- Use data analytics, decision science, model-based system's thinking, and strategic relationships to help stakeholders identify the right problems and the right solutions- Drive strategy decisions using automated, discrete-event and agent-based simulations- Designed an automated simulation framework using MATLAB, Simulink, and SimEvents enabling virtual testing of business, technology, and operation strategies and standardized decision-making- Employed standard machine learning algorithms to create proof-of-concept pipe corrosion monitor (NN), potential risk severity estimator (NLP regression), and drill wear monitor (PCA)- Created physical, stochastic, financial, data-driven, and discrete-event models to quantify value and risk of stakeholders’ business and technology ideas- Performed operations research, Monte Carlo simulations, and custom critical path calculations for complex agent interactions and process simulations- Developed highly customized, automated data analyses of disparate datasets and spreadsheets- Designed user-interfaces so custom simulations and data analyses could be deployed to stakeholders as standalone applications

- Develop, simulate, and validate models- Execute rapid prototyping and automatic code generation- Performed power system studies for electric utilities - Advise automotive, aerospace, and consumer electronics companies in their Model-Based Design workflows, and I have - Sell and perform billable work for automotive, aerospace, utility, industrial, and electronics companies utilizing my expertise in model-based design, power systems, electronics, control systems, and signal processing- Design, build, simulate, test, validate, verify, integrate, automate, and study models of physical systems- Manage 5-10 projects at a time, often coordinating with or managing other engineers- Close services deals ranging from $12,000 to $100,000- Advance MathWorks brand through technical, inbound marketing and serving as trusted adviser - Drive product sales through presentations and nurturing relationships with technical and non-technical customers- Awarded for contribution to exceptional customer satisfaction (Net Promoter Score of 4.7 out of 5)- Completed over 250 hours of MathWorks product and customer success training, primarily as part of their Engineering Development Group (14 months)

-Served as co-founder, CTO, and/or business developer in multiple start-up companies such as Parking Grid Technologies and Eidson Power Systems-Performed customer research, product development, sales, and marketing-Helped develop business plan, go-to-market strategy, and investor/customer relationships-Designed, programmed, tested, and brought-up circuits for car detection and gateway communication-Interfaced with layout consultant and circuit board manufacturer/assembler-Patent-pending IoT system operated 24/7 for over 6 months-Won Dell Award at 2016 Baylor New Venture Competition as part of Parking Gird Technologies-Led development of innovative technology for electrical power systems-Completed NSF SBIR Phase I application process

-Lecturer for electrical engineering class required by non-electrical engineering students-90+ students per semester for seven semesters-Student reviews at http://www.ratemyprofessors.com/ShowRatings.jsp?tid=1229058 provide a good idea of my teaching, communication, and relational strengths.

-Worked for Dr. Mark Halpin, Alabama Power Distinguished Professor, the chairman of IEEE 519 and convener of IEC 3-7 working group-Performed advanced power system analysis and research-Wrote MATLAB code to perform advanced power quality measurements including flicker, harmonics, and interharmonics-Implemented practical, digital signal processing techniques using MATLAB and C.-Made contributions to industry through my work on voltage fluctuations and interharmonics-Developed Thevenin impedance estimator using voltage and current measurements-Worked in team to produce a measurement device capable of determining the source of flicker in the presence of electrically close loads-Designed embedded digital control systems using assembly code-Used PSSE and ATP for basic power systems analyses such as power flow and over-voltage-See my publications for more details on the research I performed in this role