Real World Evidence (RWE) on non-interventional studies and low intervention clinical trials.

Consulting in Medical Statistics and Clinical Epidemiology.• Study design, sample size calculations, analytical plan (SAP) and study protocol• Methodologies for observational studies and clinical trials• Multivariate analyses and statistical modeling• Scientific writing and manuscript aid• Production of publication-ready quality tables and figures• Data collection instruments (CRF)• Statistical Programming for Tables, Listings and Figures (TLF)• Software… Show more Consulting in Medical Statistics and Clinical Epidemiology.• Study design, sample size calculations, analytical plan (SAP) and study protocol• Methodologies for observational studies and clinical trials• Multivariate analyses and statistical modeling• Scientific writing and manuscript aid• Production of publication-ready quality tables and figures• Data collection instruments (CRF)• Statistical Programming for Tables, Listings and Figures (TLF)• Software development in the R languagehttps://philsf-biostat.github.io/portfolio/ Show less

Biostatistician in the Laboratory of Bacteriology and Bioassays• Statistical analysis and research in tuberculosis• Validation of bioassays• Creation of data entry instruments and data sources• Collaboration in scientific research

• Development of social and demographic indicators• Statistical analyses of social vulnerability and inequality• Database Development in SQL of large datasets• Programming in R• Modeling and simulation studieshttps://acaocovid19.org/sobre

• Study Design and Analysis of applied and academic research projects in Healthcare (observational and intervention studies);• Study Protocols and Statistical Analysis Plans (SAP);• Professor and Advisor in the Masters Program in Applied Sciences of the Musculoskeletal System;• MSc Courses taught: Biostatistics and Scientific Methodology.

• Protocols and reports for analytical methods validation and verification in conformity with US and European pharmacopoeias and ICH guideline;• Worked with technology transfer protocols and reports from Sanofi, GSK and others;• Statistical analyses of validation & verification tests;• Experience with the StarDoc module of the StarNet pharma platform.

Responsible for all Biostatistics roles in a Technology Transfer project for the development of a quadrivalent Inactivated Dengue Vaccine with GSK Vaccines (Belgium).• Created a Biostatistics section for the project, including the writing of SOP, as well as training of personnel;• Written 50+ statistical analysis reports, including assay Validation and Quality Control;• Reproduced all SAS routines used by GSK to R;• Developed R packages for the automation of day-to-day data… Show more Responsible for all Biostatistics roles in a Technology Transfer project for the development of a quadrivalent Inactivated Dengue Vaccine with GSK Vaccines (Belgium).• Created a Biostatistics section for the project, including the writing of SOP, as well as training of personnel;• Written 50+ statistical analysis reports, including assay Validation and Quality Control;• Reproduced all SAS routines used by GSK to R;• Developed R packages for the automation of day-to-day data analyses (statistical programming);• Developed R Markdown document templates for reproducible report writing;• Participated in all project management meetings with GSK Belgium team. Show less

• Teaching of Applied Mathematics courses for Engineering, including Calculus, Differential Equations, Numeric Calculus, Statistics and Scientific Methodology.

• Teaching of mathematics for technician courses (PRONATEC governament program).

• Configuration and sysadmin of a Linux server for the Anatomy department;• Services: Apache, E-mail (SMTP, POP, IMAP, SpamAssassin), firewall, files directory, DNS, DHCP, etc;• Consultant for the installation and configuration of a central server for the Institute of Biomedical Sciences, including the migration of accounts and services from 4 departments.

Technician at the the Plant Molecular Biology lab (Medical Biochemistry department/UFRJ).• I developed the Bioinformatics Linux infrastructure for lab, setting up a server and workstations;• I assisted lab personnel with tools for sequence analysis (BLAST), genome assembly (ARACHNE), phylogenetics and fingerprinting;• The pipelines I developed in shell and Perl were used in two sequencing projects: SUCEST (sugar cane ESTs) and RIOGENE (Gluconacetobacter diazotrophicus… Show more Technician at the the Plant Molecular Biology lab (Medical Biochemistry department/UFRJ).• I developed the Bioinformatics Linux infrastructure for lab, setting up a server and workstations;• I assisted lab personnel with tools for sequence analysis (BLAST), genome assembly (ARACHNE), phylogenetics and fingerprinting;• The pipelines I developed in shell and Perl were used in two sequencing projects: SUCEST (sugar cane ESTs) and RIOGENE (Gluconacetobacter diazotrophicus bacterium);• Set up and maintained the Bioinformatics server and workstations. Show less

Internship at the the Plant Molecular Biology lab (Medical Biochemistry department/UFRJ).Upgraded to technician after internship ended.

• Modeling the population abundance of mosquitos that transmit Dengue;• Developed an Agent-Based Model (MMRRSim) for the simulation of Mark-Release-Recapture experiments performed with mosquitoes.The ABM MMRRSim is available at: https://launchpad.net/mmrrsim

• Modeling the invasion of genetic elements in a mosquito population;• Started developing an Agent-Based Model (TRepid) that became my PhD project.The ABM TRepid is available at: https://launchpad.net/trepid