.Achievements• Coordinated and developed the first modular home appliance through the entire life cycle which saved over $100K in molding manufacturing reducing the time design and testing of new references by at least 50%.• Created a mathematical model to describe the combustion efficiency of iron grills that improved product energy efficiency from 3 to 5 stars in all the cooking portfolio.

Description: Mechanical system which uses the movement of vehicles to produce energy and collect traffic data. This mechanism uses a specific combination of levels and a gearbox that amplifies the speed and transfer toward a flywheel which stores the kinetic energy (+ 3500RPM). Then this flywheel transmits the movement using a complex mechanism to give energy to another flywheel (500 RPM) to feed the generator. At the end of the mechanism, there is a low rate generator of 1Kwh DC connected. In addition, this system registers the movement of the vehicle which can predict what kind of vehicle cross the system, its velocity, and the number of vehicles per day. All this information is sent to a big database that can be used to plan roads and predict traffic congestion in cities.Capacity per day: 4Kwh/per 10.000 vehicles Awards:- Colombia Inventor Award - Falling Walls Bucaramanga - History Channel Award

• Design, plan, and coordinate laboratory distribution reforms, laboratory maintenance equipment and the development and installation of special laboratory equipment and machines.• Coordinate contractors and staff from different areas of the laboratory centre.