I am a responsible, highly motivated
individual with an intense commitment
to anything I devote my efforts to. I
possess very good professional,
organizational, and communicational
skills, which I acquired through hard
scientific work over the years, and a
strong determination to effectively
reach my goals. I have
experience in the application of
scientific innovations in plant
sciences and related fields for the
genetic improvement of crops.
Throughout my career my research
efforts comprised the improvement of
conventional and non-conventional
crops, on the application of sound
statistical methodologies in plant
selection for especial conditions, and
on the validation of a novel
biotechnological approach for seed
yield enhancement in a conventional
cereal crop. One of my major
professional research efforts has
centered on the use of camelina
(*Camelina sativa*) as feedstock for
advanced, sustainable biofuel
production. This culminated in
the release of nine superior camelina
varieties, the first patented camelina
genetic materials, of which I am the
inventor, in the USA. In another
instance I lead a research project
related to the use of specific genes
with altered functionality, obtained
via TILLing (targeted mutations), with
potential impact in yield in
wheat. Conducive to that, I
precisely defined gene-mutated effects
and developed appropriate statistical
protocols for their correct
estimation, enhanced the variant
portfolio to include double-mutants
based on specific criteria, and
identified several variant populations
with positive impact on yield.
My diligent involvement in this
project conferred on me the unique
ability to correctly interpret basic
knowledge generated in model scenarios
to successfully transfer them into
crop commodity platforms with economic
value. Prior to that, I was part
of a multidisciplinary research
project aimed at minimizing the impact
of wild oat (*Avena fatua*) on the
performance of spring wheat (*Triticum
aestivum*). Among other research
accomplishments within this project, I
developed a holistic statistical
approach for the analysis of crop-weed
interactions, which enabled a better
understanding of the causal mechanisms
behind the competition between crops
and weeds. This work constituted
the first attempt at the use of a
mechanistic approach in the study of
biological events, as was recognized
elsewhere (*Kozak, M., Kang, M.S.
(2006). Note on modern path analysis
in application to crop science.
Commun. Biometry Crop Sci. 1 (1),
32-34*). Before that, I developed and
assessed the performance of synthetic
corn (*Zea mays*) in the far-west
region outside the USA corn-belt as
part of my doctoral research project
at the University of
Nebraska-Lincoln. Marginal,
drought-prone growing conditions
prevalent in this region made the
identification of genetic strains with
adaptability to the region a difficult
enterprise. Thus, my efforts
were devoted to the design and use of
a novel statistical method based on
qualitative genotype-by-environment
interaction for environment
selection. Before that I was
involved in research on grain amaranth
(*Amaranthus caudatus*), in which I
determined that the observed residual
genetic variability in elite grain
amaranth was primarily driven by
genetic factors associated with
plasticity. I was also involved
in agricultural extension work,
leading the small grains and oil seed
crops extension program at Texas
A&M University. This experience
provided me the skills to effectively
formulate, communicate, and
incorporate best management crop
practices through research-based
education.