• Design, develop, and test a variety of life support pressure control system equipment• Generate and manage requirements for pressure control system hardware• Generate models, test plans, and procedures• Analyze data and make recommendations for improvement• Creating component specifications and drawings• Provide input and direction to test rig assembly and operation.• Analyze data fluid systems and make recommendations for improvement• Equipment sizing based on flow, pressure and material compatibility• Schematic and diagram generation

• Design, develop, and test a variety of life support pressure control system equipment• Generate and manage requirements for pressure control system hardware• Generate models, test plans, and procedures• Analyze data and make recommendations for improvement• Creating component specifications and drawings• Provide input and direction to test rig assembly and operation.• Analyze data fluid systems and make recommendations for improvement• Equipment sizing based on flow, pressure and material compatibility• Schematic and diagram generation

ECLSS (Environmental Control and Life Support Systems) Pressure Control Engineer. Responsible for helping design, develop, launch and operate the next generation of the Space Station.

Key Contributions:Designed wellhead equipment to API 6A spec.Creation of models (SolidWorks), detail drawings (per ASME Y14.5) and design calculations (per API 6A) for wellhead equipment.Front end design and creation of conceptual layouts for tender bids.Created design interface of electrical penetrators for ESP.

Experience in pre-processing, cleaning, applying visualization techniques, applying statistical analysis, applying machine learning (including deep learning and neural networks) to large sets of data.Experience in Python, SQL, Pandas, Machine Learning and Deep Learning.Machine Learning: Linear Regression, Logistic Regression, SVM, Random Forests, Bagging & Boosting, K-nearest Neighbors.Deep Learning: Keras, Tensorflow, Convolutional Neural Networks, Long Short Term Memory, Recurrent Neural Networks, Generative Networks.Ability to derive and present insights as they pertain to industry.

Hired to create and execute refurbishment and test plans for the complete tear down and refurbishment of Subsea Trees, Tubing Heads and Tools. Key Contributions:• Innovated Cold Testing methodology to simulate Subsea temperature on large electro-mechanical equipment. My methodology became the standard way to simulate temperatures, on all global locations.• Created pressure test schematics, identified process improvements, coordinated project work scope with Planners, Project Managers and Technicians.• Created refurbishment plan for and supervised shop execution of multimillion dollar electro-mechanical components. • Designed torque transfer tool and methodology to disassemble rusted complex components without damage. Tool resulted in significant cost saving, as large components can now be salvaged.• During project execution, responsible for: troubleshooting, supporting technicians, and designing tools to solve issues.• Conducted root cause analysis to determine cause of failures on several Subsea Trees. Root cause analysis resulted in a expedient solution to a 60 million dollar customer issue.

Hired to become main point of Engineering contact between Field Bases, Product Engineers and Sales personnel. A key aspect of role was to create novel solutions in the form of complex wellhead systems.Key Contributions:• Front end design and creation of conceptual layouts for tender bids. • Provided guidance to new engineers through design reviews, reviewing detail drawings and reviewing installation and test procedures.• Designed novel mechanical systems for technical proposals, resulting in new business generation.• Rapidly designed and deployed innovative engineering field fixes to solve major technical problems, resulting in customer success.• Reviewed purposed systems for technical accuracy and adherence to industry code, resulting in technically correct proposals.• Reviewed technical installation procedures and engineering drawings created by product engineers, resulting in technical accuracy and customer success.• Provided fast paced technical troubleshooting support to the field.• Advised Sales in technical and financial strategy.

Hired to take conceptually designed Wellhead/Tree systems and turn them into detailed designs which can be manufactured. An in depth working knowledge of API code is required for parts to meet industry regulations. The role also required creative conceptual design of various sub-systems.Key Contributions:• Designed several tools which provided competitive advantage.• Created: detailed three-dimensional concepts, calculations to verify design, manufacturing drawings, documentation, test reports and installation procedures.• Created detailed designs for manufacture by way of combining and modifying existing designs with new innovations.• Continuously designed high load and high pressure mechanical equipment.

Hired to become introduced to Space Shuttle Safety Engineering. • Recreated Fault Tree Analysis to diagnose problems.• Updated Hazard Report Documentation based on results of design changes.• Developed technical knowledge of Main Propulsion System (MPS) and analyzed change in risk due to design changes.• Employed such tools as FMEA/CILs, Hazard Reports, Fault Tree analysis.• Trained alongside Mission Control Engineers, during missions, to monitor data received from Shuttle.