My position is to estimate the global burden of HIV. This includes the contribution to deaths/years of lost life, epidemiology, and a range of determinants such as education and income. I produce, critique, improve, and disseminate the results of the research. This is completed through the following scope of duties:- Develop an in-depth understanding of the scientific and epidemiologic domain of HIV/AIDS.- Carry out quantitative analyses and statistical modeling to produce results.- Review and assess data sources in order to determine their relevance, variation, and utility for our ongoing analyses.- Review, assess, and improve research results and methods.- Develop and pioneer new computational and statistical methods.- Maintain, document, and optimize code quality.- Contribute to the creation of presentations, manuscripts/paper authorship, and funding proposals.- Maintain scientific awareness and intellectual agility with data, methods, and analytic techniques.

My position is to investigate issues in global health and health economics, with a focus on estimating key economic indicators and forecasting healthcare spending. This is achieved through a comprehensive set of responsibilities:- Develop a deep understanding of the scientific and economic aspects of global health, including health economics.- Utilize big-data analytics to estimate economic indicators such as gross domestic product, general government expenditure, domestic health spending, total health expenditure, and poverty. Build models to forecast these indicators.- Carry out quantitative analyses and statistical modeling to produce results within designated timelines, specifically focusing on forecasting healthcare spending and economic activity.- Review and assess data sources to determine their relevance, variation, and utility for ongoing analyses.- Develop and implement new computational and statistical methods, utilizing tools and algorithms for data preprocessing, analysis, and visualization.- Maintain, document, and optimize code quality, ensuring that analyses can be replicated by other team members. Utilize programming languages and tools such as R, Python, Bash, SQL, LaTeX, and cluster computing techniques.- Lead discussions in research meetings to vet, improve, and finalize research results and analyses.- Contribute to the creation of presentations, manuscripts, and funding proposals. Act as a co-author on academic papers.- Maintain scientific awareness and intellectual agility with data, methods, and analytic techniques, staying up-to-date with the latest advancements in the field.

- Prepare and teach developmental-/college-level Mathematics courses.- Teach pertinent course content using lectures, demonstrations, class discussion, and other appropriate modes of educational delivery that promote educational and learning processes.- Maintain accurate records of students and complete forms and records as required.

Within several teams:• Software engineer for simulation software.• Developed C++ physics-based models, end-to-end Machine Learning development, and Python/R-based analysis tools.• Python automation, toolkit development, and data analysis using TensorFlow, Pandas, NLTK, NumPy, MatPlotLib, and SciKit-Learn.• Construction/maintenance of SQL and proprietary, custom-built storage systems.309th Software Maintenance Group.

• Created an organization devoted to studying and addressing issues involved with prisoner recidivism and education.• Designed a Python programming curriculum for women in prison.• Initialized pathway towards academically studying the effects of computer science education on women in prison with Dr. Paul Bodily

• Research and development into artificial intelligence applications with Dr. Paul Bodily.• Lab engineer for Java tool-kiting and C++/Python software engineering of computationally creative systems.• Several first-author publications.

• Research into cutting-edge software engineering academia with Dr. Isaac Griffith.• Head of development for evaluation metrics of meta-study analysis.• Lead lab developer for Java-based engineering of research automation/evaluation tools/software.

- Operation/upkeep of front-end JavaScript website development.- C# and Visual Basic application developer for in-house propriety software.- SQL database operation and management.- Maintenance of data backups.

• Instructor for a breadth of physics classes with varying levels of technicality (PHYS 1110, 1113, 1114, 2213, and 2214).• Regularly prepared testing/note material in Latex for inner-departmental distribution.• Guided students through weighty material, proper software/laboratory operation, and volunteered to lead several outside study groups.• Maintained pristine student records and file-keeping.• Developed C# GUI software to facilitate student learning.• Daily diagnosis, maintenance, repair, and operation of technical lab equipment for the purposes of university experimentation and education