Engineering sciences Archives - Page 2 of 9

March 3, 2024

PhD in Electrical and Electronics Engineering

Open application for a highly motivated doctoral candidate in Electrical and Electronics Engineering.

The doctoral candidate position is available in the Faculty of Electronics Department of Electrical Engineering. Applicants interested in other research topics related to bioelectronics and applied pulsed power biomedical technologies are also welcome to apply.

Study Programme Structure

Independent research under supervision;
Courses for PhD students (approximately 30 ECTS credits);
Participation in international conferences and research networks, including an international internship at other, research institutions;
Presentation of research results in international scientific conferences and publications of scientific journals (WOS);
Teaching or another form of knowledge dissemination, which is related to the PhD topic when possible;
The completion of a PhD thesis.

Academic requirements

Postgraduate diploma (or higher);
The entry qualification documents are accepted in the following languages: English;
You must take verified copies of the entry qualification documents along with you when you finally go to the university.

Scholarships and Funding

The state-funding or self-funded studies are available;
Lithuanian state scholarships for 1st year of studies 1045 Eur/month, and 2nd-4th year of studies 1210 Eur/month);
Grants for doctoral studies and research;
Grants for international academic mobility.

Annual Tuition Fee

full-time studies – 11 837,00 (4-year);
part-time studies – 7 891,00 (6-year).

More information: https://vilniustech.lt/doctoralstudies/en

GET IN TOUCH at VILNIUS TECH Doctoral School: phd@vilniustech.lt

May 5, 2022

Construction / Строительство

Любишь быстрый результат работы, мыслишь творчески, умеешь общаться, тебе хорошо даются точные науки? Выиграешь, если выберешь программу Строительство. На международном уровне признанная, классическая программа обучения, выделяющаяся исключительно современной базой обучения, предлагает возможность стать квалифицированным инженером строительных конструкций, который легко найдёт работу в любой точке мира.

Академическая степень
Профессиональный бакалавр инженерии

Форма и срок обучения
Дневное обучение – 3 года,
заочное – 4 года

Направление обучения
Строительная инженерия

Язык обучения
Русский язык

Объем обучения в кредитах
180 кредитов (ECTS)

Цена обучения за год
Дневное обучение – 3300 евро, заочное обучение – 2475 евро

Возможности карьеры
Выпускники работают в фирмах архитектурностроительного проектирования, на государственных и частных предприятиях, в закрытых акционерных обществах руководителями строительства, сметчиками, открывают персональные предприятия, продолжают обучение в университетах

Дополнительная информация.

March 23, 2022

Building Energy Engineering

OVERVIEW

Degree	Master of Engineering Sciences in Energy Engineering
Length, structure	2 years (4 semesters) graduation is finalized with the defense of Final project Detailed curricula
Entry Requirements	To this programme applicants are accepted from the fields of: Energy, Energy Engineering, Water Engineering, Environmental Engineering, Building Engineering, Construction Engineering, Construction Technology, Mechanical Engineering, (land) Transport Engineering

WHAT IS THE PURPOSE OF THIS STUDY PROGRAMME?

Energy systems in buildings are by far one of the largest energy consumers, and the production of energy for them is the most polluting and significant in terms of climate change. This is why energy engineering is still one of the fastest growing activities in the world.

The design of such systems requires comprehensive engineering knowledge, so the purpose of the Master’s study programme Buildings Energy Engineering is to train specialists who are able to critically analyze, model and integrate the building’s energy systems and processes into them.

Such specialists are able to apply innovative technologies and smart solutions for evaluation, design, installation, usage, management and maintenance of the building’s smart energy systems.

The Building Energy Engineering program covers many areas – from building, modeling of energy systems, thermodynamic and life-cycle analysis to renewable energy systems, process integration and management of energy demand.

WHAT WILL STUDENTS LEARN?

Assess the need for research into energy engineering, plan studies, choose the most appropriate methods, means of performance, investigate and evaluate the result using information technology;
Analyze and forecast energy processes, characteristics of installations and systems, and perform calculations of their most important parameters;
Assess consumers’ energy demand, analyse energy supply opportunities and plan the adaptation and development of energy systems;
Define, analyze, model and improve processes in buildings’ energy systems.

March 2, 2022

Biomechanics (Medical Engineering)

Degree

Bachelor of Engineering Sciences in Biomechanics

Length, structure

4 years (8 semesters), internship included in the programme. Graduation is finalized with the defense of Final project

Detailed curricula

Main subjects

Biomechanics, medical equipment, design and manufacturing of orthopedic equipment, materials in medicine, biotechnical systems.

WHAT IS THE PURPOSE OF THIS STUDY PROGRAMME?

Study programme aims to prepare professionals of Biomechanics who, after completing the study program, would successfully enter the labor market related to the field of medical and biomechanical engineering, could be employed in industrial or state enterprises or in other fields chosen by the graduate. Alternatively, such graduates could pursue a degree and contribute to the well-being of the country and society through the application of: engineering practices and critical thinking acquired through continuous professional development and competence in lifelong learning.

WHAT WILL STUDENTS LEARN?

Will gain basic knowledge in fundamental sciences, biomechanics and engineering, and integrate the methods and processes of other fields of science into the multidisciplinary engineering context.
Will acquire knowledge about the social and psychological problems of the disabled, the technical aids of the design, possibilities and principals of the environment adaption and technical assistance means.
Will be able to plan and conduct experimental research, analyze and interpret the received data. Skills in working with special equipment.
Will be competent to identify, formulate and solve engineering problems; able to select and apply appropriate analytical and modeling methods; able to design a system, unit or process to achieve the desired goal and with real economic, environmental, social, political, ethical, health and safety, technology and sustainability constraints.
Will be able to understand design techniques and be able to apply them; able to choose and apply modern engineering methods and skills, tools necessary for professional activities.
Will be capable to combine theoretical and applied engineering knowledge to solve problems, to understand the influence of engineering decisions in the global, economic, environmental and social context.
Will be able to work independently and in the multidisciplinary teams, communicate effectively, observe professional ethics and engineering norms, and understand the responsibility for engineering activities.
Will understand the importance of individual lifelong learning and will be prepared for it.

March 2, 2022

Environmental Technology

Degree

Bachelor of Engineering Sciences in Environmental Engineering

Length, structure

4 years (8 semesters), internship included in the programme. Graduation is finalized with the defense of Final project

Detailed curricula

Main subjects

Air protection, Water and wastewater treatment, Waste management, Physical pollution, Environmental Research, Environmental Law, Sustainability, Environmental Impact Assessment, BIM

WHAT IS THE PURPOSE OF THIS STUDY PROGRAMME?

Today environmental protection is more important than ever to global societies and scientific studies show that global warming, pollution levels are increasing.
The Environmental Engineering study programme not only provides environmental knowledge, but also helps to develop the ability to monitor and evaluate the extent of environmental pollution, plan and implement engineering measures to prevent environmental pollution, improve the quality of the environment, and design modern environmental facilities to improve human well-being.
Knowledge of environmental processes, environmental technologies, sustainable development, and the principles of environmental economics and law is essential to ensure the well-being of every inhabitant of the world, a safe and clean environment.
Environmental Engineering studies will introduce you to technical, technological and organizational solutions in various areas of environmental engineering. Here you will learn how to design the latest water, wastewater, air purification, waste management and physical pollution abatement equipment using advanced Building Information Modeling (BIM) technologies.

WHAT WILL YOU LEARN?

To identify the most important environmental problems, to apply the latest methods and measures with the least negative impact on the environment, to select and apply research methodologies for the control of environmental protection processes;
To design and select technological and organizational measures to manage climate change and improve the quality of the environment;
To implement preventive environmental management measures, to develop cleaner production principles and advanced environmental technologies in line with the concept of sustainable development;
To analyse and apply wastewater, air purification, waste management technologies, to understand new environmental equipment and perform their maintenance;
To analyse and solve water supply and sewage disposal tasks, design and use engineering systems.

February 9, 2022

Sustainable and Energy Efficient Buildings

The Master’s study programme “Sustainable and Energy-efficient Buildings” is designed for persons that graduated from the Bachelor’s study programmes in Construction Engineering, Construction Technology, Building Engineering Systems or Energy Engineering and those willing to gain knowledge and be able to systematically analyse, assess and design building engineering systems, building micro-climate, building conformity with the principles of sustainable construction, energy costs, renewable energy source technology, system management principles, energy accumulation, transmission and consumption technology, perform their maintenance and be able to carry out the building energy efficiency inspection.

October 18, 2020

Aircraft Maintenance Engineering

Man’s dream to fly dates back to ancient times and has now come true. The history of aviation has stepped into its second century and needs you to help it develop faster and further. If you are interested in the construction of aircraft, helicopters, gliders, their engines and mechanical systems, you are excited about an international career in the rapidly developing field of aviation, this study programme will help you launch your career and, literally, fly high.

This study programme allows students to gain both theoretical and practical knowledge with future engineers studying mathematics, physics, IT, engineering graphics, aircraft propellers, fuel, hydraulic, pneumatic systems, materials and components, fundamentals of aviation law, etc. The knowledge gained is consolidated and improved during practical training and internships, which last 20 weeks altogether and are conducted in three stages:

Introductory training – performed at KTK;
Aircraft technology internship – performed at partner companies;
Final internship – performed at partner companies.

AFTER GRADUATION YOU WILL BE ABLE TO:

organize and perform maintenance and repair of

aircraft and their components,
aeronautical equipment,
gliders,
unmanned airplanes,
sailplanes,
helicopters and their components.

RESPONSIBILITIES:

Engineer / Technician
Head of Aviation Maintenance & Repair Company

July 29, 2020

Construction

Study mode and duration time: full-time (3 years)

Study programme is carried out: Panevėžys University of Applied Sciences, Faculty of Technology Sciences

Degree and professional qualification: Professional Bachelor of Engineering Sciences

Volume of the study programme in credits: 180 ECTS credit

Objective(s) of the study programme

To equip professionals having attained sufficient knowledge and skills to organize and technically manage construction and repair work in accordance with their qualification, being able to apply optimal and safe construction work methods, make independent decisions, inspect unit activities, work quality and act successfully in competitive market conditions, supporting professional competence in lifelong learning.

Access to Professional activity

The acquired professional bachelor‘s degree in engineering entitles working as job managers, designers, construction managers and technologists in construction and design companies, self-governing institutions or set up their private business.

Opportunities for international studies

Students of the programme have the opportunity to study according to the ERASMUS student exchange program.

June 4, 2020

Energy Technologies and Economics

Today, the need to save energy is common knowledge. But how could we improve the existing technologies to make energy consumption more efficient? How to reduce energy prices making the goods and services more affordable? How to ensure access to energy to all the people without harming the environment? While studying MSc Energy Technologies and Economics at KTU you will analyse similar dilemmas and gain the skills and knowledge needed to tackle the most pressing problems of the contemporary world.

During your studies, you will learn to develop complex, more efficient energy systems, you will gain interdisciplinary knowledge on energy production, distribution, economics, development of the energy sector. Through research projects, you will learn how to make economically sound engineering decisions and to be able to effectively solve various problems in the energy sector. The knowledge gained in the master’s Energy Technologies and Economics study programme will help you address long-term energy development planning, regulation challenges. Your studies will equip you with risk and need forecasting skills, and competencies to reach informed and creative solutions to the problems of the energy sector.

The comprehensive interdisciplinary knowledge of the technologies and economics of energy generation, transmission, distribution, and effective use make the graduates of this study programme a valuable asset to any company in the energy sector. The professionals, who can control electrical power engineering objects and reach economically reasonable engineering solutions, who can conduct research and provide solutions for sustainable development of electric power industry are in high demand in the global job market.

A unique programme for future managers in the energy sector: you will acquire not only technological but also economics education
Access to the labs with the latest equipment, such as the largest in the Eastern Europe renewable resources lab or Bloomberg Financial Markets Lab

Funding opportunities

All international students automatically become candidates to receive the Scholarship for International Students, which is assigned for first-year Bachelor or Master students with strong academic records and motivation.

The residents of European Union countries and the global citizens of Lithuanian origin can apply for state-funded study places. This means that all the applicants, who fall into one of the aforementioned categories, will participate in the general admission’s competition for state-funded study places and get the chance to study free of charge, depending on their admission score.

Campus life

The main KTU Campus is within walking distance from the city centre. In the campus, university sports halls and courts, dormitories, shops and recreational areas are all nearby. KTU boasts the active student community, with 6 art societies and over 20 students’ organisations. Our students can choose from 100 weekly sports classes, and join one of 20 sports teams. All of this is free of charge.

Over 40 thousand students study in Kaunas, and of these, around 10% are international students. Lush parks, lively squares, cosy cafes and buzzing cultural life make Kaunas attractive not only as a travel destination but also as a place to live. In 2022, Kaunas will become a European Capital of Culture.

June 3, 2020

Renewable Energy Engineering

Urged by the growing desire to maintain balance, to preserve the natural environment and to slow down climate change, mankind is turning towards nature. As a result, global energy is changing.

Renewable energy includes solar, wind, water and other renewable energy sources. Currently, it is probably the most progressive and rapidly expanding field of technology and energy in the world. It is understandable – the future of all of us depends on this area.

While studying bachelor’s in Renewable Energy Engineering at KTU, you will expand your engineering knowledge and skills, will master the knowledge on the use of environmentally friendly types of energy, on the application of solar, wind, hydro, biofuel heat pump technologies in the fields of electricity and heat. Your knowledge will be supplemented with practical workshops at state-of-the-art laboratories equipped by Siemens, Schneider Electric, Omicron, ABB and DE Lorenzo.

Next to the basic subjects of the study programme, you will be able to choose two more specialised module groups additionally
The students and lecturers work as partners, the innovative attitude of students to the studied objects is highly valued
Hands-on experience using contemporary lab equipment acquire practical skills which are highly regarded among the employers

Funding opportunities

Campus life

Direction: Engineering sciences

PhD in Electrical and Electronics Engineering

Construction / Строительство

Building Energy Engineering

WHAT IS THE PURPOSE OF THIS STUDY PROGRAMME?

WHAT WILL STUDENTS LEARN?

Biomechanics (Medical Engineering)

WHAT IS THE PURPOSE OF THIS STUDY PROGRAMME?

WHAT WILL STUDENTS LEARN?

Environmental Technology

Sustainable and Energy Efficient Buildings

Aircraft Maintenance Engineering

Construction

Objective(s) of the study programme

Access to Professional activity

Opportunities for international studies

Energy Technologies and Economics

Renewable Energy Engineering