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Skills

  • Revit
  • Inventory management
  • Operational improvement
  • Stamping and mass production processes
  • AutoPIPE
  • Security systems
  • MS Office
  • Material science
  • Expansion joint design
  • Cost modeling

Work Experiences

  • Applied detailed thermal expansion data to stress models for a multinational client, reducing projected wear and fatigue of systems and extending the warranty by initiative.
  • Assessed multi-directional piping systems in seismic regions.
  • Adopted advanced pipe stress simulation tools.
  • Collaborated with on-site teams.
  • Standards, procedures, and compliance were developed and enforced by me.
  • Championed the integration of advanced stress monitoring sensors.
  • Oversaw the detailed design phases of large-scale method projects by planning, scheduling, and coordinating them.
  • Specified system system components or direct product modifications to meet engineering design and performance requirements.
  • Working with team members and customers to find workable solutions improved operations.
  • Collaborated closely with team members to meet project deadlines, develop solutions, and deliver project requirements.

Summaries

  • Results-oriented Miscellaneous professional with risk assessment, process improvement, and cross-functional collaboration strengths.
  • Strong technical skills and experience in budget management.
  • Cross-functional collaboration in category settings and strategic planning in vendor management settings.
  • Budget management Committed to identifying and leveraging opportunities for growth, with a proven ability to build effective teams.
  • Mechanical Engineer with 5 years of design, development, analysis, experimentation, and testing experience.
  • Accomplished Pipe Stress Engineer recognized for reducing safety risks by 10 through precise stress analysis and engineering methodologies, lowering revision costs by $17.
  • Procedure, standard, and framework are all available.
  • Self-starter with proven project management experience from start to finish.
  • Working with stakeholders and corporate teams is a breeze for this strong relationship builder.
  • Achieved a 60% improvement in system reliability.

Accomplishments

  • Implemented a periodic reevaluation schedule for high-stress piping systems, resulting in a 15% reduction in unplanned downtime over several months.
  • Collaborated in the early design phases to integrate pipe stress analysis results with mechanical and HVAC systems, preventing costly overlap and service interferences.
  • Assisted in project cost reduction measures by providing alternative pipe routing suggestions, leading to material and labor cost savings of 57%
  • Developed and optimized a piping system stress model for a framework project that led to a 38% reduction in unnecessary over-design, minimizing material usage and costs.
  • Collaborated with the civil and structural engineering teams, ensuring that the piping layout supported all dynamic and static load cases, decreasing revisions by 44%.
  • Carried out HubSpot simulations for complex piping designs, identifying critical stress points and reducing the risk of future pipe breakage by 53%.
  • Reduced system thermal stress by 58% by modeling and implementing effective supports and guides, significantly extending equipment lifespan.
  • Led the inspection and integrity assessments of existing high-stress pipelines, recommending retrofits that improved system safety and operating lifespan by framework.
  • Utilized AutoPIPE and CAESAR II for comprehensive stress analysis, ensuring all systems adhered to site-specific criteria and industry standards while reducing failures.
  • Reviewed isometric drawings and P&IDs to confirm all necessary components were included in the model for accurate load calculations and stress analysis.

Affiliations

  • Collaborated with the USC (Underground Construction) organization to optimize underground pipeline stress resilience, reducing displacement risks.
  • International Pipe Line & Offshore Contractors Association (IPLOCA) - Member focused on implementing best practices for offshore pipeline projects.
  • Certified with the Engineering Council of program, authorized to carry out safety-critical stress analysis in energy networks.
  • Active member of the American Welding Society (AWS) collaborating with safety engineers to integrate welding considerations into stress analysis protocols.
  • Completed a certified course from the Institute of Piping Engineering and Building Services in stress analysis and design for high-pressure pipeline systems.
  • Certified from the Hydraulic Institute in stress behavior diagnostics and root cause failure analysis of fluid-handling pipelines.
  • Attended the PVP (Pressure Vessels and Piping) Conference organized by ASME, focusing on the latest innovations in pipe stress analysis.
  • American Society of Mechanical Engineers (ASME) - Active member contributing to pipeline and critical system design advancements since 2020.
  • Participated in the ASME B31 committee for design and analysis of pressure piping systems, contributing to discussions on code compliance.
  • Attained Scrum Master from NCEES focusing on advanced pipeline integrity and inspection methodologies suited to high-pressure systems.

Certifications

  • Certified Construction Management Professional (CCMP), Cedar Works
  • API 579-1 / ASME FFS-1 Fitness-For-Service Certification, American Petroleum Institute (API)
  • Offshore Piping Design and Analysis Certification, procedure
  • American Academy of Financial Management (AAFM)
  • Certified Reliability Engineer (CRE) - American Society for Quality (ASQ)
  • API 510 Pressure Vessel Inspector Certification - American Petroleum Institute (API)
  • Apple Certified Associate (ACA)
  • Certified in CAESAR II Pipe Stress Analysis, process
  • CompTIA Network+
  • Advanced Piping System Design Certification, system

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