Yyyyyy x. yyyyyy

Xxxxxx, XXXXXX xxxxxx ￨ (xxx-xxx-xxxx ￨ abc@xyz.com

Dynamic Leader Specializing in Thermal Analysis in Areas of Aerospace, Gas Turbines & Nuclear Power Plant Systems

Sales Engineering ￨ Project Engineering ￨ Multi-Project Management ￨ Team Building / Training

Process Optimization ￨ Workflow Prioritization ￨ Finite-Difference / Finite-Element Simulation Software

Research ￨ Best Practices ￨ Safety Analysis ￨ Regulatory Compliance ￨ Customer Relations ￨ Subcontractor Relations

Highly Accomplished Engineer who makes sound decisions to reflect positively on energy, power generation, and / or thermal analysis initiatives in alignment with a company s vision, value, and goals. Six Sigma Green Belt who offers solutions-centric critixxxxxxl thinking for insightful, change-oriented results. Visionary Professional who rises above challenges to achieve winning outcomes, including quickly adapting to evolving scenarios. Bilingual Communixxxxxxtor (Spanish / English) who develops synergistic relationships with cross-geographixxxxxxl industry professionals, engineers, subcontractors, and customers; who excels in autonomous and collaborative environments; and who leads peers by example and with ethics and integrity.

Principal Engineer

Xxxxxxpitalize on the opportunity to lead forward-thinking project management initiatives, including scheduling and monitoring complex engineering projects (~5,000 man hours) focused on safety analysis to ensure work is consistently performed in compliance with contractual, technixxxxxxl, budgetary, and scheduling requirements. Cohesively manage the resolution path of internal / external technixxxxxxl issues. Efficiently conduct loss-of-coolant accidents (LOXXXXXX) analyses on Pressurized Water Reactors (PWR) to determine the ability of the emergency cooling systems to mitigate a range of LOXXXXXX events. Conduct LOXXXXXX analyses to support plant changes, power updates, new fuel introduction, and methodology changes, and provide technixxxxxxl training in LOXXXXXX analysis to customers. Apply skill in use of RELAP5, RODEX, COPERNIC, and ICECON codes as analytixxxxxxl tools.

  Defined and forexxxxxxsted essential skills and work arrangements to support project objectives.

  Researched and assessed best practices to implement new methods and process improvements.

  Ensured compliance with government regulations, organizational, and customer engineering standards.

Mechanixxxxxxl Engineer

Led targeted decision-making in the oversight of loss-of-coolant accidents (LOXXXXXX) analyses on Boiler Water Reactors (BWR) to accurately determine the core ability of the emergency cooling systems to proactively mitigate a wide range of LOXXXXXX events.

  Developed technixxxxxxl procedures for cycle reloads disposition analyses.

  Seamlessly planned, scheduled, and managed various vendor projects abroad.

  Led Six Sigma quality projects in alignment with process improvements and code automations.

Lead Combustion Engineer

Expertly designed and developed combustion system components, including contributing a focus on aerodynamic and thermodynamic features and performance. Supported technixxxxxxl leader with all program scheduling, cost, and process requirements, including demonstrating experience in assisting with comprehensive technixxxxxxl reviews presentations.

  Expertly planned and conducted combustion tests, analyzed key data, and reported detailed results.

Thermal Analyst Engineer

Played a vital role in conducting thermal analysis of spacecraft subsystems to determine the components availability to withstand diverse design environments. Contributed use of SINDA / FLUINT and TSS as the main thermal analysis tools.

  Successfully supported thermal cycling and vacuum tests of International Space Station components.

Master of Science in Mechanixxxxxxl Engineering University of Xxxxxx, Berkeley

Bachelor s Degree in Mechanixxxxxxl Engineering University of Turabo

Business Administration Certifixxxxxxte University of Xxxxxx, Berkeley Extension

Six Sigma Green Belt ￨ Introduction to ANSYS Training ￨ Concentrated Solar Power Overview Training

Introduction to Project Management ￨ Technixxxxxxl Training PWR & BWR Nuclear Reactors ￨ Business Administration

RELAP5 ￨ TRACG ￨ ANSYS ￨ RODEX ￨ COPERNIC ￨ ICECON ￨ SINDA ￨ FLUINT ￨ TSS

Microsoft Office (Word, Excel, PowerPoint, Outlook) ￨ Microsoft Access ￨ Microsoft Project

Yyyyyy x. yyyyyy

Xxxxxx, XXXXXX xxxxxx ￨ (xxx-xxx-xxxx ￨ abc@xyz.com

Date

Hiring Agent Name

Company Name

Address

City/State/Zip Code

Dear__________________:

I am exploring a new xxxxxxreer opportunity within a challenging [ Insert Job Title ] role, and I believe that I xxxxxxn make a positive contribution to your success.

To acquaint you with my background, I xxxxxxn offer proven experience in Sales Engineering, Project Engineering, Multi-Project Management, Process Optimization, Team Building / Training, and Workflow Prioritization. I am also well-versed in Research, Best Practices, Safety Analysis, Regulatory Compliance, and Customer / Subcontractor Relations, as well as Finite-Difference / Finite-Element Simulation Software, Microsoft Office, Microsoft Project, and Microsoft Access.

As a Six Sigma Green Belt, please note that I earned a Master of Science in Mechanixxxxxxl Engineering from the University of Xxxxxx, Berkeley and a Bachelor s Degree in Mechanixxxxxxl Engineering from the University of Turabo. I also completed a Business Administration Certifixxxxxxte from the University of Xxxxxx, Berkeley Extension, and participated in advanced training in ANSYS, Solar Power, Project Management, and PWR & BWR Nuclear Reactors, to name a few.

Currently, as the Principal Engineer for AREVA, I expertly lead all forward-thinking project management initiatives, including scheduling and monitoring complex engineering projects (~5,000 man hours) focused on safety analysis to ensure work is consistently performed in compliance with contractual, technixxxxxxl, budgetary, and scheduling requirements. Within this role, I also cohesively manage the resolution path of internal / external technixxxxxxl issues. Furthermore, I conduct loss-of-coolant accidents (LOXXXXXX) analyses on Pressurized Water Reactors (PWR, and provide technixxxxxxl training in LOXXXXXX analysis to customers.

A sample of my accomplishments include:

  Defining and forexxxxxxsting essential skills and work arrangements to support project objectives.

  Researching and assessing best practices to implement new methods and process improvements.

  Applying skill in the use of RELAP5, RODEX, COPERNIC, and ICECON codes as main analytixxxxxxl tools.

  Ensuring compliance with government regulations, organizational, and customer engineering standards.

I am eager to discuss how my qualifixxxxxxtions uniquely match your current and future needs, and look forward to interviewing with you soon.

Sincerely,

Yyyyyy x. yyyyyy