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Computer Engineering
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Summary of the Profile
General Description:
Aim of the study program:
To educate creative, communicative professional bachelors of engineering sciences capable of designing, developing, implementing, testing, administering, maintaining, evaluating and developing computer, telecommunications and robotic systems.
Learning outcomes:
• To be able to apply the knowledge gained in practice to decision-making and evaluation of results.
• To be able to analyze computer, telecommunications and robotic systems while solving engineering tasks.
• To be able to analyze the possibilities of applying the latest technologies.
• Be able to analyze and apply data processing algorithms.
• Be able to assess market changes and make decisions.
• To be able to design and implement algorithms with selected software tools.
• Install and debug custom software.
• To be able to analyze, select and apply security solutions for computer, telecommunications and robotic systems.
• Be able to design and model computer, telecommunication and robotic systems using appropriate software.
• Be able to argue one's point of view in a professional discussion.
• Be able to work in a team, organize activities.
• Be able to communicate and communicate professional knowledge clearly in the official and foreign languages.
• To be able to choose and apply software to solve engineering tasks.
• To be able to study independently, improve their knowledge, understand the impact of engineering decisions on society and the environment.
Specialization 1:
• Be able to design and build computer systems and networks.
• Ability to install and test computer systems and networks.
• Be able to administrate computer systems and networks
Specialization 2:
• Be able to design and develop telecommunications systems.
• Ability to install and test telecommunications systems.
• To be able to maintain and improve telecommunications systems.
Specialization 3:
• Be able to design and develop robotic systems.
• Ability to install and test robotic systems.
• Be able to maintain and improve robotic systems.
Activities of teaching and learning:
Lecture, team work, problem-based teaching, independent work, working in the team, situation analysis, seminar
Methods of assesment of learning achivements:
Test, controlm work, evaluation of the practical tasks, evaluation of the individual tasks, practice work assessment, course project assessment, egzamination
Framework:
Study subjects, practical training:
Specialty english, fundamentals of communication, environmental and civil safety, law, management, physics, mathemetics, discreet mathematics, probability theory and statistics, engineering and computer graphics, electrical engineering, electronics, signals and circuits, digital devices, digital signal processing, operating systems, microprocessors and controllers, programming, databases, internet technologies, computer networks, internet of things, computerization of the environment, economics,
Electronics practice, computer aided design practice, measurements and metrology basics practice, practice of implementation of computer networks, computer system service practice, professional practice, final practice
Specializations:
1. Computer peripherials, computers and their architecture, telecommunication systems, administration of computer networks, cloud computing, computer systems project, information security of computer networks.
2. Telecommunication lines, digital communication technologies, information transfer systems,mobile networks, wireless telecommunications, telecommunication technologies and networks, telecommunication network project.
3. Programmable logic controllers, Computer process management systems, Automated design systems, Digital automation, Fundamentals of intelligent management systems, Robotic communications, Robotic systems, Industrial robotic systems.
Optional courses:
Professional English, German, Physical Education, Professional Ethics, Quality Management, Project Management, Sociology, Graphics Design, Optical networks (spec.1), Mobile networks (spec.1), Artificial Intelligence 1, Artificial Intelligence 2, MATLAB in Electronics (spec.2), LabView Measurement Automation System (spec.2), Image recognition and processing (spec.3), Mobile robots (spec. 3), Robotic systems diagnostics (spec.3), Biorobotic technology , (spec.3), Medical robotic systems (spec.3) .
E-commerce, Marketing
Distinctive features of a study programme:
Access to professional activity or futher study:
Access to professional activity:
Having acquired the qualification of computer engineering, a graduate will be competent to work in various areas of computer engineering, electronics and computer enterprises,start up a business.
Ussualy graduates are working:
TELIA Lietuva, AB „Lietuvos radijo ir televizijos centras“, „Barclays“, association “INFOBALT”, UAB ,,Telekonta“, KŪB „AIVA SISTEMA“, UAB ,,IBM Lietuva“ , UAB ,,BMS sprendimai“, UAB „Santa Monica Networks“
Access to futher study:
Access to the second cycle university studies.
