16
General and Social Pedagogy
REGGIO DI CALABRIA
Overview
Date/time interval
Syllabus
Course Objectives
Objectives
It is essential not only to provide students with the opportunity to delve into theoretical aspects but also to gain hands-on experience with various observation techniques. This approach aims to enable a comprehensive analysis of the educational context, moving beyond the superficial impressions that individuals might have. The goal is to guide every action towards the exploration and understanding of a specific phenomenon, allowing for a description that is as accurate and complete as possible of the characteristics of a particular educational environment.
The main educational objectives include:
Gaining solid theoretical knowledge and practical skills in observation.
Developing reflective competence, along with the ability to analyze, describe, and act within educational and social contexts and phenomena.
Acquiring methodological knowledge related to observation, necessary for designing and implementing educational interventions in a contemporary society characterized by high complexity.
Course Prerequisites
Foundations of General Pedagogy
Having a solid foundation in the fundamentals of general pedagogy is essential for students of Primary Education Sciences. General pedagogy provides the theories, principles, and fundamental practices that guide the educational and teaching process. Understanding these concepts helps students develop a critical and informed view of education, allowing them to interact more effectively with complex and diverse educational contexts.
An in-depth knowledge of general pedagogy enables students to:
Understand key educational theories: the pillars of general pedagogy include a wide range of theories that explore how individuals learn and develop skills throughout their lives. Familiarizing themselves with these theories helps students apply effective and targeted educational strategies.
Solve educational problems: general pedagogy prepares students to face and resolve issues that may arise in the educational context by adopting approaches based on a deep understanding of teaching and learning dynamics.
Bridge theory and practice: students learn to translate pedagogical theory into daily practice, continuously improving their teaching methodologies through observation and critical reflection.
Adapt to continuously evolving educational contexts: with a solid pedagogical foundation, students can tackle the challenges of a rapidly changing educational landscape, responding adequately to new trends and technologies.
Teaching Methods
During the laboratory, there will be an alternation between traditional lectures and dialogic sessions, combined with active methodologies, creating a dynamic and interactive learning environment. The traditional lectures will provide students with the necessary theoretical foundations, explaining key concepts and offering a structured overview of the topics covered. These sessions will be complemented by dialogic lectures, during which students will be encouraged to participate actively, asking questions, sharing their opinions, and discussing the content with instructors and peers.
The active methodologies will include case studies and analysis, providing an opportunity to apply theoretical knowledge to real or simulated scenarios. This practice will help students develop problem-solving skills and gain a better understanding of the complexities of practical situations. Moreover, group work will be a fundamental element of the laboratory, as it promotes collaboration, communication, and the ability to work effectively in teams. Students will learn to integrate different perspectives and actively contribute to achieving common goals, thus preparing them for a professional career in complex and collaborative educational contexts.
Assessment Methods
During the course, practical exercises will be proposed to assess learning processes in progress. The use of phenomenological vignettes, an innovative tool, will also be suggested to enhance the acquisition of critical thinking, facilitate teamwork, and improve the skills of observing and describing educational phenomena.
The final assessment will be oral and will consist of a discussion of the materials and exercises completed during the lessons. This evaluation will verify the students' knowledge of the methodological-operational tools learned, ensuring that they are able to integrate theory and practice effectively and critically.
Grade Definition:
The assessment of skills aims to confirm independent reflection and the ability to apply knowledge and skills in the workplace. Performance evaluation is expressed in thirtieths (from 18/30 to 30/30 with honors) according to the following standards:
Excellent (30 – 30 with honors): The student demonstrates complete, comprehensive, and detailed mastery of the topics. He or she demonstrates marked critical maturity, impeccable scientific language, and a perfect ability to connect theory to practice.
Excellent (28 - 29): Preparation is thorough and solid. Excellent command of language and a confident ability for critical analysis and application of content to real-world situations are evident.
Good (25 - 27): Knowledge of the content is adequate and well-structured. The student uses scientific terminology correctly, demonstrating strong personal development skills and a timely contextualization of theoretical knowledge within the operational dynamics of the workplace.
Fair (22-24): A reasonable understanding of the topics covered is evident. Proficiency with technical language is acceptable, and the student has a basic ability to connect theory and applied contexts.
Sufficient (18-21): Knowledge is superficial or limited to general aspects. Scientific language is adequate, and the ability to analyze and connect is present, albeit at a basic level.
Insufficient: Significant learning gaps, improper use of terminology, or knowledge based solely on memory without understanding are evident.
Texts
Educational materials will be provided during the laboratory hours (scientific articles, handouts, case studies).
Contents
In the laboratory course proposed for students of Primary Education Sciences, the main objective is to guide them in "Learning to Observe," thereby developing their ability to reflect and think critically. The topics covered in the program include:
Definition, Evolution, and Historical Framework: Exploration of the origins and development of observation in the educational context.
Purposes of Observation: Analysis of the objectives and benefits of observation to improve educational practice and student understanding.
Characteristics of the Educational Context: Examination of the environmental dynamics that influence the observation process and classroom interaction.
The Observer: Competencies and Posture: Study of the qualities and skills necessary for a good observer, including ethics and professional approach.
Observational Methods and Tools: In-depth exploration of various techniques and tools available for effective and accurate observation.
This program is designed to equip students with the necessary skills to become attentive and critical observers in their future roles as educators.
In the context of the laboratory course for students of Primary Education Sciences, the expected outcomes are described as follows:
Historical and Conceptual Understanding:
Students will be able to describe the historical evolution of observation in the educational context and explain its significance and modern application.
Clarity on Observation Objectives:
Students will know how to identify and articulate the specific purposes of observation, including how it can improve educational practices and support student development.
Ability to Analyze Context:
Students will be capable of evaluating and recognizing the specific characteristics of the educational context that influence the observation process, adapting their strategies accordingly.
Development of Observer Competencies:
Students will acquire the necessary skills to conduct effective observations, understanding the importance of a professional and ethical posture during the observation process.
Use of Observational Methods and Tools:
Students will be able to select and apply different observation methods and tools correctly, demonstrating effectiveness in acquiring and interpreting data in educational contexts.
Critical Thinking and Reflection:
Students will be encouraged to think critically about their observations and use their conclusions to improve educational practices and facilitate constructive feedback.
Communication Skills:
Finally, students will develop the ability to present their observations and analyses clearly and persuasively to various educational stakeholders, such as colleagues, teachers, and administrators.
These expected outcomes aim to prepare students to become aware educators, capable of observing and reflecting on the educational process effectively and professionally.
Expected Learning Outcomes (Dublin Descriptors)
By the end of the laboratory, students should demonstrate that they have acquired theoretical knowledge and practical skills required to identify emerging needs in the complex socio-cultural scenarios of today:
Knowledge and Understanding: be able to recognize new educational needs within the contemporary global context and identify them through a thorough analysis of individual, contextual, and social variables.
Applied Knowledge and Understanding: be proficient in using the observational methodologies introduced during the course to critically analyze and evaluate situations and issues related to the educational context; be capable of designing and implementing educational interventions that value and promote diversity.
Independent Judgment: develop a personal perspective on the central topics of the laboratory by selecting appropriate methodologies and operational tools.
Communication Skills: be able to manage information and communicate effectively using appropriate technical and specialized language.
Learning and Interaction Skills: be capable of interacting and cooperating with team members to achieve common goals or complete tasks effectively and efficiently; be adept at evaluating information, identifying connections, and formulating solutions to address emerging needs in complex contemporary socio-cultural scenarios.
These outcomes are essential for working productively and innovatively in the pedagogical field, fostering a critical and collaborative approach.
More information
The professor is available for meetings both in person and remotely, by appointment via email.