Project Experience Pipe Venting- Addressed an existing issue pertaining to the venting design of the pipeline system in accordance with the guidelines established in the American Petroleum Institute (API) 15S standard- Executed a comprehensive Root Cause Analysis (RCA) and identified the principal cause of system failure- Collaboratively worked with a senior engineer to formulate a feasible solution; this was achieved by integrating a venting layer within the pipeline design that defined a specific flow path for gas. This innovative design allows for effective venting at the designated location as required- The implemented venting solution does not impede the pipeline's fit, form, or function and, consequently, it does not necessitate re-qualification for the ongoing 10,000-hour regression test- In terms of financial implications, the venting solution has proven to be cost-efficient with an expense of less than 0.50 cents per foot Internal Swage End Fitting- Collaboratively designed an Internal Swage End Fitting using SolidWorks (Computer-Aided Design software) that offers dual actuation capabilities facilitated by hydraulic fluid or epoxy- Utilized internal resources to execute a 2D axisymmetric Finite Element Analysis (FEA) using ANSYS software for design verification purposes- Collaborated with Product Management and third-party vendors to ensure the prototype was accurately constructed in line with design specifications- Conducted an Elevated Temperature Test (ETT) to validate the proposed design and ensure its robustness under varying temperature conditions- The newly developed end fitting has demonstrated improved pressure containment performance when compared to existing end fittings

Project Management Experience:• Cairn Energy, India - Mega Tender- Led a team of 5 to execute 11 5M, 11 10M & 13-5/8 10M Wellhead Systems design.- Conducted engineering Design Review w/ principle engineer to ensure product fitment and meet performance requirement- Collaborated w/ Project Management team in India to ensure Engineering delivery is met and provided positive influence to project schedule - Provide on-going technical support for manufacturing and vendor. Disposition technical inquires. - Constructed System Integration Test procedures for all designs. Led testing team (in Suzhou, China) successfully execute SIT which ensured design fitment and meet customer requirement. • Veloca Frac Ball Launcher Integration- Led a team of engineers (U.S. & Canada) and performed integration of new acquired business product line- Worked with cross functional teams (GE HSE, GE Hydril) to ensure product meets local regulations- Communicated with management team about project update and ensured milestones were met- Successfully integrated product line per GE Oil & Gas engineering standards• ExxonMobil, Hibernia Well- Managed 5 qualification tests which met API 6A requirement (approx. $600K value)- Communicated regularly with lab engineer to ensure project milestone is on track- Provide guideline for lab technician to ensure lab safety and the success of test- Performed Root Cause Analysis for field issues to reduce rig down time• New Drilling System (Rig Saving Head) FEA Analysis & Standardization- Led NPI & ITO engineers (total of 6) to perform FEA analysis on RSH drilling systems (4 different systems w/ 2 configuration per system) and determined maximum pressure and bending capacity- Adopted legacy document and standardized new analysis format and procedure based on GE O&G acceptance criteria- Completed analysis 1 months prior to due date with 30% saving on budgeted hours due to standardization

Engineering Technical Experience - Performed engineering design on mechanical parts (3D CAD software: SolidWorks/Pro Engineer) which fulfill customer requirements and API standards such as API 6A- Proficient on ASME Y 14.5 GD&T- Performed tolerance study on subject matter components to ensure desired performance is made- Review & release engineering design drawings (body and assembly)- Analyzed, verified design component by using engineering calculation - Performed structural analysis by Finite Element Analysis (ANSYS) to evaluate states of component under desired load cases - Evaluated existing products and provides enhancement solutions - Provided innovated solutions to solve design challenges- Conducted Six Sigma Green Belt project to reduce inlay defect for manufacturing components- Disposition manufacturing part to ensure quality of product meets performance requirement- Conducted “Lessons Learned” section to share problem solving experience- Mentored interns and trainees to understand engineering practice - Maintains highest level of engineering ethnic Engineering Project Experience• BP Trinidad & Tobago, Cashima Well- Managed a team of 4 to execute a $10MM sales order with overall 54% Cost Margin (CM) on the project- Achieved 100% On Time Delivery (OTD) on projected schedule- Utilized inventory raw and obtained a raw material saving of $500K - Collaborated with cross functional team (QA, Manufacturing, Sourcing and Business PM) to ensure project milestone is met on time- Conducted Detail Design Review (DDR) with British Petroleum (BP) design assurance engineers to address any subject matters issues and obtain highest customer satisfaction- Disposition manufacturing issue to ensure product meets industrial standard and customer requirement

Engineering Department - Performs engineering design on mechanical parts which fulfill customer requirements and API standards.- Provides design verification on existing design. - Performs Finite Element Analysis on parts and assemblies, addresses possible failure due to stress concentration. - Conducts engineering calculation to obtain accurate analytically result.

Earth and Planetary Atmosphere - Analyzed planetary data from telescope, perform data reduction for absolute radiance. - Used Interactive Data Language (programming language) applications to improve planetary image observation.- Compared ground-based telescope with space telescope data and investigate the cause of differences.

- Revised lecture notes on LabVIEW for two Electrical Engineering courses. - Revised lab manual with detailed objectives and procedures on digital I/O and electronic circuits. - Conducted lectures and labs to enhance student's ability to use LabVIEW for programming, data acquisition, signal measuring and instrument control.

- Collaborated with professors, corrected students' homework and updated grade sheet. - Provided students with guidance on homework problems.