Virtual Postgraduate Course on Research Paradigms:
a cuban experience in times of pandemic
Revista Digital de Investigación y Postgrado, 5(9), 25-41
ISSN electrónico: 2665-038X
31
Reinterpreting Kuhn (1971), it can be affirmed that scientists work based on models ac-•
quired through education and subsequent exposure in scientific literature, often without
fully understanding or needing to understand the characteristics that have granted these
models their paradigm status in the community. This could explain the non-obligatory
nature of routinely following all procedures of each paradigm, and furthermore, the co-
herence displayed by the research tradition they participate in might not even imply the
existence of a basic set of inviolable rules (Medina, 2021a).
Constant return to research praxis is necessary because the role of the human compo-•
nent is decisive. The need for scientific leadership, researcher motivation, and commit-
ment are essential. Without these, no possible change or adoption of new paradigms
can occur, which ultimately materialize into modes of professional action (Medina, 2021a).
In Topic 2, Scientific Research and Methodological Designs, the relationships between metho-
dological design and research logic are explained, seeking plural views on a subject in open
discussion, but not for that reason avoidable. Among the main authors to be studied in Topic
2 are: Cascante (2011), Corona (2017), Piovani & Muñiz (2018), Cornejo & Rufer (2020).
In Conference 1 of Topic 2, in the face of so many definitions about science, it is summarized
that it is an intentional activity structured to produce new, pertinent, and socially significant
knowledge. The main focus is not on the methods or the instruments with which reality is ex-
plored, but on the logic with which it is conceived to approach the problem to be studied.
Rather than talking about methodology, one should talk about the logic of research, as the de-
sign must function as a flexible, dynamic system; where all the components and parts of the
process, and their results (presented in the final report) are interconnected horizontally. This
should ensure clarity, articulation, and scientific solidity. The importance of the scientist's creativity
and ability to formulate good questions is also emphasized, which can be learned through many
hours of study and research with successive approximations of what has already been formu-
lated. In addition, one must train in the exercise of choosing and evaluating.
Conference 2 of Topic 2 proposes to characterize the methodology of horizontality, as part of
the emerging methodological approaches being developed in the world. It insists on banishing
the fear of diversity in methods and techniques, as the traditional idea of seeing it as a weakness
can be its distinctive quality. Such a stance contributes not only to dialogue among researchers
but also to building encounters with all those involved in the problems being investigated. It
also opens a door to discursive equity and the autonomy of plural voices, born from bringing
together various disciplines embodied in groups that surpass interdisciplinary intentions and
can define what must be built with knowledge (including non-academic knowledge).
In Conference 3 of the aforementioned topic, the idea is further deepened when the link bet-
ween horizontality, mixed methods, and reflexivity is unfolded. Initially, a historical-logical ap-
proach is taken to three essential moments in the discursive construction of methodological
debates: the quantitative consensus in social sciences of the first half of the 20th century, through