Jupiter Bagaipo Email & Phone Number

Germantown, Md

Data Analysis and Predictive Modeling:• Use statistical methods to review effectiveness of direct marketing campaigns in order to recommend improvements in strategy to the client.• Advise the team and resolve any analytical requests that may come up internally or from the client.• Build and optimize predictive models using different tools, such us R, TreeNet, and MS SQL, tailored for the business needs of the client.• Interface with data and client teams to efficiently and accurately deploy models for campaign use.• Analyze campaign data to monitor the performance of the predictive models, making adjustments when necessary.Research and Development:• Research, analyze, and make recommendations of possible usage and impact of new data assets.• Develop and improve on standard practice with regards to quality control, campaign deployment, and data analysis.• Create data analysis and reporting tools to be used by the company, including scripts and functions in SQL and R, and Excel worksheets.

Germantown, Md

Client Services:• Develop complex SQL queries to analyze and model large datasets in order to fulfill program requirements, as defined by clients, for direct marketing campaigns.• Perform quality control of scripts, procedures, output data, and reports of team members to ensure accuracy of results presented to clients.Data Services:• Develop new processes and review and improve upon existing ones to automate an efficient handling of large datasets.• Build and maintain SQL jobs for production work, data analysis, model building, and data extract.• Perform, monitor, and troubleshoot file import/export SQL tasks of large files/datasets.• Develop and implement rigorous quality control metrics, using statistical and data analysis techniques, to ensure validity of imported and exported data.

Mathematical Modeling:• Formulated theoretical models to describe the dynamics of fusion and astrophysical plasma systems.• Implemented different mathematical methods including, but not limited to, asymptotics and approximations, perturbation theory, and PDE solving methods to analyze, simplify, and find solutions to the theoretical models.Programming and Data Analysis:• Implemented and developed a numerical simulation programmed in Fortran and C to verify the dynamics of the magnetohydrodynamic plasma physics model.• Analyzed numerical data, generated by simulations, using Mathematica and MATLAB.Developed code in C, Fortran, and MATLAB to numerically calculate solutions to theoretical models.Presenting of Original Research:• Published analytical and numerical results in refereed journals.• Presented research findings to audiences of different expertise in conferences around the country.

Course: Fundamentals of Physics I• Non-calculus based introductory physics course for non-physics and non-engineering majors.• Responsibilities included: preparing for and leading a weekly discussion session; grading homework assignments, exams, and lab reports; mentoring and tutoring students; preparing for weekly lab; supervising and assisting students in lab sessions.Course: Advanced Experiments:• Senior level laboratory course for physics majors.• Responsibilities included: familiarizing with over ten different modern physics experiments; grading homework assignments, lab reports, lab notebooks, and exams; mentoring and tutoring students; supervising and assisting students on their experiments.

Analysis and Modeling of Experimental Data:• Used MATLAB and C to analyze and design numerical models for experimental data.• Implemented and developed a numerical simulation programmed in Fortran and C to explore new physics.Research in Nonlinear Dynamics of Networks:• Developed a method to determine mismatch in networks modeled with coupled, nearly identical, chaotic oscillators.• Work done in collaboration with doctoral graduate student.

Doctor Of Philosophy (Phd), Theoretical Plasma Physics, 3.9 Gpa

Bachelor Of Science (Bs), Physics And Mathematics, 3.9 Gpa