| 10611991 | USE AND INTERPRETATION OF PSYCHOLOGICAL TESTS [M-PSI/03] [ITA] | 2nd | 1st | 6 |
Educational objectives General aims
The course aims to provide the student with more information related to the construction, validation and clinical use of a psychological test. The student will have the opportunity to deepen cognitive and personality tests and deal with coding, completing a notation protocol and writing a textological report.
Specific aims
knowledge and understanding
At the end of the course the student will have acquired knowledge of some of the cognitive and personality tests among the best known and used in the national and international testing scenario.
applying knowledge and understanding
The student will have acquired the necessary knowledge that allows a choice of psychological tests to be used according to the criteria of validity and reliability.
making judgements
The student will have acquired the capacity to evaluate the properties of psychological tests.
communication skills
The student will have acquired communication skills of the cognitive abilities and the personological dimensions possessed by a subject who has been given a specific test treated during the course.
learning skills
The student will have acquired the basics to continue learning and deepening the issues related to psychological testing.
|
| USE AND INTERPRETATION OF PSYCHOLOGICAL TESTS [M-PSI/03] [ITA] | 2nd | 1st | 3 |
Educational objectives General aims
The course aims to provide the student with more information related to the construction, validation and clinical use of a psychological test. The student will have the opportunity to deepen cognitive and personality tests and deal with coding, completing a notation protocol and writing a textological report.
Specific aims
knowledge and understanding
At the end of the course the student will have acquired knowledge of some of the cognitive and personality tests among the best known and used in the national and international testing scenario.
applying knowledge and understanding
The student will have acquired the necessary knowledge that allows a choice of psychological tests to be used according to the criteria of validity and reliability.
making judgements
The student will have acquired the capacity to evaluate the properties of psychological tests.
communication skills
The student will have acquired communication skills of the cognitive abilities and the personological dimensions possessed by a subject who has been given a specific test treated during the course.
learning skills
The student will have acquired the basics to continue learning and deepening the issues related to psychological testing.
|
| TEST SCORING AND REPORT WRITING [M-PSI/03] [ITA] | 2nd | 1st | 3 |
Educational objectives General aims
The course aims to provide the student with more information related to the construction, validation and clinical use of a psychological test. The student will have the opportunity to deepen cognitive and personality tests and deal with coding, completing a notation protocol and writing a textological report.
Specific aims
knowledge and understanding
At the end of the course the student will have acquired knowledge of some of the cognitive and personality tests among the best known and used in the national and international testing scenario.
applying knowledge and understanding
The student will have acquired the necessary knowledge that allows a choice of psychological tests to be used according to the criteria of validity and reliability.
making judgements
The student will have acquired the capacity to evaluate the properties of psychological tests.
communication skills
The student will have acquired communication skills of the cognitive abilities and the personological dimensions possessed by a subject who has been given a specific test treated during the course.
learning skills
The student will have acquired the basics to continue learning and deepening the issues related to psychological testing.
|
| 10611993 | METHODOLOGY OF CLINICAL RESEARCH [M-PSI/03] [ITA] | 2nd | 1st | 6 |
Educational objectives General objectives
The educational objectives of the course concern the ability to manage the methods and techniques for the development, control, theoretical and statistical validation of clinical research models. It is proposed a top-down logic to tackle the problems, from general to particular, with the aim of studying step by step the research process applied to the clinic situations, contributing to students' full awareness of this process and its outcomes. Ample space is given to clinical issues.
The course will be done along the following lines: knowing how to design a clinical study (from the research question, bibliographic research and literature review, design of the experimental protocol, selection of variables to be measured, data collection), knowing how to analyze data (descriptive and inferential statistics, how to report the results) and discussing the results (by linking them to the literature), knowing how to read and write a scientific article, knowing how to present a research (report simulations).
The final work will consist of a part relating to the bibliographic research carried out for the implementation of the theoretical part, of a presentation (as a simulation of a report at a conference), of a presentation in public, with the presence of the other groups of students trained during lessons.
Specific Objectives
Knowledge and understanding capacity:
The students will develop skills suitable for retrieving information related to research processes, also using databases recognized by the scientific community. The students will develop the ability to extract the fundamental information for the identification of the significant components of a research process. In turn, they will be able to design, monitor and communicate an original research project, referring to data collection strategies, adequate statistical techniques for their analysis and advanced techniques for dissemination/sharing. They will develop an approach leading from an initial knowledge and description of phenomena based on clinical methodology to a "cultured" clinical vision, that is, supported by demonstrable and communicable evidence to others, according to one of the basic principles of the scientific method.
Ability to apply knowledge and understanding:
The student will develop skills to read, interpret, comment and at the end of the course independently develop research models in the clinical field. The student will be able to use IT and statistical tools for an in-depth reading of the observed phenomena. They will be able to choose, use and monitor psychometric tools, both to the category of psychophysiological measurements, and to purely observational ones of behaviour. Strong emphasis will be given to the importance of information sciences in this area.
Critical Scientific spirit:
Real research models taken from already published studies and study simulations will be presented during the lessons. Strong relevance will be given to the social applications of research, such as those oriented towards the quality of life, the clinician-patient relationship, fragile or disabled people, both adults and children. In addition to these parts, laboratory experiences will be planned for the experimentation of psychometric tools, tools for observation and coding, tools for recording the observations made in information structures.
Communication skills:
The student, through the final work, will demonstrate that has developed skills for the presentation of a scientific study in its entirety, with the simulation of a congress. Students will be trained in the methods of transmitting information both from the point of view of writing and as regards the use of multimedia technologies. During the lessons, opportunities to verify the progress of these works will be periodically scheduled.
Learning ability:
Students who will pass the exam will be able to critically read the results of the scientific literature; will be able to interpret experimental designs and clinical protocols; they will know the characteristics of clinical trials and the statistical techniques for their analyses. Students who will pass the exam will be able to critically evaluate the effectiveness of experimental procedures in a clinical setting; will be able to choose the statistical techniques suitable for different types of experimental protocols; will be able to critically read the results of research in the most up-to-date scientific literature; they will be able to create a clinical protocol model based on data checks, hypothesis testing, publication of results.
|
| METHODOLOGY OF CLINICAL RESEARCH [M-PSI/03] [ITA] | 2nd | 1st | 3 |
Educational objectives General objectives
The educational objectives of the course concern the ability to manage the methods and techniques for the development, control, theoretical and statistical validation of clinical research models. It is proposed a top-down logic to tackle the problems, from general to particular, with the aim of studying step by step the research process applied to the clinic situations, contributing to students' full awareness of this process and its outcomes. Ample space is given to clinical issues.
The course will be done along the following lines: knowing how to design a clinical study (from the research question, bibliographic research and literature review, design of the experimental protocol, selection of variables to be measured, data collection), knowing how to analyze data (descriptive and inferential statistics, how to report the results) and discussing the results (by linking them to the literature), knowing how to read and write a scientific article, knowing how to present a research (report simulations).
The final work will consist of a part relating to the bibliographic research carried out for the implementation of the theoretical part, of a presentation (as a simulation of a report at a conference), of a presentation in public, with the presence of the other groups of students trained during lessons.
Specific Objectives
Knowledge and understanding capacity:
The students will develop skills suitable for retrieving information related to research processes, also using databases recognized by the scientific community. The students will develop the ability to extract the fundamental information for the identification of the significant components of a research process. In turn, they will be able to design, monitor and communicate an original research project, referring to data collection strategies, adequate statistical techniques for their analysis and advanced techniques for dissemination/sharing. They will develop an approach leading from an initial knowledge and description of phenomena based on clinical methodology to a "cultured" clinical vision, that is, supported by demonstrable and communicable evidence to others, according to one of the basic principles of the scientific method.
Ability to apply knowledge and understanding:
The student will develop skills to read, interpret, comment and at the end of the course independently develop research models in the clinical field. The student will be able to use IT and statistical tools for an in-depth reading of the observed phenomena. They will be able to choose, use and monitor psychometric tools, both to the category of psychophysiological measurements, and to purely observational ones of behaviour. Strong emphasis will be given to the importance of information sciences in this area.
Critical Scientific spirit:
Real research models taken from already published studies and study simulations will be presented during the lessons. Strong relevance will be given to the social applications of research, such as those oriented towards the quality of life, the clinician-patient relationship, fragile or disabled people, both adults and children. In addition to these parts, laboratory experiences will be planned for the experimentation of psychometric tools, tools for observation and coding, tools for recording the observations made in information structures.
Communication skills:
The student, through the final work, will demonstrate that has developed skills for the presentation of a scientific study in its entirety, with the simulation of a congress. Students will be trained in the methods of transmitting information both from the point of view of writing and as regards the use of multimedia technologies. During the lessons, opportunities to verify the progress of these works will be periodically scheduled.
Learning ability:
Students who will pass the exam will be able to critically read the results of the scientific literature; will be able to interpret experimental designs and clinical protocols; they will know the characteristics of clinical trials and the statistical techniques for their analyses. Students who will pass the exam will be able to critically evaluate the effectiveness of experimental procedures in a clinical setting; will be able to choose the statistical techniques suitable for different types of experimental protocols; will be able to critically read the results of research in the most up-to-date scientific literature; they will be able to create a clinical protocol model based on data checks, hypothesis testing, publication of results.
|
| EXPERIMENTATION AND PRESENTATION OF RESULTS [M-PSI/03] [ITA] | 2nd | 1st | 3 |
Educational objectives General objectives
The educational objectives of the course concern the ability to manage the methods and techniques for the development, control, theoretical and statistical validation of clinical research models. It is proposed a top-down logic to tackle the problems, from general to particular, with the aim of studying step by step the research process applied to the clinic situations, contributing to students' full awareness of this process and its outcomes. Ample space is given to clinical issues.
The course will be done along the following lines: knowing how to design a clinical study (from the research question, bibliographic research and literature review, design of the experimental protocol, selection of variables to be measured, data collection), knowing how to analyze data (descriptive and inferential statistics, how to report the results) and discussing the results (by linking them to the literature), knowing how to read and write a scientific article, knowing how to present a research (report simulations).
The final work will consist of a part relating to the bibliographic research carried out for the implementation of the theoretical part, of a presentation (as a simulation of a report at a conference), of a presentation in public, with the presence of the other groups of students trained during lessons.
Specific Objectives
Knowledge and understanding capacity:
The students will develop skills suitable for retrieving information related to research processes, also using databases recognized by the scientific community. The students will develop the ability to extract the fundamental information for the identification of the significant components of a research process. In turn, they will be able to design, monitor and communicate an original research project, referring to data collection strategies, adequate statistical techniques for their analysis and advanced techniques for dissemination/sharing. They will develop an approach leading from an initial knowledge and description of phenomena based on clinical methodology to a "cultured" clinical vision, that is, supported by demonstrable and communicable evidence to others, according to one of the basic principles of the scientific method.
Ability to apply knowledge and understanding:
The student will develop skills to read, interpret, comment and at the end of the course independently develop research models in the clinical field. The student will be able to use IT and statistical tools for an in-depth reading of the observed phenomena. They will be able to choose, use and monitor psychometric tools, both to the category of psychophysiological measurements, and to purely observational ones of behaviour. Strong emphasis will be given to the importance of information sciences in this area.
Critical Scientific spirit:
Real research models taken from already published studies and study simulations will be presented during the lessons. Strong relevance will be given to the social applications of research, such as those oriented towards the quality of life, the clinician-patient relationship, fragile or disabled people, both adults and children. In addition to these parts, laboratory experiences will be planned for the experimentation of psychometric tools, tools for observation and coding, tools for recording the observations made in information structures.
Communication skills:
The student, through the final work, will demonstrate that has developed skills for the presentation of a scientific study in its entirety, with the simulation of a congress. Students will be trained in the methods of transmitting information both from the point of view of writing and as regards the use of multimedia technologies. During the lessons, opportunities to verify the progress of these works will be periodically scheduled.
Learning ability:
Students who will pass the exam will be able to critically read the results of the scientific literature; will be able to interpret experimental designs and clinical protocols; they will know the characteristics of clinical trials and the statistical techniques for their analyses. Students who will pass the exam will be able to critically evaluate the effectiveness of experimental procedures in a clinical setting; will be able to choose the statistical techniques suitable for different types of experimental protocols; will be able to critically read the results of research in the most up-to-date scientific literature; they will be able to create a clinical protocol model based on data checks, hypothesis testing, publication of results.
|
| 10611868 | CLINICAL HEALTH AND QUALITY OF LIFE PSYCHOMETRICS [M-PSI/03] [ITA] | 2nd | 1st | 6 |
Educational objectives General Objectives: The course on Psychometrics, Quantitative Research, and Data Analysis aims to provide students with a solid foundation of knowledge and skills in the field of psychometrics as it relates to quantitative research methods and data analysis. The course seeks to develop critical understanding and the ability to apply psychometric principles and techniques in the assessment, measurement, and interpretation of psychological data for research purposes.
Specific Objectives:
1. Understand the fundamental concepts of psychometrics and their application in quantitative research.
2. Acquire knowledge of the theories and models used in psychometric assessment and measurement.
3. Develop skills in the use of psychometric instruments and techniques for data collection, analysis, and interpretation.
4. Apply acquired skills to evaluate and measure psychological constructs in quantitative research settings.
5. Develop the ability to critically evaluate the validity and reliability of psychometric instruments.
6. Gain an understanding of ethical considerations in psychometric research, quantitative research methods, and data analysis.
Application of Knowledge and Understanding: Students will be able to apply the knowledge gained in psychometrics to select and use appropriate psychometric tools for data collection and analysis in quantitative research. They will demonstrate the ability to interpret and draw meaningful conclusions from the obtained results using quantitative research methods, psychometric principles, and data analysis techniques.
Autonomy of Judgment: Students will develop autonomy of judgment through critical analysis and interpretation of psychometric data in quantitative research settings. They will be able to assess the validity and reliability of the instruments used and evaluate the practical implications of psychometric measurements in research.
Communication Skills: Students will acquire effective communication skills to present research findings using psychometric data analysis techniques. They will be able to communicate their results clearly and accurately, both in written and oral form, using appropriate technical language.
Learning Skills: The course will foster students' continuous learning skills in the field of psychometrics, quantitative research methods, and data analysis. They will be encouraged to explore relevant scientific literature, stay updated on the latest research and developments in the field, and adopt a critical and reflective approach to learning.
Prerequisites: Prerequisites for the course on Psychometrics, Quantitative Research, and Data Analysis may include a foundation in general psychology, statistics, and research methodology. It is desirable for students to have familiarity with basic principles of psychology, including psychological constructs, assessment methods, and data interpretation. Additionally, a good understanding of descriptive and inferential statistics will be beneficial as statistical methods are often employed in the analysis of psychometric data. Furthermore, students are recommended to have completed related courses such as Clinical Psychology, Psychological Assessment, or Research Methods in Psychology to establish a strong basis for the topics covered in the Psychometrics, Quantitative Research, and Data Analysis course.
|
| CLINICAL HEALTH AND QUALITY OF LIFE PSYCHOMETRICS [M-PSI/03] [ITA] | 2nd | 1st | 3 |
Educational objectives General Objectives: The course on Psychometrics, Quantitative Research, and Data Analysis aims to provide students with a solid foundation of knowledge and skills in the field of psychometrics as it relates to quantitative research methods and data analysis. The course seeks to develop critical understanding and the ability to apply psychometric principles and techniques in the assessment, measurement, and interpretation of psychological data for research purposes.
Specific Objectives:
1. Understand the fundamental concepts of psychometrics and their application in quantitative research.
2. Acquire knowledge of the theories and models used in psychometric assessment and measurement.
3. Develop skills in the use of psychometric instruments and techniques for data collection, analysis, and interpretation.
4. Apply acquired skills to evaluate and measure psychological constructs in quantitative research settings.
5. Develop the ability to critically evaluate the validity and reliability of psychometric instruments.
6. Gain an understanding of ethical considerations in psychometric research, quantitative research methods, and data analysis.
Application of Knowledge and Understanding: Students will be able to apply the knowledge gained in psychometrics to select and use appropriate psychometric tools for data collection and analysis in quantitative research. They will demonstrate the ability to interpret and draw meaningful conclusions from the obtained results using quantitative research methods, psychometric principles, and data analysis techniques.
Autonomy of Judgment: Students will develop autonomy of judgment through critical analysis and interpretation of psychometric data in quantitative research settings. They will be able to assess the validity and reliability of the instruments used and evaluate the practical implications of psychometric measurements in research.
Communication Skills: Students will acquire effective communication skills to present research findings using psychometric data analysis techniques. They will be able to communicate their results clearly and accurately, both in written and oral form, using appropriate technical language.
Learning Skills: The course will foster students' continuous learning skills in the field of psychometrics, quantitative research methods, and data analysis. They will be encouraged to explore relevant scientific literature, stay updated on the latest research and developments in the field, and adopt a critical and reflective approach to learning.
Prerequisites: Prerequisites for the course on Psychometrics, Quantitative Research, and Data Analysis may include a foundation in general psychology, statistics, and research methodology. It is desirable for students to have familiarity with basic principles of psychology, including psychological constructs, assessment methods, and data interpretation. Additionally, a good understanding of descriptive and inferential statistics will be beneficial as statistical methods are often employed in the analysis of psychometric data. Furthermore, students are recommended to have completed related courses such as Clinical Psychology, Psychological Assessment, or Research Methods in Psychology to establish a strong basis for the topics covered in the Psychometrics, Quantitative Research, and Data Analysis course.
|
| DESIGN AND IMPLEMENTATION OF QUESTIONNAIRES FOR ASSESSING CLINICAL EFFECTIVENESS [M-PSI/03] [ITA] | 2nd | 1st | 3 |
Educational objectives General Objectives: The course on Psychometrics, Quantitative Research, and Data Analysis aims to provide students with a solid foundation of knowledge and skills in the field of psychometrics as it relates to quantitative research methods and data analysis. The course seeks to develop critical understanding and the ability to apply psychometric principles and techniques in the assessment, measurement, and interpretation of psychological data for research purposes.
Specific Objectives:
1. Understand the fundamental concepts of psychometrics and their application in quantitative research.
2. Acquire knowledge of the theories and models used in psychometric assessment and measurement.
3. Develop skills in the use of psychometric instruments and techniques for data collection, analysis, and interpretation.
4. Apply acquired skills to evaluate and measure psychological constructs in quantitative research settings.
5. Develop the ability to critically evaluate the validity and reliability of psychometric instruments.
6. Gain an understanding of ethical considerations in psychometric research, quantitative research methods, and data analysis.
Application of Knowledge and Understanding: Students will be able to apply the knowledge gained in psychometrics to select and use appropriate psychometric tools for data collection and analysis in quantitative research. They will demonstrate the ability to interpret and draw meaningful conclusions from the obtained results using quantitative research methods, psychometric principles, and data analysis techniques.
Autonomy of Judgment: Students will develop autonomy of judgment through critical analysis and interpretation of psychometric data in quantitative research settings. They will be able to assess the validity and reliability of the instruments used and evaluate the practical implications of psychometric measurements in research.
Communication Skills: Students will acquire effective communication skills to present research findings using psychometric data analysis techniques. They will be able to communicate their results clearly and accurately, both in written and oral form, using appropriate technical language.
Learning Skills: The course will foster students' continuous learning skills in the field of psychometrics, quantitative research methods, and data analysis. They will be encouraged to explore relevant scientific literature, stay updated on the latest research and developments in the field, and adopt a critical and reflective approach to learning.
Prerequisites: Prerequisites for the course on Psychometrics, Quantitative Research, and Data Analysis may include a foundation in general psychology, statistics, and research methodology. It is desirable for students to have familiarity with basic principles of psychology, including psychological constructs, assessment methods, and data interpretation. Additionally, a good understanding of descriptive and inferential statistics will be beneficial as statistical methods are often employed in the analysis of psychometric data. Furthermore, students are recommended to have completed related courses such as Clinical Psychology, Psychological Assessment, or Research Methods in Psychology to establish a strong basis for the topics covered in the Psychometrics, Quantitative Research, and Data Analysis course.
|