Age : 32 Nationality : Philippines Domicile : Lipia City, Batangas, Philippines
ABOUT ME
私について As a Piping Stress Engineer, I have a track record spanning from February 2014 to the present, specializing in pipe stress engineering compliant with ASME B31.1/B31.3 codes, utilizing CAESAR II and AutoPipe programs. My expertise involves evaluating nozzle loads with WRC 107/297 and Finite Element Analysis. I excel in complex engineering tasks, computation, and evaluation, always striving for precision and efficiency. I extract engineering data from CAD drawings and computer models, coordinating the design of unique pipe supports when necessary, and updating calculation notes. Additionally, I conduct surge analysis, thermal bowing assessments, flange leak checks, and design piping around safety valves using API 520 or ASME B31.1. I'm proficient in evaluating pipe supports through Finite Element Analysis. During my tenure as Piping Stress Lead Engineer at Chiyoda Philippines Corporation from February 2017 to March 2021, I oversaw junior engineers, created stress critical line lists, coordinated with equipment vendors, and prioritized tasks for efficient project management.
自己PR I am a dedicated and hardworking person. I am confident in my pipe stress expertise and am confident that I will meet your expectations.
CAESAR II Calculation Input and Analysis mainly for LNG Loading Line, Surge Analysis, Thermal Bowing Lines and BOG Compressor Calculation
Support Span Calculation and Creation
Critical Linelist and Mark-up P&ID Creation
Supports Area Lead Engineer for Creation of Specification (Pipe Stress Analysis and Support Standard for the project since client is requesting Stainless Steel for most of the pipes including pipe supports)
Coordinate with several Tie-in project contractors for upstream data needed for piping stress calculation
Provide efficient solutions for pipe routing with precise coordination with related designer
Submission of Piping Loading Data to Civil/Structural Group
Technical Bid Evaluation for related supports – Springs, Struts,Snubbers, Cold Shoes, Cold Block and Sliding Plate(PTFE) as required by Piping Support Specification
Participates in 30%, 60%, and 90% Comment Model Revie
Over-all responsible for ISO-Sign Off for the COLD area, which includes checking of overall support tags and consistency check of Engineering Isometric and Stress Isometric
CAESAR II Calculation Input and Analysis for Pump/Chiller/Surge/Slug-Flow/Thermal Bowing Calculation
CAESAR II Calculation Checking and Assistance for Junior Stress Engineer
Performs NozzlePro Calculation for Nozzle Loads which exceeds Vendor Allowable and Coordinates these Nozzles at COLD Area to Vendor
Checking of allowable load at special supports such as spring and strut to be used at Steam Turbine and Compressor Calculations
Indicates correct support tag as per CAESAR II Calculation based on Support Standard Page 4
CAESAR II Load Case Combination Creation to be used for the whole project
Overall responsible for ISO-Sign Off for STEAM/COLD area which includes checking of overall support tags and consistency check of Engineering Isometric and Stress Isometric
CAESAR II Calculation Input and Analysis for Steam Turbine/Compressor/Slug-Flow/Thermal Bowing/Transportation Calculation
CAESAR II Calculation Checking and Assistance for Junior Stress Engineer
Performs NozzlePro Calculation for Nozzle Loads that exceeds Vendor Allowable and Coordinates these Nozzles at STEAM/COLD Area to Vendor
Checking of special supports such as spring and strut to be used at Steam Turbine and Compressor Calculations
Indicates correct support tag as per CAESAR II Calculation based on Support Standard
CAESAR II Modelling, Input and Analysis using Engineering Isometric sent by JV. Complex analysis such as OBE,SSE (seismic cases) were applied to BOG Compressor Calculation and MCHE calculation (APCI scope included). Springs were also checked to be within its variability Page 5
Indicates correct support tag as per CAESAR II Calculation based on Support Standard
CAESAR II Calculation Checking and Assistance for Junior Stress Engineer
Main coordinator for queries and analysis for CAESAR II Calculations
GRP Calculation using code ISO 14692 (F/A stresses were included)
Flange Leakage by NC 3658.3 (Alternate evaluation)
Snubber and Spring Design at BOG Compressor (OBE, SSE seismic cases were considered for NEMA SM23 Evaluation)
CAESAR II Modelling, Input, and Analysis using Engineering Isometric sent by Chiyoda Singapore. At Tank Nozzles, the bulging effect and Pulsation Analysis(4th mode of natural frequency used with linear analysis plus consistent type for modal analysis). Surge forces were used at ESDV near Tank Nozzles and Shut-Down Cases of Pumps
Indicates correct support tag as per CAESAR II Calculation
CAESAR II Calculation Checking and Assistance for Junior Stress Engineer
Spring Checking and Selection on Piping at Pumps near the tanks
API 650 Bulging Effect Calculation(Appendix P) for Tanks and Soil Settlement Consideration for Supports
Peq Method for Flange Leak. Alternatively, ASME VII Div.2 for flanges having high stresses Petron Bataan FRP
GRP Calculation Check by ISO 14692 on Seawater Pump Lines
Site visit for check of Piping Support on Seawater Pump Lines
