Program manager for Electrical Validation team in charge of the full electrical validation of the future silicone for server programs. Responsible to set product requirements based on customer expectations.I am responsible for creating validation schedule and program indicators, plan equipment for testing and tracking program milestones. Responsible for plan laboratory needs like electricity, air compressed and special needs for testing. Follow up on thermo-mechanical needs to match with product requirements.Responsible to set up weekly meetings in post testing and Power On testing.Responsible for sitting tracking in a database to track sitting del¡velopment until its closure

This group is responsible for the design and implementation of validation sockets and thermal mechanical systems for next generation CPUs and memory packages. Responsible for continuing having a strong GDC mechanical team and driving the qualification of new socket technologies to address future validation challenges. Created a learning and integration plan for new hires to train the new mechanical engineers in group design methodologies and design processes. Providing day to day coaching and mentorship to the new hires to bring them to the expected productivity level. Used to have weekly 1 to 1 with the team members providing regular performance feedback to the team members and set job level expectations. I used to evaluate the gaps in technical and soft skills and arranged training classes to the team. Led team building initiatives and implemented Strengths Finder session to the team to understand the team orientation and strengths. I performed evaluations and development plan for the team, focused on a cross training activity learning thermal simulations and debug design.Senior Mechanical Engineer (September 2008 – May 2013)I owned the development of validation sockets, Interposer hardware and mechanical retentions for the entire server program. I presented socket development updates in different forums and Geos.

Experience working with AGILE philosophy as a Product Owner of a SCRUM team planning team activities according with the feature party per release checking the project progress daily with a tracking tool called Rally.

I owned the development of validation sockets; Interposer hardware and mechanical retentions designs for server programs. I presented socket development updates in different forums, engaged with package designer’s team, lead engineers, platform architects and program managers across multiple organizations and led weekly socket working group meetings. Developed the thermo-mechanical retention hardware for Server package and Pre-Power On interposer leveraging from other solution. I performed structural analysis using ANSYS software, completing the hardware testing and delivered a robust mechanical solution for Pre-Power On needs, developed and executed a mechanical validation plan.I delivered the installation instructions manuals for all thermos-mechanical solutions. I delivered to Intel my designs plus innovation to Intel during my work as a mechanical engineer, next is a list of those: Innovation, Technical publications and IDF’s at Intel.DTTC Paper accepted for Publication internally at Intel:• OPIO test mezzanine card solution for KNL• Innovative Mechanical and Thermal Solutions for Knights Corner• MPI Socketed Systems MPI Socket Mechanical, Electrical Modeling and cost Analysis in DVP• Mid-Bus Probing Interposer Solution for KNC-GDDR5 Memory Channel• Mechanical and Electrical design solution for KNC Package top side probing• Knights family thermo-mechanical design evolution in post-silicon validation• First Ever Multi-PoP Socket and Its Role in Reducing KNL Post-Si Validation Time• Breakthrough Validation Socket Technologies for Form Factor and OEM Boards

I worked as a mechanical engineer in the CV (Commercial Vehicles) department, in charge of the Freightliner and Mack Trucks instrument clusters doing new product quotations and soling manufacturing problems.

I worked doing DFA studies to the Mechanical Assembly and be focused on reduction of parts and Stack Up tolerance analysis preventing components interferences.

I worked as a mechanical instrumentation Engineer designing instrumentation fixture for rakes and probes to be used during the Pressure and temperature Test engines.

I worked as a Lighting Engineer at “Auburn Hills” facility, in that period (two months) I did participate in a patent called: Compensation free illumination of instrument cluster display. Patent was released by the Patent US department; the patent number is: 7575331

&D Mechanical Engineer for Paper Handling devices doing the mechanical design of the Booklet maker and stapler stacker assembly. I got three patents released by the Patent US department, the patent number are: 6,827,346 called: “Method and apparatus for making booklets”. Patent number: 7,093,339 called: “Media fastening”. Patent number: 7,111,378 called: “Fastener closing”.

started Packaging Engineering as a second skill. The plan was to have in the 2000 year the complete Packaging Engineering responsibility at the site. This activity includes the design.

I got the Safety and Regulations Engineer responsibilities focus on getting the international Safety and Regulation requirements like UL, CB, CSA and NOM.

As a Quality Engineer, I was responsible of Mechanical, Acoustic and Climatic Testing for all the Paper Handling Devices and set up a mechanical lab adding Acoustic laboratory capabilities at the site.

I worded as a mechanical engineer designing corded phone plastic housings like the135 Corded phone Telephone .My main contributions were: To finish the project 3 weeks ahead of the original schedule and a patent application called: “Reversible Base” which is a unique and complex design due the small space between the Lower Housing and the Base. US patent number is: 6,240,182.

I worked as a mechanical designer and product engineer of forja dies and tooling cuts for brass introducing the new forja products to the production line. I worked as a Tool Room and Design Department supervisor in charge of the design and tool fabrication managing eight Mechanical Technicians. My responsibilitieswere people management, forja dies production, heat treatment and the Tool Room Production Plan.