Study Plan

Competences

The competence framework states the academic capabilities this programme is designed to build. Each entry keeps its linked learning outcomes visible so the structure can be followed without leaving the page.

Key competences

4 entries

CC1

mathematical competence and competence in science, technology and engineering

See details

Linked learning outcomes

(no linked learning outcomes)

CC2

digital competence

See details

Linked learning outcomes

(no linked learning outcomes)

CC3

personal, social and learning to learn competence

See details

Linked learning outcomes

(no linked learning outcomes)

CC4

entrepreneurship competence

See details

Linked learning outcomes

(no linked learning outcomes)

Professional competences

36 entries

CP1

ARACIS Informatică CPS 1.1

See details

Uses data structures, algorithms and programming paradigms

Linked learning outcomes

C1 A67 R33

CP2

ARACIS Informatică CPS 1.2

See details

Uses the mathematical foundations applied in computer science, including formal logic, algebra, probability, and statistics.

Linked learning outcomes

C2 A68 R34

CP3

ARACIS Informatică CPS 1.3

See details

Manages computer networks and operating systems.

Linked learning outcomes

C3 A69 A70 R35

CP4

ARACIS Informatică CPS 1.4

See details

Designs databases.

Linked learning outcomes

C4 A71 R36

CP5

ARACIS Informatică CPS 1.5

See details

Uses modern programming paradigms, including functional, object-oriented, and parallel programming.

Linked learning outcomes

C5 A72 R37

CP6

ARACIS Informatică CPS 1.6

See details

Uses advanced concepts and techniques from the fields of artificial intelligence, machine learning, and natural language processing.

Linked learning outcomes

C6 A73 R38

CP7

ARACIS Informatică CPS 1.7

See details

Protects computer systems using computer security techniques, both software and hardware.

Linked learning outcomes

C7 A74 R39

CP8

ARACIS Informatică CPS 1.8

See details

Designs and manages the development of complex IT projects, using modern strategies.

Linked learning outcomes

C8 A75 A76 R40 R41

CP9

align software with system architectures

See details

Put system design and technical specifications in line with software architecture in order to ensure the integration and interoperability between components of the system.

Linked learning outcomes

C9 A1 A2 R1

CP10

analyse business processes

See details

Study the contribution of the work processes to the business goals and monitor their efficiency and productivity.

Linked learning outcomes

C10 A3 A4 R2

CP11

analyse business requirements

See details

Study clients' needs and expectations for a product or service in order to identify and resolve inconsistencies and possible disagreements of involved stakeholders.

Linked learning outcomes

C11 A5 A6 R3

CP12

analyse software specifications

See details

Assess the specifications of a software product or system to be developed by identifying functional and non-functional requirements, constraints and possible sets of use cases which illustrate interactions between the software and its users.

Linked learning outcomes

C12 C13 A7 R4

CP13

build business relationships

See details

Establish a positive, long-term relationship between organisations and interested third parties such as suppliers, distributors, shareholders and other stakeholders in order to inform them of the organisation and its objectives.

Linked learning outcomes

C14 A8 A9 R5

CP14

create data models

See details

Use specific techniques and methodologies to analyse the data requirements of an organisation's business processes in order to create models for these data, such as conceptual, logical and physical models. These models have a specific structure and format.

Linked learning outcomes

A10 A11 A12 R6

CP15

create flowchart diagram

See details

Compose a diagram that illustrates systematic progress through a procedure or system using connecting lines and a set of symbols.

Linked learning outcomes

C15 A13 A14 R7

CP16

create software design

See details

Transpose a series of requirements into a clear and organised software design.

Linked learning outcomes

C16 A15 A16 R8

CP17

debug software

See details

Repair computer code by analysing testing results, locating the defects causing the software to output an incorrect or unexpected result and remove these faults.

Linked learning outcomes

C17 A17 A18 R9

CP18

define software architecture

See details

Create and document the structure of software products including components, coupling and interfaces. Ensure feasibility, functionality and compatibility with existing platforms.

Linked learning outcomes

C18 C19 A19 R10

CP19

define technical requirements

See details

Specify technical properties of goods, materials, methods, processes, services, systems, software and functionalities by identifying and responding to the particular needs that are to be satisfied according to customer requirements.

Linked learning outcomes

C20 A20 A21 R11

CP20

design information system

See details

Define the architecture, composition, components, modules, interfaces and data for integrated information systems (hardware, software and network), based on system requirements and specifications.

Linked learning outcomes

C21 A22 A23 R12

CP21

design process

See details

Identify the workflow and resource requirements for a particular process, using a variety of tools such as process simulation software, flowcharting and scale models.

Linked learning outcomes

C22 C23 A24 A25

CP22

develop automated migration methods

See details

Create automated transfer of ICT information between storage types, formats and systems to save human resources from performing the task manually.

Linked learning outcomes

C24 A26 A27 R13

CP23

develop documentation in accordance with legal requirements

See details

Create professionally written content describing products, applications, components, functions or services in compliance with legal requirements and internal or external standards.

Linked learning outcomes

A28 A29 A30 R14

CP24

develop software prototype

See details

Create a first incomplete or preliminary version of a piece of software application to simulate some specific aspects of the final product.

Linked learning outcomes

C25 A31 A32 R15

CP25

execute feasibility study

See details

Perform the evaluation and assessment of the potential of a project, plan, proposition or new idea. Realise a standardised study which is based on extensive investigation and research to support the process of decision making.

Linked learning outcomes

C26 A33 A34 R16

CP26

identify customer requirements

See details

Apply techniques and tools, such as surveys, questionnaires, ICT applications, for eliciting, defining, analysing, documenting and maintaining user requirements from system, service or product.

Linked learning outcomes

C27 A35 A36 R17

CP27

interpret technical requirements

See details

Analyse, understand and apply the information provided regarding technical conditions.

Linked learning outcomes

C28 A37 A38 R18

CP28

manage ICT legacy implication

See details

Oversee the transfer process from a legacy (an outdated system) to a current system by mapping, interfacing, migrating, documenting and transforming data.

Linked learning outcomes

C29 C30 A39 R19

CP29

oversee development of software

See details

Organise, plan and supervise the development of the applications and frameworks in order to create a software product, from the earliest planning stages to the final product test.

Linked learning outcomes

C31 A40 A41 R20

CP30

perform scientific research

See details

Gain, correct or improve knowledge about phenomena by using scientific methods and techniques, based on empirical or measurable observations.

Linked learning outcomes

C32 A42 A43 R21

CP31

translate requirements into visual design

See details

Develop visual design from given specifications and requirements, based on the analysis of the scope and target audience. Create a visual representation of ideas such as logos, website graphics, digital games and layouts.

Linked learning outcomes

C33 A44 A45 R22

CP32

use an application-specific interface

See details

Understand and use interfaces particular to an application or use case.

Linked learning outcomes

C34 A46 A47 R23

CP33

use software design patterns

See details

Utilise reusable solutions, formalised best practices, to solve common ICT development tasks in software development and design.

Linked learning outcomes

C35 C36 A48 A49

CP34

use software libraries

See details

Utilise collections of codes and software packages which capture frequently used routines to help programmers simplify their work.

Linked learning outcomes

C37 A50 A51 A52

CP35

use technical drawing software

See details

Create technical designs and technical drawings using specialised software.

Linked learning outcomes

C38 A53 A54 R24

CP36

utilise computer-aided software engineering tools

See details

Use software tools (CASE) to support the development lifecycle, design and implementation of software and applications of high-quality that can be easily maintained.

Linked learning outcomes

C39 A55 A56 R25

Transversal personal competences

2 entries

CT1

collect customer feedback on applications

See details

Gather a response and analyse data from customers to identify requests or problems in order to improve applications and overall customer satisfaction.

Linked learning outcomes

C40 A57 R26 R27

CT2

interact with users to gather requirements

See details

Communicate with users to identify their requirements and collect them. Define all relevant user requirements and document them in an understandable and logical way for further analysis and specification.

Linked learning outcomes

C41 A58 A59 R28

Transversal interpersonal competences

3 entries

CT3

identify ICT user needs

See details

Determine the needs and requirements of ICT users of a specific system by applying analytical methods, such as target group analysis.

Linked learning outcomes

C42 A60 A61 R29

CT4

manage engineering project

See details

Manage engineering project resources, budget, deadlines, and human resources, and plan schedules as well as any technical activities pertinent to the project.

Linked learning outcomes

A62 A63 R30 R31

CT5

provide cost benefit analysis reports

See details

Prepare, compile and communicate reports with broken down cost analysis on the proposal and budget plans of the company. Analyse the financial or social costs and benefits of a project or investment in advance over a given period of time.

Linked learning outcomes

A64 A65 A66 R32

Transversal global citizenship competences

1 entries

CT6

manage intellectual property rights

See details

Deal with the private legal rights that protect the products of the intellect from unlawful infringement.

Linked learning outcomes

C43 A77 A78 R42

Learning outcomes

Learning outcomes translate the competence framework into observable academic results. Each entry keeps its connected competences and subject anchors visible so the curriculum can be followed in both directions.

Knowledge

43 entries

identifies, explains, and justifies fundamental concepts of data structures, algorithms, and programming paradigms, as well as computer architecture.

1 competences | 5 subjects

evaluate · 6/6

See details

Linked competences

CP1

Linked subjects

Algorithms and Data Structures 1 Programming 1 Logic For Computer Science Computer Architecture Programming 3

selects, explains, and specifies the mathematical foundations applied in computer science, including formal logic, algebra, probability, and statistics.

1 competences | 8 subjects

understand · 2/6

See details

Linked competences

CP2

Linked subjects

Logic For Computer Science Fundamentals Of Mathematics Probability Theory and Statistics Calculus Formal Languages and Automata Theory Graph Theory and Combinatorics Numerical Methods Data Compression Algorithms

describes, identifies, and explains the operation and administration of computer networks and operating systems.

1 competences | 4 subjects

understand · 2/6

See details

Linked competences

CP3

Linked subjects

Computer Networks Operating Systems 1 Operating Systems 2 Network Administration

identifies, selects, and justifies principles and design models of databases.

1 competences | 3 subjects

evaluate · 6/6

See details

Linked competences

CP4

Linked subjects

Databases Database Administration Software Engineering

selects, describes, analyzes, and explains modern programming paradigms, including functional, object-oriented, and parallel programming, using current languages and frameworks.

1 competences | 6 subjects

analyze · 4/6

See details

Linked competences

CP5

Linked subjects

Software Engineering Graphics and User Interfaces Distributed and Concurrent Programming Logic and Functional Programming Advanced Python Programming Design Patterns

identifies, compares, recognizes, and describes advanced concepts and techniques in the fields of artificial intelligence, machine learning, and natural language processing.

1 competences | 4 subjects

analyze · 4/6

See details

Linked competences

CP6

Linked subjects

Artificial Intelligence Intelligent Systems and Machine Learning Natural Language Processing Deep Learning

names, recognizes, and justifies information security techniques, both software and hardware.

1 competences | 7 subjects

Taxonomy not set

See details

Linked competences

CP7

Linked subjects

Computer Networks Operating Systems 1 Operating Systems 2 Introduction To Cybersecurity Security and Cryptography Introduction To Blockchain Technologies Real-time Systems Programming

names, provides examples, concludes, specifies, recognizes, and critically justifies methods for designing and managing complex IT projects, using modern strategies.

1 competences | 4 subjects

Taxonomy not set

See details

Linked competences

CP8

Linked subjects

Algorithms and Data Structures 1 Software Engineering Team Project Programming Project

Map component dependencies within the system architecture.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP9

Linked subjects

Software Engineering

C10

Map core business workflows to operational goals.

1 competences | 2 subjects

analyze · 4/6

See details

Linked competences

CP10

Linked subjects

Methods and Practices In Informatics Entrepreneurship Skills

C11

Identify stakeholder requirements conflicts in business briefs.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP11

Linked subjects

Methods and Practices In Informatics

C12

Identify functional requirements from software specifications.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP12

Linked subjects

Software Engineering

C13

Identify non-functional requirements from software specifications.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP12

Linked subjects

Software Engineering

C14

Identify stakeholder interests relevant to a business relationship plan.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP13

Linked subjects

Entrepreneurship Skills

C15

Select symbols for a flowchart from standard notation.

1 competences | 1 subjects

remember · 1/6

See details

Linked competences

CP15

Linked subjects

Programming 1

C16

Specify interfaces between software components.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP16

Linked subjects

Design Patterns Application Development Using. Net Platform

C17

Trace execution paths to identify fault origins.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP17

Linked subjects

Software Systems Testing

C18

Derive architectural components from software requirements.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP18

Linked subjects

Application Development Using. Net Platform

C19

Specify interfaces for a software component.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP18

Linked subjects

Application Development Using. Net Platform

C20

Translate stakeholder needs into measurable technical specifications.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP19

Linked subjects

Methods and Practices In Informatics

C21

Derive system architecture requirements from stakeholder specifications.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP20

Linked subjects

Application Development Using. Net Platform

C22

Identify workflow steps for a process scenario.

1 competences | 2 subjects

understand · 2/6

See details

Linked competences

CP21

Linked subjects

Programming 1 Robotic Process Automation

C23

Map resource needs for a process model.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP21

Linked subjects

Programming 1 Robotic Process Automation

C24

Design migration mappings between source and target data structures.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP22

Linked subjects

Databases

C25

Select core features for a software prototype scope.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP24

Linked subjects

Programming 1 Programming 2

C26

Identify project risks from research evidence.

1 competences | 2 subjects

analyze · 4/6

See details

Linked competences

CP25

Linked subjects

Methods and Practices In Informatics Individual Project

C27

Classify requirements by stakeholder priority.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP26

Linked subjects

Entrepreneurship Skills

C28

Classify technical requirements by functional scope.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP27

Linked subjects

Programming 1

C29

Define interface specifications for legacy system integration.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP28

Linked subjects

Database Administration

C30

Document legacy transformation decisions in system records.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP28

Linked subjects

Database Administration

C31

Evaluate software deliverables against project acceptance criteria.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP29

Linked subjects

Software Systems Testing

C32

Select an appropriate empirical method for a software investigation.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP30

Linked subjects

Methods and Practices In Informatics

C33

Select visual elements for a specified audience.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP31

Linked subjects

Graphics and User Interfaces

C34

Interpret interface feedback after a user action.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP32

Linked subjects

Visual Programming

C35

Justify a design pattern choice against project constraints.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP33

Linked subjects

Design Patterns

C36

Recognize a design pattern from existing software structure.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP33

Linked subjects

Design Patterns

C37

Evaluate library output against expected program behavior.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP34

Linked subjects

Software Systems Testing

C38

Select drawing views for a technical design model.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP35

Linked subjects

Graphics and User Interfaces

C39

Select suitable CASE tools for a software project.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP36

Linked subjects

Advanced Python Programming Web Technologies

C40

Extract requirements from customer feedback records.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT1

Linked subjects

Software Systems Testing

C41

Record user requirements in a clear specification note.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CT2

Linked subjects

Graphics and User Interfaces Academic Writing

C42

Classify ICT user needs by functional priority.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT3

Linked subjects

Graphics and User Interfaces

C43

Assess patent relevance for AI model components.

1 competences | 0 subjects

analyze · 4/6

See details

Linked competences

CT6

Linked subjects

(no linked subjects)

Skills

78 entries

Assess interface compatibility against architectural constraints.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP9

Linked subjects

Design Patterns Application Development Using. Net Platform

Validate technical specifications against architecture rules.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP9

Linked subjects

Software Engineering

Measure workflow efficiency against performance indicators.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP10

Linked subjects

Robotic Process Automation

Identify process bottlenecks from operational evidence.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP10

Linked subjects

Robotic Process Automation

Prioritize stakeholder requirements by project constraints.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP11

Linked subjects

Software Engineering

Document stakeholder requirements in a structured specification.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP11

Linked subjects

Software Engineering

Classify specification constraints by implementation impact.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP12

Linked subjects

Software Engineering

Classify stakeholder groups by relationship purpose.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP13

Linked subjects

Entrepreneurship Skills

Evaluate relationship issues affecting stakeholder trust.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP13

Linked subjects

Entrepreneurship Skills

A10

Identify entities and relationships from business process requirements.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP14

Linked subjects

Databases

A11

Define attributes for each entity in a data structure.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP14

Linked subjects

Databases

A12

Classify entities into conceptual, logical, and physical models.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP14

Linked subjects

Databases

A13

Draft a flowchart for a simple software procedure.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP15

Linked subjects

Programming 1

A14

Connect flowchart steps with directed lines.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP15

Linked subjects

Programming 1

A15

Model functional requirements into software components.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP16

Linked subjects

Application Development Using. Net Platform

A16

Organize software modules into a coherent architecture.

1 competences | 2 subjects

create · 5/6

See details

Linked competences

CP16

Linked subjects

Design Patterns Application Development Using. Net Platform

A17

Isolate software defects from failing test results.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP17

Linked subjects

Software Systems Testing

A18

Validate corrected code against test outcomes.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP17

Linked subjects

Software Systems Testing

A19

Assess architecture compatibility with existing platforms.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP18

Linked subjects

Application Development Using. Net Platform

A20

Prioritize technical requirements against project constraints.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP19

Linked subjects

Methods and Practices In Informatics

A21

Validate technical requirements against stakeholder needs.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP19

Linked subjects

Methods and Practices In Informatics

A22

Model system components within an integrated information architecture.

1 competences | 2 subjects

create · 5/6

See details

Linked competences

CP20

Linked subjects

Design Patterns Web Technologies

A23

Define interface relationships for system modules.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP20

Linked subjects

Design Patterns

A24

Select a suitable process simulation tool.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP21

Linked subjects

Robotic Process Automation

A25

Construct a flowchart for a process scenario.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP21

Linked subjects

Methods and Practices In Informatics

A26

Implement transformation rules for heterogeneous data formats.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP22

Linked subjects

Databases

A27

Validate migration results against source records.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP22

Linked subjects

Databases

A28

Draft product documentation that satisfies applicable legal constraints.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP23

Linked subjects

Academic Writing Ethics and Academic Integrity

A29

Verify documentation wording against applicable legal requirements.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP23

Linked subjects

Academic Writing Ethics and Academic Integrity

A30

Apply terminology consistently across technical documentation sections.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP23

Linked subjects

Academic Writing

A31

Build a software prototype from defined functional requirements.

1 competences | 2 subjects

create · 5/6

See details

Linked competences

CP24

Linked subjects

Programming 1 Programming 2

A32

Implement interface elements in a software prototype.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP24

Linked subjects

Visual Programming

A33

Assess project feasibility against technical and business constraints.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP25

Linked subjects

Individual Project Methodology For Writing The Bsc Thesis

A34

Compare solution options against stakeholder requirements.

1 competences | 2 subjects

analyze · 4/6

See details

Linked competences

CP25

Linked subjects

Individual Project Web Technologies

A35

Elicit stakeholder needs through structured interviews.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP26

Linked subjects

Entrepreneurship Skills

A36

Validate requirement statements against stakeholder intent.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP26

Linked subjects

Software Systems Testing

A37

Prioritize technical requirements against project constraints.

1 competences | 3 subjects

evaluate · 6/6

See details

Linked competences

CP27

Linked subjects

Programming 1 Individual Project Web Technologies

A38

Derive implementation assumptions from technical requirements.

1 competences | 2 subjects

analyze · 4/6

See details

Linked competences

CP27

Linked subjects

Programming 1 Programming 2

A39

Map legacy data structures to current system entities.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP28

Linked subjects

Databases

A40

Prioritize software development tasks against project constraints.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP29

Linked subjects

Team Project

A41

Sequence software project milestones into a delivery schedule.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP29

Linked subjects

Team Project

A42

Plan a research question from an observable software problem.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP30

Linked subjects

Methods and Practices In Informatics

A43

Collect data from a defined software study sample.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP30

Linked subjects

Methods and Practices In Informatics

A44

Interpret stakeholder requirements into a concept sketch.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP31

Linked subjects

Graphics and User Interfaces

A45

Compose a layout for a defined digital surface.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP31

Linked subjects

Web Design

A46

Identify application-specific controls for a given workflow.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP32

Linked subjects

Web Technologies

A47

Navigate application-specific screens for a defined task.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP32

Linked subjects

Web Design

A48

Select a suitable design pattern for a given software design problem.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP33

Linked subjects

Design Patterns

A49

Apply a design pattern in a software component design.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP33

Linked subjects

Design Patterns

A50

Select suitable library functions for a given programming task.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP34

Linked subjects

Advanced Python Programming

A51

Integrate a library into an application build configuration.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP34

Linked subjects

Application Development Using. Net Platform Web Technologies

A52

Invoke library methods with correct parameters.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP34

Linked subjects

Advanced Python Programming Programming 2

A53

Configure layers for a technical drawing workspace.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP35

Linked subjects

Graphics and User Interfaces

A54

Draft dimensioned geometry in a drawing application.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP35

Linked subjects

Graphics and User Interfaces

A55

Configure CASE tool settings for project workflows.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP36

Linked subjects

Web Technologies

A56

Model software structure with CASE diagrams.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP36

Linked subjects

Web Technologies

A57

Classify customer feedback by recurring application issue.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT1

Linked subjects

Software Systems Testing

A58

Elicit stakeholder requirements through structured user interviews.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CT2

Linked subjects

Team Project

A59

Classify user requirements by functional scope.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT2

Linked subjects

Graphics and User Interfaces

A60

Analyze stakeholder interview data to derive ICT user requirements.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT3

Linked subjects

Graphics and User Interfaces

A61

Evaluate user requirement statements against stakeholder expectations.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CT3

Linked subjects

Bsc Thesis Preparation

A62

Develop a project schedule from delivery milestones.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CT4

Linked subjects

Team Project

A63

Monitor budget variance against project expenditure plans.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT4

Linked subjects

Team Project

A64

Separate direct and indirect project costs for budget review.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CT5

Linked subjects

Entrepreneurship Skills

A65

Estimate financial benefits for a proposed investment period.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CT5

Linked subjects

Entrepreneurship Skills

A66

Compare projected costs against projected benefits for a proposal.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CT5

Linked subjects

Entrepreneurship Skills

A67

develops, designs, and demonstrates complex software solutions using efficient algorithms and diverse programming paradigms.

1 competences | 8 subjects

Taxonomy not set

See details

Linked competences

CP1

Linked subjects

Algorithms and Data Structures 1 Programming 3 Visual Programming Algorithms and Data Structures 2 Advanced Data Structures Programming In Assembly Language Introduction To Robotics Game Programming and Virtual Reality

A68

applies, evaluates, and proposes mathematical methods for modeling, simulating, and solving computing problems.

1 competences | 5 subjects

evaluate · 6/6

See details

Linked competences

CP2

Linked subjects

Calculus Numerical Methods Advanced Python Programming Linear Algebra and Differential Equations Computational Geometry

A69

proposes, designs, and justifies the configuration, security, and optimization of IT infrastructures.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP3

Linked subjects

Security and Cryptography Software Technologies In Telecommunication

A70

designs, implements, operates, and develops relational databases.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP3

Linked subjects

Databases

A71

designs, builds, and develops databases and database systems.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP4

Linked subjects

Databases

A72

designs, plans, builds, and develops scalable software applications and efficiently uses hardware and software resources.

1 competences | 3 subjects

create · 5/6

See details

Linked competences

CP5

Linked subjects

Application Development Using. Net Platform Programming 2 Programming For Mobile Devices

A73

designs, implements, experiments with predictive models, and develops applications based on machine learning algorithms.

1 competences | 5 subjects

create · 5/6

See details

Linked competences

CP6

Linked subjects

Intelligent Systems and Machine Learning Deep Learning Computer Vision Image Processing Introduction To Neurotehnologies

A74

estimates information security risks, proposes, solves, and tests IT security solutions.

1 competences | 2 subjects

Taxonomy not set

See details

Linked competences

CP7

Linked subjects

Introduction To Cybersecurity Security and Cryptography

A75

initiates, prepares, carries out, and proposes methods for developing complex IT projects.

1 competences | 3 subjects

Taxonomy not set

See details

Linked competences

CP8

Linked subjects

Individual Project Practice Stage Web Programming

A76

creates specific professional reports.

1 competences | 1 subjects

Taxonomy not set

See details

Linked competences

CP8

Linked subjects

Methodology For Writing The Bsc Thesis

A77

Classify copyright status for software deliverables.

1 competences | 0 subjects

apply · 3/6

See details

Linked competences

CT6

Linked subjects

(no linked subjects)

A78

Document ownership claims for project artifacts.

1 competences | 0 subjects

apply · 3/6

See details

Linked competences

CT6

Linked subjects

(no linked subjects)

Responsibility

42 entries

Select integration points for software components.

1 competences | 2 subjects

apply · 3/6

See details

Linked competences

CP9

Linked subjects

Design Patterns Application Development Using. Net Platform

Recommend workflow improvements for business performance.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP10

Linked subjects

Methods and Practices In Informatics Entrepreneurship Skills

Resolve stakeholder requirement disagreements through evidence-based comparison.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CP11

Linked subjects

Software Engineering

Evaluate use cases against stakeholder interactions.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP12

Linked subjects

Software Engineering

Prepare a contact plan for stakeholder communication.

1 competences | 1 subjects

organization · 4/5

See details

Linked competences

CP13

Linked subjects

Entrepreneurship Skills

Validate a data model against business process requirements.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP14

Linked subjects

Databases

Revise a flowchart for logical sequence errors.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP15

Linked subjects

Programming 1

Evaluate design choices against system constraints.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP16

Linked subjects

Design Patterns

Document defect causes in technical records.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CP17

Linked subjects

Software Systems Testing

R10

Document software architecture decisions.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP18

Linked subjects

Application Development Using. Net Platform

R11

Document technical requirements in a structured specification.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP19

Linked subjects

Academic Writing

R12

Evaluate design choices against system requirements.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP20

Linked subjects

Individual Project Web Technologies

R13

Monitor automated migration runs for transfer failures.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CP22

Linked subjects

Databases

R14

Maintain documentation traceability to approved source information.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP23

Linked subjects

Academic Writing

R15

Assess prototype behavior against intended use cases.

1 competences | 2 subjects

evaluate · 6/6

See details

Linked competences

CP24

Linked subjects

Software Systems Testing Individual Project

R16

Summarize feasibility findings in a decision report.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP25

Linked subjects

Individual Project

R17

Document requirements in a traceable specification.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP26

Linked subjects

Academic Writing

R18

Validate requirement statements against stakeholder intent.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CP27

Linked subjects

Individual Project

R19

Validate migration outputs against source records.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP28

Linked subjects

Database Administration

R20

Monitor development progress against agreed project milestones.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP29

Linked subjects

Team Project

R21

Interpret results from a software experiment against the hypothesis.

1 competences | 1 subjects

analyze · 4/6

See details

Linked competences

CP30

Linked subjects

Methods and Practices In Informatics

R22

Evaluate a visual draft against given specifications.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP31

Linked subjects

Graphics and User Interfaces

R23

Execute task steps in an application-specific interface.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CP32

Linked subjects

Visual Programming

R24

Verify technical drawings against design specifications.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP35

Linked subjects

Graphics and User Interfaces

R25

Evaluate CASE outputs for maintenance quality.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CP36

Linked subjects

Software Systems Testing

R26

Prioritize reported application problems by user impact.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CT1

Linked subjects

Team Project

R27

Document customer feedback for application improvement tracking.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CT1

Linked subjects

Academic Writing

R28

Verify requirement statements against user feedback.

1 competences | 1 subjects

evaluate · 6/6

See details

Linked competences

CT2

Linked subjects

Software Systems Testing

R29

Document ICT user requirements in a structured specification.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CT3

Linked subjects

Academic Writing

R30

Allocate project resources against scope and deadline constraints.

1 competences | 1 subjects

apply · 3/6

See details

Linked competences

CT4

Linked subjects

Team Project

R31

Assign team responsibilities for project work packages.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CT4

Linked subjects

Team Project

R32

Present cost benefit findings for management review.

1 competences | 1 subjects

responding · 2/5

See details

Linked competences

CT5

Linked subjects

Entrepreneurship Skills

R33

coordinates technical teams for the development of software applications, making responsible decisions regarding their optimization and integration

1 competences | 1 subjects

organization · 4/5

See details

Linked competences

CP1

Linked subjects

Practice Stage

R34

develops interdisciplinary solutions by integrating mathematics with related fields and collaborating efficiently with specialized teams.

1 competences | 1 subjects

Taxonomy not set

See details

Linked competences

CP2

Linked subjects

Linear Algebra and Differential Equations

R35

ethically and responsibly builds secure and scalable IT solutions, collaborating with specialists from related fields.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP3

Linked subjects

Introduction To Cybersecurity

R36

designs and manages the activities required for the development of a database system.

1 competences | 1 subjects

create · 5/6

See details

Linked competences

CP4

Linked subjects

Database Administration

R37

produces software and continuously adapts it to new technologies and market requirements.

1 competences | 4 subjects

Taxonomy not set

See details

Linked competences

CP5

Linked subjects

Team Project Individual Project Programming For Mobile Devices Practice Stage

R38

applies an ethical framework in the use of AI, with responsibility for the social impact of the proposed solutions.

1 competences | 3 subjects

apply · 3/6

See details

Linked competences

CP6

Linked subjects

Artificial Intelligence Team Project Ethics and Academic Integrity

R39

knows and implements information security requirements.

1 competences | 4 subjects

Taxonomy not set

See details

Linked competences

CP7

Linked subjects

Computer Networks Network Administration Introduction To Cybersecurity Security and Cryptography

R40

develops a collaborative environment and takes responsibility for the successful and timely delivery of projects according to requirements.

1 competences | 3 subjects

Taxonomy not set

See details

Linked competences

CP8

Linked subjects

Entrepreneurship Skills Individual Project Practice Stage

R41

organizes technical teams and manages the lifecycle of software projects.

1 competences | 3 subjects

organization · 4/5

See details

Linked competences

CP8

Linked subjects

Entrepreneurship Skills Individual Project Practice Stage

R42

Evaluate license obligations for third-party code.

1 competences | 0 subjects

evaluate · 6/6

See details

Linked competences

CT6

Linked subjects

(no linked subjects)

Curriculum

The semester structure keeps the curriculum grouped by mandatory, elective, and optional subjects. Expand a row to inspect hours, subject type, linked learning outcomes, and any public syllabus.

Semester 1

Credits: 32 | Total hours/week: 25

Mandatory subjects

Algorithms and Data Structures 1

6 credits

Lecture 2 Seminar 2 Lab 0 Practical 0 Kind DF

C1 C8 A67

Programming 1

6 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

C1 C15 C22 C23 C25 C28 A13 A14 A31 A37 A38 R7

Logic For Computer Science

5 credits

Lecture 2 Seminar 2 Lab 0 Practical 0 Kind DF

C1 C2

Fundamentals Of Mathematics

5 credits

Lecture 2 Seminar 2 Lab 0 Practical 0 Kind DF

Computer Architecture

5 credits

Lecture 2 Seminar 2 Lab 0 Practical 0 Kind DF

Professional Counseling and Career Guidance

1 credits

Lecture 0 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Ethics and Academic Integrity

1 credits

Lecture 1 Seminar 0 Lab 0 Practical 0 Kind DC

A28 A29 R38

Elective subjects

2 credits

Foreign Lanuage 1 - Spanish

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 1 - French

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 1 - German

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

1 credits

Physical Education 1

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DC

(no linked learning outcomes)

Optional subjects

Volunteering I (60h)

2 credits

Lecture 0 Seminar 0 Lab 0 Practical 4 Kind DC

(no linked learning outcomes)

Introduction To Programming

2 credits

Lecture 1 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

Competitive Programming I

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

Semester 2

Credits: 31 | Total hours/week: 27

Mandatory subjects

Algorithms and Data Structures 2

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

A67

Formal Languages and Automata Theory

5 credits

Lecture 2 Seminar 2 Lab 0 Practical 0 Kind DF

Calculus

5 credits

Lecture 2 Seminar 2 Lab 0 Practical 0 Kind DF

C2 A68

Programming 2

6 credits

Lecture 2 Seminar 0 Lab 3 Practical 0 Kind DS

C25 A31 A38 A52 A72

Methods and Practices In Informatics

3 credits

Lecture 2 Seminar 0 Lab 1 Practical 0 Kind DS

C10 C11 C20 C26 C32 A20 A21 A25 A42 A43 R2 R21

Academic Writing

1 credits

Lecture 0 Seminar 1 Lab 0 Practical 0 Kind DC

C41 A28 A29 A30 R11 R14 R17 R27 R29

Elective subjects

3 credits

Web Design

Lecture 1 Seminar 0 Lab 2 Practical 0 Kind DS

A45 A47

Programming In Assembly Language

Lecture 1 Seminar 0 Lab 2 Practical 0 Kind DS

A67

Visual Programming

Lecture 1 Seminar 0 Lab 2 Practical 0 Kind DS

C34 A32 A67 R23

2 credits

Foreign Lanuage 2 - Spanish

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 2 - French

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 2 - German

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

1 credits

Physical Education 2

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DC

(no linked learning outcomes)

Optional subjects

Volunteering II (60h)

2 credits

Lecture 0 Seminar 0 Lab 0 Practical 4 Kind DC

(no linked learning outcomes)

Competitive Programming II

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

It Placement

4 credits

Lecture 0 Seminar 0 Lab 0 Practical 8 Kind DS

(no linked learning outcomes)

Programming Project

2 credits

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DS

Semester 3

Credits: 31 | Total hours/week: 26

Mandatory subjects

Graph Theory and Combinatorics

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

Operating Systems 1

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

C3 C7

Databases

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

C4 C24 A10 A11 A12 A26 A27 A39 A70 A71 R6 R13

Probability Theory and Statistics

4 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

Programming 3

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C1 A67

Individual Project

2 credits

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DS

C26 A33 A34 A37 A75 R12 R15 R16 R18 R37 R40 R41

Entrepreneurship Skills

2 credits

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

C10 C14 C27 A8 A9 A35 A64 A65 A66 R2 R5 R32 R40 R41

Elective subjects

2 credits

Foreign Lanuage 3 - Spanish

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 3 - French

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 3 - German

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

1 credits

Physical Education 3

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DC

(no linked learning outcomes)

Optional subjects

Volunteering III (60h)

2 credits

Lecture 0 Seminar 0 Lab 0 Practical 4 Kind DC

(no linked learning outcomes)

Competitive Programming III

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

Semester 4

Credits: 31 | Total hours/week: 34

Mandatory subjects

Software Engineering

4 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C4 C5 C8 C9 C12 C13 A2 A5 A6 A7 R3 R4

Artificial Intelligence

4 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

C6 R38

Computer Networks

4 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DF

C3 C7 R39

Team Project

2 credits

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DS

C8 A40 A41 A58 A62 A63 R20 R26 R30 R31 R37 R38

Practice Stage

4 credits

Lecture 0 Seminar 0 Lab 0 Practical 8 Kind DS

A75 R33 R37 R40 R41

Elective subjects

4 credits

Advanced Data Structures

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A67

Computational Geometry

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A68

Introduction To Cybersecurity

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C7 A74 R35 R39

4 credits

Operating Systems 2

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C3 C7

Programming For Mobile Devices

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A72 R37

Introduction To Robotics

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A67

2 credits

Foreign Lanuage 4 - Spanish

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 4 - French

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Foreign Lanuage 4 - German

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

2 credits

Optional Complementary Discipline That Forms Transversal Skills (dct) 1

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

1 credits

Physical Education 4

Lecture 0 Seminar 0 Lab 1 Practical 0 Kind DC

(no linked learning outcomes)

Optional subjects

Competitive Programming IV

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

Volunteering IV (60h)

2 credits

Lecture 0 Seminar 0 Lab 0 Practical 4 Kind DC

(no linked learning outcomes)

Entrepreneurship Competences - Practical Applications

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DC

(no linked learning outcomes)

Semester 5

Credits: 30 | Total hours/week: 24

Mandatory subjects

Methodology For Writing The Bsc Thesis

4 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

A33 A76

Linear Algebra and Differential Equations

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DC

A68 R34

Web Technologies

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C39 A22 A34 A37 A46 A51 A55 A56 R12

Elective subjects

5 credits

Database Administration

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C4 C29 C30 R19 R36

Advanced Python Programming

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C5 C39 A50 A52 A68

Logic and Functional Programming

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

5 credits

Introduction To Blockchain Technologies

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

Image Processing

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A73

Software Systems Testing

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C17 C31 C37 C40 A17 A18 A36 A57 R9 R15 R25 R28

4 credits

Design Patterns

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C5 C16 C35 C36 A1 A16 A22 A23 A48 A49 R1 R8

Robotic Process Automation

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C22 C23 A3 A4 A24

Network Administration

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C3 R39

2 credits

Optional Complementary Discipline That Forms Transversal Skills (dct) 2

Lecture 1 Seminar 1 Lab 0 Practical 0 Kind DC

(no linked learning outcomes)

Optional subjects

Volunteering V (60h)

2 credits

Lecture 0 Seminar 0 Lab 0 Practical 4 Kind DC

(no linked learning outcomes)

Competitive Programming V

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

Semester 6

Credits: 30 | Total hours/week: 28

Mandatory subjects

Bsc Thesis Preparation

5 credits

Lecture 0 Seminar 0 Lab 3 Practical 5 Kind DS

A61

Intelligent Systems and Machine Learning

5 credits

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C6 A73

Elective subjects

5 credits

Graphics and User Interfaces

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C5 C33 C38 C41 C42 A44 A53 A54 A59 A60 R22 R24

Real-time Systems Programming

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

Security and Cryptography

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C7 A69 A74 R39

5 credits

Deep Learning

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C6 A73

Game Programming and Virtual Reality

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A67

Application Development Using. Net Platform

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C16 C18 C19 C21 A1 A15 A16 A19 A51 A72 R1 R10

5 credits

Data Compression Algorithms

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

Distributed and Concurrent Programming

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

Computer Vision

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A73

Software Technologies In Telecommunication

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A69

5 credits

Introduction To Neurotehnologies

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A73

Natural Language Processing

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

Web Programming

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

A75

Numerical Methods

Lecture 2 Seminar 0 Lab 2 Practical 0 Kind DS

C2 A68

Optional subjects

Competitive Programming VI

2 credits

Lecture 0 Seminar 0 Lab 2 Practical 0 Kind DS

(no linked learning outcomes)

Volunteering VI (60h)

2 credits

Lecture 0 Seminar 0 Lab 0 Practical 4 Kind DC

(no linked learning outcomes)