Mechanical Engineer Engineering

Rey R. Ramos

**** **** ******

Austin, TX. *****

Cell: 512-***-****

E-mail: *************@*****.***

Linked In: https://www.linkedin.com/in/rey-ramos-82012014b/

CAREER SUMMARY Being a key member of the engineering team, earning my colleagues’ respect and admiration, being chosen to lead the team toward success

through design innovations, meeting customer needs, and continuing to surpass customer expectations.

SPECIAL SKILLS Computer Aided Design: Unigraphics NX (UGNX), AutoCAD Mechanical Desktop/Inventor, SolidWorks, Pro Engineer (ProE), & PTC CREO.

Standards/Specifications: ASME Y14.5M-1994 (dimensioning & tolerancing), ASME Y14.38-1999 (abbreviations & acronyms), Geometric

Dimension and Tolerancing (GD&T), and SEMI S2.

Systems and Software: Team Center Engineering (TcE), Pro Doc, Oracle, SAP, ECTR,NWBC, eDoc, Track Wise, FRACAS, 8 D, PMP Reports, Turbo PST, Pro Edge, PDA, NSR Reports, Lotus Notes, MS Word, Excel, Power Point, MS Project, Visio, Vis Publish, Lean Manufacturing Process, DFX, DFM, Finite Element Analysis (FEA), and Process Chamber Flow simulator (ANSYS).

Computer Languages: C++, Visual Basic, and Basic.

EXPERIENCE ASM AMERICA INC., Phoenix, Arizona (May 2018 – January 2019)

Results: Achieving clear channel communication as senior level engineering interface between management and engineering.

Senior Mechanical Engineer II:

Applying sound engineering principles, product specifications, and research data creating designs for systems and products for the semiconductor industry.

Performing engineering calculations including structural and thermal analysis and fluid dynamic problems.

Creating and/or revising PTC CREO models/drawings of ranging complexity from small to large assemblies applying all Listed Standards &Specifications.

Determining feasibility of product proposals, resolving problems based on technical inputs, and developing new designs maintaining product design safety criteria.

Preparing product/system designs and related engineering documentation for the manufacturing and testing of prototype and production released products making the documentation complete and easy to follow.

Executing project management duties including report generation, schedule creation and maintenance, design reviews, and interdepartmental coordination.

Providing assistance in establishing product configuration and structures on new products and features in both development and manufacturing environments.

Presenting and participating in design reviews for unique customer driven specials, product enhancements, and other new designs.

Creating, managing, and executing engineering project plans, including task scheduling with Gantt charts and resource and cost

estimates using Microsoft Project.

Providing engineering support for New Product Introduction (NPI), Development (NPD), and Transition (NPT).

Assisting marketing, customers, and vendors in preparation of cost estimates with non-standard options, new system/product features.

Supporting projects in conjunction with technical staff, managers, and manufacturing groups.

Supporting development and testing of hardware verifying performance creating test plans for verifying and approving test procedures.

Interfacing with other organizations on new product updates and ensuring a smooth transition of product into the manufacturing cycle.

Evaluating change requests and complete all aspects of engineering change orders.

DBI EQUIPMENT INC., Bastrop, Texas (February 2018 – March 2018)

Results: Achieving flare sizing vs radiation calculation plots for the petroleum industry.

Senior Mechanical Engineer:

Verifying flare sizing calculations based on customer supplied data.

Verifying radiation calculations vs distance from flare and plotting results for management and customer use.

Quoting sophisticated project using company equipment price structure.

Attending production meetings assisting in clarifying new projects, determining and verifying ship dates, addressing general upcoming production activities, and addressing production issues and/or concerns.

Travelling to customer sites for equipment commissioning and/or corporate engineering meetings.

APPLIED MATERIALS INC., Austin, Texas (March 2007 – August 2017)

Results: Achieving highest quarterly design re-certifications and new Customer Engineering Special (CES) designs. Delegating design re-certification to engineers in India reducing 60% of team’s quarterly workload. Delegating design obsolescence to engineers in China reducing 5% of team’s quarterly workload. Achieving transition of Lotus Notes Problem Feedback Form (PFF) database into Web-based application.

Senior Mechanical Engineer, E3, CES Engineer:

Designing CES options for customizing standard system configurations of semiconductor.

manufacturing equipment using Unigraphics (UGNX) applying all Listed Standards and Specifications.

Creating, defining, coordinating, performing, and documenting engineering specifications and manufacturing procedures.

Developing and supervising the design and/or modification of mechanical engineering layouts, schematics, detailed drawings,

bill of materials, engineering specifications, and manufacturing procedures of varying scopes.

Performing and/or managing design engineering analysis of difficult and complex scope using FEA, ANSYS, and other computer simulation plugins for UGNX, AutoCAD Inventor, and Solid Works.

Prioritizing engineering design tasks aligning with manufacturing build schedules and customer commits.

Providing engineering support for New Product Introduction (NPI), Development (NPD), and Transition (NPT).

Creating Engineering Change Orders (ECOs), Engineering Change Requests (ECRs) and Engineering Specification Waivers (ESWs).

Isolating root cause for a variety of product issues and implementing electro/mechanical solutions.

Leading and/or executing technical projects including developing and implementing of custom mechanical tooling, fixtures, associated hardware, and documentation to enable the part procurement, integration, final test, and shipment of components, sub-assemblies, and modular assemblies throughout the products’ life cycle.

Practicing Design for Excellence (DFX) and Lean Manufacturing processes.

Focalizing Front End Product (FEP) Supplier Problem Sheet (SPS) & re-assigning supplier issues to appropriate engineers.

Creating ESWs in the form of PFFs (FEP CES ESW) proceeding with manufacturing process ahead of ECO implementation.

Creating transitions from Lotus Notes based engineering application into Web-based databases.

CDI CORPORATION, Austin, Texas (March 2006 – March 2007)

Results: Achieving the completion of the entire 300MM Plasma Immersion Chamber (P3i) Operational Methods Sheet (OMS).

Mechanical Engineer, Senior Illustrator:

Working independently and/or with the team to schedule validation builds, verifying the Sequence of Operations (SOE), and providing Operational Methods Sheet (OMS) to document the manufacturing assembly processes for chambers, integration, and customer ship.

Practicing Applied Materials workmanship standards and providing updates to manufacturing documentation.

Preparing documentation for ECOs, modifying assembly drawings, authoring ECRs, and managing engineering changes through TcE.

Responding to manufacturing Issue Feedback Forms (IFF) by researching OMS or Bill of Material (BOM) issues and providing solutions to issues by writing and implementing ECOs and/or ECRs to correct BOM or manufacturing documentation issues.

Participating in Front End Product (FEP), New Product Transitions (NPT), and providing Manufacturing Assembly documentation.

Traveling to outsourced suppliers participating in controlled builds.

Creating and modifying 3D models using UGNX, AutoCAD Inventor, Solid Works, & ProE developing manufacturing documents.

PALCO LABORATORIES INC., Scotts Valley, California (February 2000 – March 2006)

Results: Succeeding in prototype to production design of palm-held pulse oximeters along with associated test fixtures.

Mechanical Engineer, Design Engineer:

Designing test fixtures for pulse oximeter PCB sub-assembly and final assembly production.

Integrating devices involving proximity sensors, infrared (IR) emitters/detectors, and fiber optics.

Requesting machine shop part fabrication, reviewing project documentations, & implementing cost-effective design modifications

Assisting Project Engineering in initiating, coordinating, and completing of ECR/ECO process and compiling associated documentations.

Writing and evaluating procedures and work instructions for pre-production and production process.

Controlling pre-released documentation and drafting BOMs and manufacturing instructions.

Training production assemblers and testers on new test fixtures and manufacturing instructions.

SEAGATE TECHNOLOGIES, Scotts Valley, California (July 1995 – January 2000)

Results: Completing transfer/modifications of 3 generations of automated disc drive build lines in Singapore, Ireland, and Thailand.

Mechanical Engineer, Automation Engineer:

Designing and prototyping semi-automatic and fully automatic tooling and test fixtures for disc drive build lines.

Controlling pre-released documentation and drafting BOMs.

Modifying and redesigning existing tooling for semi-automatic and fully automated fixtures for handling new products.

Providing technical support for disc drive group and for class 10 clean room.

EDUCATION UNIVERSITY OF CALIFORNIA, Davis, Davis, California - Bachelor of Science Degree in Mechanical Engineering (June 1986).

SACRAMENTO CITY COLLEGE, Sacramento, California - Computer Science Associates Degree (June 1984).

CABRILLO COLLEGE, Aptos, California - Electronics Associates Degree (June 1982).

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