Engineering sciences Archives - Page 3 of 9

November 29, 2019

PRODUCTION ENGINEERING

This Master’s study programme provides students with a deep knowledge in engineering sciences as well automation production control systems, and modern composite materials and their production technology. Through completion of the study programme, students will gain skills and knowledge required to design and improve modern manufacturing and production processes. Studies are based on scientific research and experimental actions.

With approx. one third of all jobs in the EU based in the manufacturing sector, joining this course provides you with a great career opportunity. We expect graduates to find work in industrial companies working as engineers, experts, heads of the projects, and similar. In addition, a research career is also available, working in labs or research institutes, or to proceed with PhD studies.

Application fee (non-refundable):

For citizens of EU member states, countries of the European Economic Area (EEA), and Eastern Partnership countries (Ukraine, Moldova, Georgia, Belarus, Armenia, and Azerbaijan), as well as those with a permanent residence permit in the Republic of Lithuania: €75.
For other students: €180.

Online application: www.apply.ku.lt/

November 27, 2019

CHEMICAL ENGINEERING (Environment and Energy)

This course provides students with the knowledge and skills to analyse and develop chemical and technological processes in order to come up with new, innovative products. Students will learn how to work in a fast changing chemical industry and to evaluate and choose their own solutions. Through an interdisciplinary study approach they will learn about cutting-edge research and emerging growth areas in chemical engineering.

Graduates can work as process engineers in port companies or other industries, such as energy production, oil-refining, research, consulting and design institutes and companies, or in laboratories. They also have opportunities to work in pollution control, environmental protection, energy conservation, recycling and alternative energy.

Application fee (non-refundable):

For citizens of EU member states, countries of the European Economic Area (EEA), and Eastern Partnership countries (Ukraine, Moldova, Georgia, Belarus, Armenia, and Azerbaijan), as well as those with a permanent residence permit in the Republic of Lithuania: €75.
For other students: €180.

Online application: www.apply.ku.lt/

August 7, 2019

Marine Electrical and Electronic Engineering

The aim is to educate an engineer at management level – electro-technical officer of ships, who, by applying the knowledge of technological, economic, social, environmental, and natural sciences, would be able to safely operate the unlimited power ships’ electromechanical, electronic and control equipment of propulsion and auxiliary machinery; to perform the investigation into the service activity and to analyse the outcomes from a professional and economic viewpoint; to perform the control of activity in compliance with national and international general and maritime regulations. >>>

Degree: Professional Bachelor of Engineering Sciences in Maritime Engineering

CoC: Electro-Technical Officer

Career: Engineer

August 7, 2019

Marine Navigation

Learn how to operate ships equipped with modern computerized navigation systems related to global digitization processes! Choose an international career and one of the highest salaries, become a sea captain and guide for the ship’s crew! >>>

Degree: Professional Bachelor of Marine Technologies

CoC: Officer in Charge of a Navigation Watch

Career: Master

March 25, 2019

Sustainable Engineering

If you enjoy strategy games and care about the environment we live in today and tomorrow, Sustainable Engineering is the perfect fit for you. This program provides opportunities to acquire competencies highly sought after in the job market – the ability to implement digital engineering innovations in biological systems (nature) and efficiently employ robots – where a robot does the work and you simply monitor it.

The program combines engineering with computer science, developing skills to design production technologies using engineering tools and digital technology methods, communicate with robots and drones, utilize smart engineering systems and artificial intelligence applications to modernize production, create sustainable tools for agricultural production and organic waste management, and address resource conservation and climate change mitigation.

Career opportunities
Graduates will be able to start their own businesses or work as engineers, experts, technologists, consultants, project and production managers in international or national companies whose activities are related to the design and implementation of smart systems in the agricultural sector, food and feedstock production, collection of by-products, processing, industrial waste management, bioenergy production, technical expertise and compliance assessment, quality control, consulting. They will be able to study and specialize further in Master’s degree programs in engineering, technology or other fields of study.

February 18, 2019

8th PhD Summer School, 3-7 of June, 2024

PhD Summer School focuses on development of key competences required for achieving best results in successful defense of the doctoral dissertation and identifying further research directions. Therefore topics of our PhD Summer Schools include: management of scientific research data, writing of scientific articles, project management, research integrity and ethics, intellectual property and patent system, communication skills development, etc.

PhD Summer School provides the opportunity for intellectually curious doctoral students to explore new knowledge, to expand cultural awareness and to exchange experience.

PhD Summer School 2024 will:

equip participants with essential skills that are necessary in all fields of science
provide participants valuable networking opportunity with participants from other countries
create and share friendly social environment

PhD Summer School programme:
* Open Science and it’s Phenomena
Magdalena Szuflita – Žurawska
* What to do when you’ve got too much to do
Vikki Wright
* Communicating your (scientific) ideas – Meeting with the editor
Frank Witlox
*Developing transferable skills during the PhD as key to career success and employability
Maria Soriano Carot
* Make your conference speech sound more like a TED Talk
Wim Blokzijl

Target group: 40 doctoral students

Prerequisites: the PhD Summer School is held in English. In order to participate, doctoral students should have sufficient language skills.

Fee: 390 Eur (regular fee); 360 Eur (for ECIU, Baltech or NORDTEK doctoral students).

Location: Palanga city, Lithuania.

Application is open!

December 13, 2018

Foodstuff Technology

The objective of Foodstuff Technology study program is to train a highly qualified specialist, a Professional Bachelor of Foodstuff Technology, having sufficient knowledge and competences to evaluate the quality of food industry raw materials, other materials and production, to design a technological process, manage foodstuff manufacturing technological processes, organize a foodstuff company (division) activity and ready for a high-level and complicated professional activity in a constantly changing labour market.

December 13, 2018

Information Systems Engineering

The objective of the Information Systems Engineering study programme is to prepare highly skilled professional bachelor of Information Systems Engineering, who can create and support high information systems level in organizations; exploit/maintain and control computer and their systems technical and software devices, which match region, state and foreign market demand; graduates will be able to compete in a constantly changing labour market, to improve constantly and work in a globalized change conditions.

Possible specializations: Management of Computer Systems, Management of Internet Projects, Programming for Mobile Devices.

The graduates will be able to work in the various branches of information engineering:

perform basic PC and peripheral hardware maintenance;
exploitation computer software;
project, install and exploitation local area network and integrate to the global network;
manage and control the resources of information;
provide development perspectives of information systems;
set information technology economically justified demand enterprise information services strategy;
model and manage a project of the computer network;
read, analyze and model graphics images with various program devices;
model and manage projects of mobile devices.

December 13, 2018

Automatic Control Systems

The objective of study programme is to prepare a highly qualified engineer of automatic control systems, a professional who has acquired a professional bachelor degree in Electronics and Electrical Engineering who is able to exploit automatic control systems and their elements, to design and install automatic control systems, to select and apply hardware and software to model, analyze and implement automatic control systems, who has sufficient knowledge, abilities and skills needed for engineering activity of global market, by applying modern technologies of automatic control systems being ready for responsible and complex professional activity in the changing labour market.

Specializations: Control of Mechatronical Systems, Control of Technological Equipment.

Engineers of Automatic Control Systems will be able to work in different industrial companies which use and apply the main technological achievements in electronics, biotechnologies and mechanics.

Students, who successfully graduated from the Automatic Control Systems study programme, will gain professional competences to independently perform responsible work in the following areas:

exploitation of automation control systems and their elements;
design and installation of automation control systems;
selection and application of hardware and software for automation control system modelling, analysis and implementation;
company (division) performance planning and organisation;
implementation of automation and computer-based control systems of electromechanical equipment;
implementation of control and automation of technological processes

December 13, 2018

Environment Protection Engineering

The objective of the Environment Protection Engineering study programme is to train a professional Environment Protection Engineer , having higher institution education, acquired knowledge of fundamental, social sciences and engineering, necessary in the Environment Protection area, meeting the labour market needs, able to think creatively and critically, observe and assess environment pollution problems, interested in innovations of environment protection technology sciences and apply it practically, aware of the influence and significance of environment protection engineering solutions on the improvement of the environment and the human life quality, able to sustain own professional competence through lifelong learning.

The acquired Professional Bachelor degree in Engineering allows the graduate to work in various industrial, utility, private and state enterprises of economic activity, state and local self-governing institutions in the position of an environment engineer/ecologist or other environment protection related positions. After being awarded the professional bachelor degree in Environment Engineering, the graduate is able to work in enterprises of economy activity, state and local municipality institutions as an environment protection engineer, an ecologist or to occupy another position related to environment protection.

Specializations of Environment Protection Engineering study program:

Environment Protection Technologies
Environment Protection Organization

Direction: Engineering sciences

PRODUCTION ENGINEERING

CHEMICAL ENGINEERING (Environment and Energy)

Marine Electrical and Electronic Engineering

Marine Navigation

Sustainable Engineering

8th PhD Summer School, 3-7 of June, 2024

Foodstuff Technology

Information Systems Engineering

Automatic Control Systems

Environment Protection Engineering