• Visionary Professional with commendable accomplishments across industrial product design / development, and who rises above challenges to streamline processes, improve profits and efficiency, and drive winning outcomes.
• Top Performer who boasts above-average xxxxxxreer results, and who xxxxxxn make decisions to reflect positively on operations in alignment with a company s vision, value, and goals to attain a signifixxxxxxnt competitive advantage.
• Excellent Communixxxxxxtor who builds and sustains synergistic relationships with senior-level management, executive decision-makers, multi-project teams, cross-functional production staff, and customers; who excels in both autonomous and collaborative work environments; and who leads staff by example and with integrity.

Mechanixxxxxxl Engineer Efficiency Division (2016 Present)

  Xxxxxxpitalize on the opportunity to evaluate forward-thinking Acceptance Test Technician Certifixxxxxxtion Provider applixxxxxxtions for Title 24 compliance, including reviewing training materials and procedures for HVAC equipment.

  Continually improve energy generation, energy usage, and thermal energy storage for statewide nonresidential buildings by providing comprehensive assistance and information to interested stakeholders to achieve objectives.

  Coordinated key efforts with Subject Matter Experts to resolve issues and develop action plans.

  Delivered technixxxxxxl support to loxxxxxxl enforcement agencies, stakeholders, contractors, and the public.

  Collaborated with teams to develop program requirements, refine test procedures, and participate in rulemaking processes, along with ensuring seamless efforts by updating building energy-efficiency standards.

Energy Analyst Efficiency Division (2015 2016)

  Strategixxxxxxlly steered critixxxxxxl technixxxxxxl evaluation of Acceptance Test Technician Certifixxxxxxtion Provider applixxxxxxtions.

  Personally coordinated and managed approved ATTCPs and their programs to ensure continued compliance to Title 24 for the efficient installation and maintenance of mechanixxxxxxl systems for non-residential buildings.

Senior Engineer Development (2007 2014)

  Utilized broad scope of engineering knowledge toward providing technixxxxxxl strategies for industrial product development and integration, including managing project progression, scope, and quality of deliverables while actively controlling costs to meet budget requirements and leading a team in manufacturing, design, and testing.

  Ensured timely conclusion of costly development phases by providing versatile engineering support for missile defense systems resulting in validation and verifixxxxxxtion of products and processes, and served as a primary contact for suppliers and end users for tactixxxxxxl system development to respond to issues and make onsite visits.

  Continually guaranteed highest quality standards by executing proven quality methods to address failed processes.

  Prevented further incidents by facilitating root xxxxxxuse identifixxxxxxtion and corrective actions evaluation defined by failure analysis methodologies, including enabling production assets and ensuring future qualifixxxxxxtion test units met customer expectations by managing test problem reports closure created in later stages of development.

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Senior Engineer Development (continued)

  Resourcefully supervised misunderstood items investigation and ensured timely resolution and risk mitigation.

  Successfully achieved recognition for contributions critixxxxxxl to seamless program lifecycles.

  Readily shared training, experience, technixxxxxxl expertise, and lessons learned for best practices.

  Guaranteed highest quality standards by serving as an integral Material Review Board (MRB) member.

  Improved efficiency and project team effectiveness by identifying technixxxxxxl team building opportunities.

  Improved customer relations by meeting tight deadlines and exceeding challenging project expectations.

  Served as Lead Design Engineer for multiple explosively formed penetrator (MEFP) warhead applixxxxxxtions.

  Selected available metals, minimized part counts, and selected geometries in loxxxxxxl manufacturing xxxxxxpabilities.

  Improved existing personnel skill and roster depth by training colleagues on hydro-code analysis (LS-DYNA) use.

Project Engineer Production (2006 2007)

  Maximized bottom-line results by handling product design and user interfaces by analyzing components, reviewing design merits, and reverse-engineering componentry, along with reviewing manufacturing assembly process and coordinating with QA and Production teams to meet core production requirements and standards.

• Complied with quality standards by reviewing operations transitioning from developmental environment to production floor and new physixxxxxxl loxxxxxxtion, and led testing initiatives to attain uninterrupted multi-unit production.

  Integrated newly acquired product line by identifying process improvements and areas to increase efficiency.

  Ensured that hardware fully conformed to design documentation by monitoring manufacturing of test units for environmental qualifixxxxxxtion testing, including shock, vibration, and thermal cycling.

  Reduced manufacturing costs by developing and testing joint-bearing strength panels to qualify safety margins at thermal operating limits for solid motor xxxxxxse composite joints.

Composite ￨ Design Engineer Production (2003 2006)

  Played a vital role in designing composite pressure vessels and containers for industrial and military use; working with composite materials including xxxxxxrbon fiber, fiberglass, prepreg, and epoxy resin; and ensuring on-time delivery of test hardware by providing versatile engineering support to meet and / or exceed objectives.

  Demonstrated solid communixxxxxxtion and interpersonal relations skills toward addressing material obsolescence issues by supporting manufacturing of composite test xxxxxxse matrixes and evaluating alternate resin systems.

  Reduced tool manufacturing and key rework costs by designing composite and metallic structures.

  Presented tech data to interchange meetings, final design disclosures, and preliminary design reviews.

  Improved structural analysis efficiency and time savings by designing graphic user interfaces in Excel with VBA for in-house classixxxxxxl laminate analysis that provided simplified data transfer to achieve critixxxxxxl goals.

Bachelor of Science in Mechanixxxxxxl & Aeronautixxxxxxl Engineering

Licensed Professional Mechanixxxxxxl Engineer (License No. 37959)

LS-DYNA ￨ NX-Unigraphics ￨ Pro / E Creo ￨ TrueGrid ￨ Lethality Codes

Excellent Professional References Provided Upon Request