John (Freddie) Kempton Email and Phone Number

Providing verification through calculations to ensure compliance with international standards. Reviewed 70+ Offshore Energy projects, handling quotes, contracts, design verification, client communication, reporting, and invoicing.Expertise includes design verification for pressurized Offshore Energy Systems Equipment, (Subsea Xmas Trees, Spools, Tubing Hangers, Valves, Hydraulic Cylinders, Well Test Hoses) and dynamic structures (350 Tonne Lifting Frames) Additional responsibilities, including:* Conducting reliability studies for PSV valves* Performing gas dispersion modelling and report writing* Developing automation tools for the Finance Department* Managing SQL databases for client assets* Witnessing 3rd party material property tests* Conducting FEA modeling and design reviews for E271 containers* Helped to win the first department contract for Type Approval of non-class pressure equipment* Addressing nationwide meetings and attending client events to enhance relationships* Leading the co-ordination of the Global Internal Pipelines Newsletter and webinars for 600+ people* Contributing to MAH identification for Offshore Wind Farms* Completed Wind Turbine Upskill, Pressure Equipment Regulation, Sales, and Project Management Training • Identification of relevant SECEs for offshore wind turbine components for Performance Standard formulation • Manipulate Python code to perform analysis using Machine Learning Algorithms to identify failures within specific SECEs to be used in reviews against performance standards• Report writing on the verification of client reported maintainence records against performance standard requirements • Witnessing asset testing regimes to ensure performance standards are metMy diverse skill set and proactive approach have enabled me to make significant contributions to the team and the broader organisation.

I translated the mathematical intentions of Fluid Dynamics equations for a valve sizing tool into Python code and performed FEA to ensure design compliance with industry standards. My key contributions include:Developing Python scripts for a valve sizing GUI tool utilizing SQL dataWriting and debugging Python scriptsInterpreting engineering mathematics and formulas to create accurate Python codeCreating function tests for numerical comparisons with known test casesDeveloping Excel calculation spreadsheets for immediate client needsDeconstructing and simplifying client CAD geometry for FEA meshing and analysisSimulating loads, stress, and displacement to forecast potential failuresGenerating output data for detailed analysisEnsuring client designs adhere to DNV/API standards (DNV E273, API 6X, Eurocode 3, DNV F112, ISO13628)I have reviewed various projects including:Umbilical connectors (independently)Xmas Trees (geometry preparation and partial assessment)Flow loops (semi-independently)Sections of the valve sizing tool (semi/wholly independently)These experiences have honed my skills in translating complex engineering requirements into practical, compliant solutions using advanced computational tools.

As a recipient of Santander’s Internship funding programme, I developed an Arduino-based video streaming device that attaches to spectacles. This innovation enables live streaming to remote locations, allowing experts to provide instant visual annotations. These annotations can then be acted upon immediately, ensuring safe and efficient operations on offshore platforms.

Fitting around my university studies I completed paid part time training with the RAF University Air Squadron Volunteer Reservists. Engaging in 2 Engineering work experience placements in between academic years with the Typhoon and Puma and learning to fly solo in a Tutor. I delivered logistic solutions co-ordinating unit Military Transport / Sporting Equipment and providing services as welfare liaison.

Between academic years, I worked as a cleaner, waiter and sales assistant

I designed and constructed a computer database relating to the safe construction of a balustrade in an on-going civil engineering project