A resourceful and extensively experienced professional with a robust background in project management, budgeting, and development. Meticulous, thorough, and focused, with a steadfast commitment to delivering high-quality results under tight deadlines.
I hold a Doctor of Veterinary Medicine degree from the Faculty of Veterinary Medicine of Ceará, State University of Ceará, obtained in 1992. I earned a Master’s degree in Small Ruminant Production from the same institution in 1994, followed by a Doctorate in Animal Sciences with a concentration in Animal Breeding from the Federal University of Minas Gerais in 1999. My doctoral thesis was entitled “Evaluation of Breeding Programs for Dual-Purpose Zebu Cattle.”
In 1992, I began my academic career as a Professor of Genetics at the Faculty of Veterinary Medicine of Ceará. In 1999, I joined the Animal Science Department at the Federal University of Ceará as a visiting researcher and professor, where I contributed until 2023. During this period, I taught courses in Statistics and Animal Breeding and supervised Master’s and Doctoral students. I also provided academic support to the Federal University of Piauí and the State University Vale do Acaraú.
In 2001, I joined the Brazilian Agricultural Research Corporation (EMBRAPA) under the Ministry of Agriculture as a researcher in Genetics and Animal Breeding, a role I held until my resignation in 2023 to pursue new professional opportunities. That same year, I established Seuflor VetClinic and Petshop, offering veterinary services. As the owner and administrator, I also served as a clinical veterinarian, consultant, web designer, and developer.
Since my undergraduate years, I have been a recipient of scholarships and grants from the National Council for Scientific and Technological Development (CNPq), at every academic and professional level—from scientific initiation to high-performance research. I withdrew from official programs upon leaving EMBRAPA in 2023.
Between 2005 and 2007, I served as Executive Secretary of the Sectorial Chamber for the Goat and Sheep Production Chain at the Ministry of Agriculture, contributing significantly to the development of public agricultural policies.
Workforce mentoring
Competitor analysis
Large-scale database management
Exceptional written and oral communication skills in Portuguese, Spanish, and English
Development and management of extensive livestock data systems
Administration of research, teaching, and outreach groups
Application of advanced statistical methodologies (mixed models, linear/nonlinear models, animal models, random regression, BLUP, Bayesian approaches, machine learning)
Design and implementation of animal breeding programs
Programming in FORTRAN, PHP, HTML, JavaScript, Java, Ajax, JQuery, Dart, Kotlin, Python, and SQL for web, command-line, iOS, and Android platforms
Application of quantitative genetic, genomic, and computational methodologies
Experience judging goat and sheep breeds at international agricultural exhibitions
I launched my scientific career by winning the “Investigadores Jóvenes” (Young Scientist) contest hosted by the Latin American Association of Animal Production (ALPA) in 2000. That same year, I received an Honorable Mention in the “Geraldo Carneiro Award” for Best Ph.D. Thesis from the Brazilian Society of Animal Science. Throughout my career at EMBRAPA, I received multiple recognitions as an outstanding researcher (2003, 2005, 2007, and 2008).
I pioneered the development of breeding programs for goats and sheep in Brazil and am the inventor of four patented software tools:
SGR Mobile – BR 51 2022 000455 0
BioSemeie – BR512018000903-4
Herd Management System (SGR) – BR512017000641-5
CAPRIOVI CORTE – INPI 06508-3
Additionally, I developed various digital tools including:
Wolfsdatasoft
Memomachine
Android
To aid scientific research, I created:
MultiAtr – An application for decision-making using SIMPLEX, PAPRIKA, and linear programming methods
AinvMultisire – Estimates average kinship matrices in herds with unknown paternity using SIMPLEX methods
SGRMate – Identifies optimal breeder-matrix combinations to maximize genetic gain and minimize inbreeding
I coordinated over 15 research projects, supervised 16 doctoral, 19 master’s, and 14 undergraduate students, and authored 147 scientific publications (ORCID). I have served as a peer reviewer for numerous journals and funding agencies including Livestock Science, Journal of Animal Science, Genetics and Molecular Biology, and various national foundations.
Custom genetic improvement programs for cattle, goats, and sheep
Genomic selection strategies (BLUP, GBLUP, ssGBLUP)
SNP analysis, QTL mapping, and GWAS studies
Breeding value estimation and index design
Experimental design for field and laboratory research
Predictive modeling using R, SAS, Python, and FORTRAN
Multi-omic data integration
AI and machine learning applications in precision livestock farming
Genetic evaluation platforms (WolfsDataSoft, SGRMate, AINVMULTISIRE)
Web and mobile development (MySQL, PHP, HTML, JavaScript, Phyton)
Decision-support systems for farm and breeding management
Farmer-focused participatory breeding programs
Livestock training modules and workshops
Outreach content creation: manuals, guides, videos
Program monitoring and impact analysis
Courses in animal science, quantitative genetics, and biostatistics
Graduate student supervision (MSc, PhD)
Curriculum development and academic leadership
Author of journal articles, books, and extension manuals
Peer review and evaluation for scientific journals and agencies
International conference speaker and panelist
Multilingual writing: English, Portuguese, and Spanish
Projects in Latin America, Africa, and the U.S.
Livestock innovation strategies and policy consulting
Donor engagement and grant writing (FAO, ICARDA, EMBRAPA, CNPq, USDA)
I developed an online platform for the virtual management of animal breeding programs, implemented in various countries. The system, developed using PHP, HTML, and JavaScript with a PostgreSQL database, supports remote access and centralized management of beef, dairy, or dual-purpose herds.
Programs Supported: