Investigation of the influence of microorganisms on hydrogen uptake in pipeline steels and underground hydrogen storage infrastructure (e.g., microalloyed steel X80)Division 4 Materials and Environment, Department 4.1 Biodeterioration:Development of new technologies on microbiologically influenced corrosion (MIC) and and investigation of MIC threatsDivision 9.0 Component Safety:Investigation of hydrogen uptake to the integrity of pipelines and underground hydtogen storage (UHS) infrastructure

Evaluation of corrosion circuits for risk based inspection programs (evaluation of P&IDs, and PFDs)

• Developed an international DNV standard coupling risk-based inspection (RBI) to MIC diagnosing and prevention that will improve mitigation and drive inspection programs increasing safety and cost savings• Analyzed data associated with 500+ upstream failure investigations and communicated the results through a book chapter and multiple presentations to various groups (academia, industry, and regulators)• Performed laboratory testing for microbiological analyses in accordance with NACE standards• Went to field operations for water, pigging debris and swab sampling for microbiological analyses• Built a risk-based (API 580/API 581) scoring tool to rank the susceptibility of microbiologically influenced corrosion to drive inspection plans/integrity management programs• Built up technical writing and presentation skills by authoring a MIC dedicated appendix for a recommended practice on risk-based inspection (DNV RP G101)• Was exposed to investigation reports, manuals, procedures, integrity management programs, plans and strategies when acted as a supervised student at the Alberta Energy Regulator (AER) Edmonton Branch• Enhanced critical thinking, independent work, self-management, and data analysis skills by translating key corrosion parameters into quantitative failure indicators for upstream pipelinesAchievements- Developed a practical tool to improve MIC risk indication- Development of a MATLAB neural network for MIC failure diagnosis- Collaborated with regulator, operators, and service providers for regulatory improvement- Published a book chapter on best practices for MIC failure analysis investigations

• Developed strong organizational, analytical and problem-solving skills by building a monitoring and inspection program for corrosion integrity of oil and gas pipelines to increase reliability of a pipeline network of 61,000 km• Used critical thinking and data analysis skills to identify key corrosion parameters and translate them into quantitative indicators to improve failure investigations related to oil production pipeline networks• Applied leadership and communication skills by acting as partner interface with the AER investigation team and international partners to develop an investigation framework to drive failure investigations and diagnoses• Consolidated critical thinking, independent work, self-management, and data analysis skills through the review of 900 failure reports and the development of a corrosion dedicated integrity management tool

• Maintained the integrity of pressure relief valves, pressure equalizer valves, well heads, cementing piping and cementing related injection tools in accordance to manuals, procedures and guidelines• Performed laboratory testing to work on slurry formulation and sample preparation for quality control, time setting/behavior tests, and fluid conditioning for high temperature high pressure (HTHP) operations• Transitioned to multiple roles (cementing lab, casing equipment and iron maintenance) being able to rapidly adapt to and communicate with professionals of different technical and hierarchical backgrounds• Delivered multiple presentations on best practices and lessons learned for coordinators and managers on casing equipment, lab practices and iron maintenance obtaining respect and recognition from the Team• Mapped and developed the safety analyses and risk assessments for the casing worksite increasing time process efficiency up to 1 hour a day• Created a dedicated spreadsheet database for management of spare parts linked to the Company SAP • Developed a strong health, safety, and environment (HSE) oriented mindset by handling and following various procedures, manuals and standards on a fast-paced environmentAchievements- Increased work efficiency through safety management- Saved $250,000 to the company by the compilation of technical tax related bulletins- Delivered a dedicated talk on best practices for corrosion prevention- Led field workers into safer culture by daily discussions on safety best practices and procedures

Failure Analysis of Fracture Mechanics of Rock bolts used in Underground Mines