Ensure proper safety considerations are implemented with respect to design, project execution, fabrication, start-up and commissioning activities for hydrogen fueling projects and activities.Design, quote, fabricate, procure, commercialize, deliver, and commission code compliant applications solutions to achieve Hydrogen Fueling market business goals.Support technical expert in process hazard analysis (HAZOP, HAZID, LOPA, etc.), Engineering Management of change processes and take ownership of all assigned action items.Support and manage the deployment of fully documented equipment engineering packages to include operations and maintenance manuals, P&IDs, BOMs, alarm trip lists, one-line diagrams, PFD, plot plans, etc..Responsible for the development of and accuracy of design calculations, drawings, specifications and manuals for application equipment assignments.Develop bill of materials that include properly sized and compatible materials to include proper validation and documentation.Provide engineering expertise and troubleshooting to timely resolve technical issues identified by fabricators, vendors, Clients Engineers, Sales and customers including on-site involvement.Manage the procurement, fabrication and 3rd party support of equipment and services with fabricators.Conduct factory and site acceptance tests to ensure equipment is properly designed and meets specifications.Oversee all project-related procurement activities to control costs, achieve desired specifications, and on-time delivery of equipment and/or components.Develop, manage, and maintain organized project records and technical specifications for all projects and proposals.Assist in the development of training aids and provide training as required. Coordination with client operations to develop technical solutions, prepare system maintenance plans, and build maintenance processes for all equipment and installed systems. Act as direct customer interface for operations.

Develop 350 and 700 bar hydrogen stations to meet client demand for light-duty and heavy-duty vehicles.Define safety procedures and best practices for gaseous and liquid hydrogen stations.Encorparate NFPA and other national hydrogen safety standards.Cooperate with OEM's in station construction and optimization.Help the company research potential projects in the hydrogen industry.

In this position, I worked with the founder and CEO Rafael Yanushevsky in analyzing proportional navigation and parallel navigation laws developed by the company to help improve rocket guidance laws for different generations of ballistic rockets (current and future).

Gave english language lessons to individuals and groups of young Italian students to prepare them for different examination levels.This job also prepared Italian college students for english based interviews.

During my time at Polimi, I earned a masters in energy engineering with a focus on renewable energy systems. I gained extensive knowledge on international and European energy systems while at the same time furthering my research in hydrogen networks (my masters thesis). During my time at Polimi, I also had the opportunity to work with multiple professions and cultures to create energy efficiency project tailored to solve Italian building energy consumption issues. One of the largest projects involved repurposing an abandoned factory in Ivrea to be able to handle modern office and start up spaces while achieving the highest energy efficiency standards and maintaining specific architectural designs of the region.Finally , my masters thesis involved researching cross European hydrogen networks that used blue and green generated hydrogen to satisfy electrical and future hydrogen demands while minimizing costs. This thesis was done in collaboration with Forschungszentrum Julich researchers in Germany.

As a graduate researcher at IEK-3, I contributed to the research center's renewable energy software . The software tools developed were used to evaluate renewable energy potential at any point in the world from a continental to a large city scale. In addition to this I finished my master thesis research at the same center. My master's thesis involved designing a Pan-European hydrogen gas network that used electrolyzers and natural gas reformers to generate hydrogen for transportation use while satisfy electrical demands of the EU using other renewable technologies. Using a supercomputer to calculate the final network generated the most optimal design while minimizing costs.

In this position I received training in leadership, safety, and conflict resolution to aid me in leading a floor of Stevens students in on campus housing. I also worked with other resident assistants in my building to coordinate building-wide events based on a monthly theme. Events ranged from public speaking, mental health, studying, sexual health, PRIDE and much more.

As a machinist in the main machine shop of Stevens Institute of Technology , I worked directly with the head machinist to manufacture research parts for all engineering departments to very fine tolerances.In this role, I was also in charge of teaching freshman students the basic techniques of all the machines in the shop. This involved in leading workshops for safety, manufacturing and drawings.In addition to this, I was also helping in keeping material inventory.

Received international participants from Abu Dhabi,China and United States. Assisted in the guidance and directing of over four hundred high school students in their learning of computer science, business and engineering.

In this position the student aids the Residence life office in managing the students and conferences that are located on campus during the summer period.

Understanding the golf players preferred game style by giving him or her the correct golf club and being able to read the green in order to assist the player in the game.