• Lead process engineer for the addition of a 150 MMSCFD cryogenic natural gas processing plant to the existing Roosevelt Gas Plant in North Dakota, including engineering, construction, and commissioning phases of the project • Recognized by operations as the Division 13 Challenge Coin Award recipient for assisting with the design, construction, start-up, and continuous operation of Roosevelt Plant 2• Simultaneously provided engineering support for seven PSM facilities with a combined capacity of 945 MMSCFD and several gathering and storage facilities• Optimized NGL production from gas processing plants using process simulators, such as ProMax®, to predict the effects of changing inlet gas compositions, inlet gas flow rates, and product specifications• Assisted in day-to-day troubleshooting, process upsets, mechanical integrity issues, and an inability to meet product specifications• Determined the root cause of a variety of problems, engineered the appropriate solution, and executed the repair• Support capital project execution, such as turbo expander installation to double plant capacity• Completed compliance action items generated from PHAs and internal PSM Audits• Maintained and updated Process Safety Information for PSM facilities based on changes due to O&M projects, capital projects, and compliance with Kinder Morgan and industry standards• Developed strong relationships through routine interaction with operations, project management, business development, and other engineering disciplines to effectively complete daily tasks and serve customer needs• Scheduled and participated in 5 year PHA revalidations and project PHAs• Initiated, reviewed, and approved MOCs for PSM facilities• Developed pressure relief device calculations per API 520 and API 521 and implemented recommendations in the field• Performed analyses at the request of business development to determine the effect of changes in product specifications and inlet gas quality

• Calculated appropriate pressure safety valve (PSV) size for various overpressure scenarios• Developed KM standard for PSV sizing in the event of an exchanger tube rupture • Modeled cryogenic turboexpander process and condensate stabilization using ProMax®• Investigated stabilization of high pressure condensate using existing pressurized vessel• Developed scope for removing flammable vapors from compressor building in an emergency situation per facility study requirements• Calculated reactive force experienced by PSV discharge piping and determined required structural support

• Presented Rho chapter’s mentorship program at KTE national convention • Elected as mentorship program chair for national KTE executive board to create similar programs at universities across the nation• Recruited underclassman engineering students and KTE members to participate in program• Paired mentees with mentors based on interests expressed in applications• Scheduled and organized all program events including mentor training, reverse resume review, mock interviews, and co-op/intern panel Q&A

• Troubleshot compressor lock up and implemented new code to identify future lock ups• Successfully demonstrated knowledge of process, safety and environmental considerations, and troubleshooting applications in Technical Review Board (TRB) • Created higher level training material to aide new hires in learning the process • Created Excel macro for heat exchangers to calculate heat transfer coefficients and identify fouling overtime

• Earned Six Sigma Yellow Belt Certification by troubleshooting byproduct formation in formaldehyde raw material storage tank• Sized heat exchanger for service, identified and documented that no overpressure protection was necessary, and finalized project scope for installation• Worked closely with operators to create more functional rounds checklist, as well as to clear, clean and designate equipment, piping, and instrumentation for demolition • Successfully demonstrated knowledge of process, safety and environmental considerations, and troubleshooting applications in Technical Review Board (TRB) • Took initiative to implement procedure to enforce and regulate P&ID updates• Updated Layers of Protection Analysis (LOPA) database with process control information and became fluent in process code

• Tutored students ages 4-17 in mathematics and reading • Graded and recorded completed course work and planned future course work• Processed payments and accommodated special requests from clients