PIC of company technical strategy development and overall roadmap over the next 10 years.Perform technical work such as design and rerate assessment of static equipment in accordance with ASME SEC VIII D1 and ASME B31.3 code, including Fitness-For-Service (FFS) assessments per API 579-1/ASME FFS-1 including RBI assessment in accordance with API 580 as an API 580 certified personnel.Perform remote turnaround support for international clients across the globe as a Static Equipment Turnaround Engineer, working alongside client’s site personnel to perform engineering assessments and provide practical engineering solutions around the clock to minimize turnaround duration without compromising quality of repair.

Design the company’s growth strategy and promote technical capabilities of the company within the industry in alignment with company long term development plan.Coordinate and manage technical resources by driving targeted hiring based on identified potential work items within the required timeframe.Work alongside industry players and clients to identify collaboration opportunities and develop working relationship with multinational Oil and Gas companies.Develop internal managerial and technical work processes in line with ISO 9001 to ensure delivery of high-quality work product within the specified timeframe and satisfaction of end users.Perform design and rerate assessment of static equipment in accordance with ASME SEC VIII D1 and ASME B31.3 code, including Fitness-For-Service (FFS) assessments per API 579-1/ASME FFS-1.Perform remote turnaround support for international clients across the globe as a Static Equipment Turnaround Engineer, working alongside client’s site personnel to perform engineering assessments and provide practical engineering solutions around the clock to minimize turnaround duration without compromising quality of repair.

Provided technical mentorship and develop technical competency of AP region static equipment engineers as Static Equipment specialist (Malaysia, Thailand, Australia, Singapore).Developed best practice documents, provide technical and execution guidance as Global Continuous Catalytic Reforming (CCR) Technology Specialist role to maintain reliable operations of global CCR fleet (North America, Singapore, Thailand).Led the break-in effort worth $1.5M to perform engineering assessment for over 364 safety relief valves’ inlet and discharge piping to close outstanding regulatory gap at ExxonMobil Antwerp Refinery within a tight timeline (4 months). Leveraged expertise from site and European specialists to perform fit-for-purpose stress analysis for regulatory meeting, which was completed with no further action item from site.Executed remote Turnaround (TA) support for ExxonMobil Beaumont Refinery working alongside site inspector, TA execution lead and site engineers to perform t-min calculations, repair plans and workplan reviews.

Provided high-value engineering support to both Reformers and Hydrocracker business team, managing heavy base unit workloads and unit improvement projects that was previously managed by two engineers while executing 7 TAs over the course of 2 years.Performed Level 2 Fitness-for-Service analysis per API 579-1/ASME FFS-1 on multiple equipment for general and localized corrosion, hydrogen blistering and brittle fracture.Collaborated with engineering consultant industry leader (Stress Engineering) to evaluate creep models of radiant tubes on 4-Pass Reformer Heater to capture margins of increased tube temperature limits worth $3M.

Led the Global Brittle Fracture effort across all ExxonMobil downstream sites in developing assessment procedure and deploying Excel tool for fit-for-purpose Brittle Fracture analysis in response to corporation-wide near miss alert. Championed the Global Brittle Fracture Action Team to provide uninterrupted support to all sites while working closely with technology leaders within ExxonMobil and collaborating with Hexagon for PVElite 2019 update, influencing the re-write of 2021 American Petroleum Institute API 579-1/ASME FFS-1 Part 3.Heavy involvement in designing, vendor drawing reviews and installation of hydroprocessing reactor internals within ExxonMobil sites in USA, UK and Singapore as well as licensing support in Taiwan and China.Involvement in Sriracha Yield Improvement Project as Engineering Specialist Support for heat exchanger upgrade to twisted-tube “Texas Tower” and tower internal tray mechanical design.