Introduction to Informatics


COURSE OUTLINE 13

  1. GENERAL
SCHOOL SOCIAL, POLITICAL AND ECONOMIC STUDIES
SECTION SOCIAL POLICY
LEVEL OF STUDIES LEVEL 6
COURSE CODE 13 SEMESTER OF STUDY 1st
COURSE TITLE Introduction to Informatics
INDEPENDENT TEACHING ACTIVITIES
where credit is awarded for discrete parts of the course e.g. lectures, laboratory exercises, etc. If credit is awarded for the whole course, indicate the weekly teaching hours and the total number of credits
TEACHING WEEKS CREDIT UNITS
3 6
 
 
Add rows if necessary. The teaching organisation and the teaching methods used are described in detail in 4.
TYPE OF COURSE

Background , General Knowledge, Scientific Area, Skills Development

Skills Development
PREREQUISITE COURSES:

 

LANGUAGE OF TEACHING AND EXAMINATION: GREEK
THE COURSE IS OFFERED TO ERASMUS STUDENTS YES
ELECTRONIC COURSE PAGE (URL) https://eclass.duth.gr/courses/438189/
  1. LEARNING OUTCOMES
LearningOutcomes
The learning outcomes of the course are described as the specific knowledge, skills and competences of an appropriate level that students will acquire after successful completion of the course.

ConsultAnnex A

·    Description of the Level of Learning Outcomes for each cycle of study according to the Qualifications Framework of the European Higher Education Area

·    Descriptive Indicators for Levels 6, 7 & 8 of the European Qualifications Framework for Lifelong Learning

and Annex B

·    LearningOutcomesWritingGuide

The students who will attend this course will gain a first contact with the basic principles of the information technology and the Internet, their applications and services, as well as with the main milestones of the evolution of computer technologyto date. The students will get familiar with the theoretical concepts of information collection, data organization and analysis. Additionally, they will be aware of the most important challenges of modern informatics, such as ethics in artificial intelligent, social computing, protection of personal data, fake news on the Internet and the impact they have on themodern society.The aim of the course is toallow the participants to be active users of the computing technologies and the services they offer, to facilitate the understanding of social phenomena. Additionally, it contributes to the developmentof a critical thinking with regards to the impact of the latest developments in informatics on the social reality.
General skills
Taking into account the general competences that the graduate should have acquired (as listed in the Diploma Supplement and listed below), which one(s) does the course aim at?
Search, analysis and synthesis of data and information, using the necessary technologies

Adapting to new situations

Decision-making

Autonomous work

Teamwork

Working in an international environment

Working in an interdisciplinary environment

Generating new research ideas

Project planning and management

Respect for diversity and multiculturalism

Respect for the natural environment

Demonstrate social, professional and ethical responsibility and sensitivity to gender issues

Exercise of criticism and self-criticism

Promoting free, creative and inductive thinking

·         Data collection, analysis and visualizationbased onsoftware tools.

·         Preparation of individual or group project.

  1. COURSE CONTENT
The course focuses on familiarizing students with the basic concepts and applications of the information technologies. It begins with a brief historical review of some critical moments in the development and evolution of technology. Then, it focuses on the basic theoretical concepts of data collection, analysis, and visualization. Finally, it examines the influence of technology and the impact of the latest developments of information and computing technology in all the areas of life at individual, social and global level. The course does not require – although it is facilitated by – computer literacy.

Indicative concepts:

  1. History of information technology – cybernetics, from antiquity to the present day / artificial intelligence / society and politics of information technology development
  2. Information society/ technical and social characteristics/ importance of services and information/ telecommunication networks/ the internet/ basic applications
  3. Principles of data collection, storage, organization, analysis, and visualization. Basic theory of databases.
  4. Integration of the individual in IT / economic inclusion / political inclusion / knowledge transfer / minority empowerment / ensuring equality
  5. Global technology/digital divide/other global issues/application of technology to life, society, nations
  6. Improving life through e-applications in medicine, education, environment, career, home, law enforcement, everyday life
  7. Use of the internet: Exploiting Web resources / The Internet and how it works / Communicating and collaborating on the web / Entertaining on the web / Accessing and browsing the web / Effective searching / Directories /
  8. Social networks and the role in the evolution of relationships and behaviours/communication and email/podcasts and webcasts/effective use of search engines/evaluation of online sites
  9. Issues related to technology and ethics, such as intellectual property rights, data protection, e-commerce, free speech, computer abuse/analysis of the concept of ethical behaviour/issues of ethics and technology
  10. Cybercrime and identity theft/ computer viruses and worms, types, ways of infection, causes of existence, symptoms/ preventing infections and protection against viruses/hackers and their modes of action/ denial of service attacks
  11. Protection of personal data in the EU and in Greece / presentation of the mechanisms of the two directives (general/ telecommunications) and the corresponding Greek laws.
  12. Protection of the individual as a consumer in electronic transactions/ presentation of the institutional framework for distance contracts, abusive GTC, producer and service provider liability, etc.
  13. Cybercrime / main forms / jurisdictional and law enforcement issues
  14. Key legislative initiatives to solve the problems and promote IT / Directive on electronic signature – and Greek draft law / Directive on electronic commerce – and Greek draft law / Directives on the protection of copyright in computer programs and databases
  15. EU policies to promote ICT/ Green – White Paper / Support – Strengthening Programmes for e-initiatives, e-Europe/ ISPO/ Initiatives to protect minors and prevent illegal content
  16. System security: protection of digital data and the system; web intrusion management/malware/software protection/protection and restriction of access to websites/social engineering/digital data backup/protection of physical computer resources.
  17. Key IT problems for the individual and technical solutions / Use of personal data / Illegal and harmful content / Misleading content / Security of transactions / Evidence issues / Cryptography / Trusted third parties / Integrated transaction platforms
  18. GDPR
  1. TEACHING and LEARNING METHODS – EVALUATION
METHOD OF DELIVERY
Face-to-face, Distance learning, etc.
Face to face
USE OF INFORMATION AND COMMUNICATION TECHNOLOGIES
Use of ICT in Teaching, Laboratory Training, Communication with students
·         Spreadsheet and database management software tools for demonstration during the courses

·         PowerPoint presentation material

ORGANISATION OF TEACHING

The way and methods of teaching are described in detail.

Lectures, Seminars, Laboratory Exercise, Field Exercise, Study & Analysis of Literature, Tutoring, Practical (Placement), Clinical Exercise, Artistic Workshop, Interactive teaching, Educational visits, Study visits, Project work, Writing work / assignments, Artistic creation, etc.

 

The student’s study hours for each learning activity and the hours of unguided study are indicated so that the total workload at semester level corresponds to the ECTS standards.

Activity Semester workload
Lectures 39
Interactive teaching 12
Preparation of work 40
Independent study and preparation for the exams 50
Presentation of work 7
FinalWrittenExamination 2
TOTAL COURSE (25 HOURS OF WORKLOAD PER CREDIT UNIT) 150
 
STUDENT ASSESSMENT

Description of the evaluation process

 

Language of Evaluation, Evaluation Methods, Formative or Inferential, Multiple Choice Test, Multiple Choice Test, Short Answer Questions, Test Development Questions, Problem Solving, Written Work, Report, Oral Examination, Oral Examination, Public Presentation, Laboratory Work, Clinical Examination of a Patient, Artistic Interpretation, Other

 

Explicitly identified assessment criteria are stated and if and where they are accessible to students.

 

The final evaluation shall take into account:

1) The preparation of a project.

2) The final written examination.

 

Preparation and presentation of projects:

Data collection, analysis, and visualization, using state of the art software tools. The originality of the means of presentation, the interactivity,and the completeness of the analysis of the topics are evaluated.The use of ICT isessential in the presentation.

  1. RECOMMENDED-BIBLIOGRAPHY
 Alan Evans, Kendall Martin, Mary Anne Poatsy, (2018). Introduction to Computer Science-Theory and Practice 2nd edition, Athens, Greece: Critique