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EFFECTS OF FORMATIVE ASSESSMENT
ON COMPETENCY DEVELOPMENT
Musurmonova Saodat
Abstract:
The purpose of this study is to explore how formative assessment
impacts the development of competencies in science and technology. Assessment plays
a vital role in bridging instruction and learning. Although it appears in multiple
formats, its primary role is to determine how much knowledge and understanding
students have gained during a lesson or series of lessons. William (2010) emphasizes
that assessment is a key element of successful teaching, as it is the only way to confirm
whether students have comprehended the material. Formative assessment, in particular,
is an ongoing process that occurs alongside learning, aiming to track and enhance
student performance. Hattie (2012) highlights that this type of assessment responds to
individual student needs and significantly contributes to educational progress. Despite
strong support for the benefits of formative assessment, certain aspects still require
deeper research.
Keywords:
learning analysis, self-regulation, primary education, academic
achievement, metacognition
Introduction
One area that requires further investigation is the impact of formative assessment
on the acquisition of scientific and technological competencies. Although existing
research has addressed this topic, gaps remain—particularly in relation to implicit
theories of learning and the challenges educators face in integrating formative
assessment into everyday teaching practices. Moreover, there is a notable lack of
intercultural research on the planning and implementation of formative assessment in
classroom settings, especially in under-explored regions such as Peru. This country, as
noted by Beriche and Medina (2021), Fernández et al. (2022), and Mollo and Medina
(2020), remains among the least studied national contexts concerning formative
assessment.
Black and Wiliam (2009) draw a crucial distinction between formative and
summative assessment, emphasizing the formative aspect as being "in process."
Formative assessment is conducted before or during instruction and is intended to
inform teaching strategies and better address student needs. In contrast, summative
assessment takes place at the end of an instructional period and is concerned solely
with evaluating what has been learned, without influencing instructional decisions or
adapting to student needs.
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Black and Wiliam also identify five key components of effective formative
assessment:
1.
Clarifying learning intentions and success criteria
– Clearly
communicating what students are expected to learn and how their success will be
measured.
2.
Designing discussions and tasks
– Creating learning activities that
generate evidence of student understanding.
3.
Providing constructive feedback
– Delivering feedback that helps
students progress and refine their understanding.
4.
Engaging students with meaningful learning resources
– Using tools
and materials that align with students’ evolving learning needs.
5.
Fostering self-regulated learning
– Encouraging students to take
ownership of their learning process.
These components highlight the ongoing and responsive nature of formative
assessment, in contrast to the finality and retrospective focus of summative assessment.
It is insufficient to merely deliver content; formative assessment also requires the
intentional sharing of metacognitive strategies that help students master that content.
Students must learn to evaluate their own work using both personal and teacher-defined
criteria, develop efficient study methods, manage their time and effort effectively, and
become aware of their own knowledge and learning needs.
Teaching and learning are best understood as processes of regulation and self-
regulation. Teacher regulation involves adapting instruction based on observed student
needs and difficulties, while self-regulation refers to students developing and refining
personal learning strategies over time. In this model, students are encouraged to
become autonomous learners, engaging in metacognitive behaviors to guide and
improve their learning.
Assessment, therefore, serves multiple functions: it supports students by revealing
their progress and challenges, helps them become more aware of their learning, and
guides instructional decisions. Teachers should foster learning environments that
encourage social interaction and mutual regulation—where students learn with and
from one another. Metacognitive awareness grows with maturity and includes the
ability to consciously direct learning, recognize and correct mistakes, transfer
knowledge across contexts, and adapt learning behaviors.
From a policy perspective, formative assessment as a process of recognizing and
reinforcing student learning as it occurs. Cognitively, it involves understanding the
mental strategies students use to reach learning goals. Drawing from socio-cultural
theory, particularly Vygotsky’s (1978) concept of the zone of proximal development,
formative assessment aims to identify not only what students know but also what they
are capable of learning with guidance, including recognition of potential errors.
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Sanmartí (2010) emphasizes that formative assessment is a process of gathering and
analyzing information to inform decision-making in both teaching and learning. He
argues against the traditional view of the teacher as the sole regulator, advocating
instead for strategies that promote student self-regulation—making metacognition a
central dimension of formative assessment. In societies where grading is deeply
entrenched, promoting metacognitive growth is essential to help students become
autonomous learners. However, metacognitive abilities do not develop on their own.
As Pozo and Mateos (2009) argue, these skills must be explicitly taught, enabling
students to plan, monitor, and evaluate their own use of knowledge. Achieving this
requires intentional instructional and assessment strategies designed to promote
independent, reflective learning.
CONCLUSIONS
Formative assessment predicts the degree of development of scientific and
technological competencies in school education. The robust validation of all four
hypotheses through hypothesis testing unequivocally supports the effectiveness of
formative assessment in enhancing learning outcomes. This becomes particularly
impactful when combined with transparent performance criteria and shared
improvement strategies, significantly contributing to the overall learning experience.
Used literature:
1.
Black, P., & William, D. (2009). Developing the theory of formative assessment.
Educational
Assessment,
Evaluation
and
Accountability,
21,
5-31.
https://doi.org/10.4135/9781446250808
2.
Hattie,
J.
(2012).
Visible
learning
inside
.
Routledge.
https://doi.org/10.4324/9780203181522-6
3.
Beriche, M., & Medina, P. (2021). Formative evaluation: Implementation and main
challenges present on schools or higher education.
Educación
[
Education
]
, 27
(2),
201-208. https://doi.org/10.33539/ educacion.2021.v27n2.2433
4.
Fernández, D., Banay, W., De la Cruz, L., & Alegre, J. (2022). Learning
achievement and competences development through formative assessment.
Revista
de Investigación en Ciencias de la Educación
[
Journal of Research in Educational
Sciences
]
, 6
(23), 418-428. https://doi.org/10.33996/revista horizontes.v6i23.344
5.
Sanmartí, N. (2010). Aprender a evaluarse: Motor de todo aprendizaje [Learning
to evaluate yourself: Engine of all learning].
Aula de Innovación Educativa
[
Educational Innovation Classroom
]
, 192
(6), 26-29.
