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Basanavičiaus g. 28, Vilnius, Lithuania aaugustinas.maceika@vgtu.lt, bpivkatedra@vgtu.lt Keywords: engineering change, engineering education, study programme, mechatronic systems, materials science.
For engineering change, the opportunities offered by the use of new materials are important, and a possibility of integrating mechatronic components and systems into the existing products arises.
Smart items (electronics, software, materials) integrated into the existing product offer new features and capabilities to the user.
A very important point to engineering change is to apply a new design of materials and mechatronic systems to forming the base for increasing the effectiveness of this phenomena.
Mak, Current practice of engineering change management in Hong Kong manufacturing industries, Journal of Materials Processing Technology 139 (2003) 481–487

Earth-Science Reviews, 2014, 138: 61-88
Journal of Building Materials, 2007, (3): 126-130
Anhui University of Science and Technology, 2019
Anhui University of Science And Technology, 2018
Journal of Yangtze River Entific Research Institute, 2019

Materials Science and Engineering B, 135(3), 250–255
IEEE Engineering Science and Education Journal, 7(5), 233–240
Science, 354(6308), 99–102
Science, 349(6249)
Malaysian Journal of Science, 43(3), 13–21.

The Center in Processing, Research and Application of Advanced Materials of SPI is intended to better integrate the materials science and technology sector in Lithuania into the European research area by putting the capabilities of SPI to a greater service of the economical and social needs of the country.
Key properties of THz radiation: penetrates clothing, leather, paper, plastics, packing materials; suitable for materials identification using characteristic Terahertz spectra; 3-D imaging capability; non-ionizing - no damage to body or cells; short wavelength - high resolution.
Research in the universities Institute of Physical Electronics of Kaunas University of Technology carry out research in the fields of solid-state physics, surface analysis, microelectronics, materials science and chemical analysis [4-8].
[11] V.Kumšlytis, A.V.Valiulis, O.Černašejus: Materials Science, Vol.13, No.2 (2007), p.123-126 [12] I.Gedzevicius, A.V.Valiulis: Journal of Materials Processing Technologies, Vol 175, Iss 1-3 (2006), p. 206-211
[14] A.V.Valiulis, V.Varnauskas: Proceedings of the IIW International Conference "Welding & materials.

The experiment selected representative samples including sediments powder materials in Maidao Marine Station, Qingdao; sediments powder materials in Zhanqiao Beach, Qingdao; sediments powder materials in Qingdao Port Authority Pier and sediments powder materials in Jiaozhou Bay, Qingdao.
Journal of Environmental Science,2007, 27(5):861~867
Journal of Harbin Institute of Technology, 2008,40(4)；540-545
Journal of Environmental Science 2007,27（4）643-647
Environmental science,2007,28(2):261-266

Study of Compression Soft Porous Foam Materials I.
Rao, Danger Lunking Underwater, Science reporter, (2010) 45-48
Gazizov, Foam, New technologies in materials science, Bashkir state University, Ufa, (2015) 259-260
Demenchuk, Viscoelastic deformation of thermoplastic polymeric materials under hydrostatic pressure, Abstract of dissertation of candidate of Sciences, Leningrad, 1984
Cherunov, Study of the structural and acoustic properties of clothing materials for thermal protection of human International Journal of Applied Engineering Research, 10(19) (2015) 40506-40512

Thus, R&D activities are defined as follows: Research is the original planned investigation that seeks to discover new knowledge and a superior understanding in the scientific and technological field, and development in the application of the results of the investigation or of any other type of scientific knowledge in the manufacture of new materials or products or in the design of new processes or production systems, as well as for the substantial technological improvement of pre-existing materials, products, processes or systems.
As can be seen in Table 1, very diverse journals have been selected by the students, although two of them stand out, Procedia Engineering and Journal of Materials Processing Technology, both with 14 papers selected.
Typology of the journals Journal In open Indexed in JCR No. of papers Chinese Journal of Aeronautics Yes Yes 1 CIRP Annals - Manufacturing Technology No Yes 2 Fuel Cells Bulletin No No 1 Ingeniería Mecánica [in Spanish] Yes No 1 International Journal of Advanced Manufacturing Technology No Yes 4 International Journal of Machine Tools & Manufacture No Yes 2 International Journal of Material Forming No Yes 1 International Journal of Mechanical and Materials Engineering Yes No 1 Journal of Manufacturing Processes No No 3 Journal of Materials Processing Technology No Yes 14 Journal of Mechanical Science and Technology No Yes 4 Materials & Design No Yes 3 Materials Science and Engineering: A No Yes 2 NDT&E International No Yes 1 Precision Engineering No Yes 2 Procedia CIRP Yes No 1 Procedia Engineering Yes No 14 Procedia Materials Science Yes No 2 Revista de Ingeniería e Investigación Yes Yes 1 Revista Iberoamericana de Automática e Informática Industrial (RIAI) [In Spanish] Yes Yes 1 Wear
Díaz-Álvarez, Implementation of a numerical model to define a bending manufacturing process, Materials Science Forum 853 (2016) 36-41
Domingo, Online activities development to improve the understanding of the processes for sheet cold forming, Materials Science Forum 759 (2013) 19-25

Development of New Plasma Technology Methods in Synthetic Materials Production and Research Anna N.
This paper presents the results of the application of new unique techniques based on plasma nanotechnology in metallurgy and materials science.
Complex lining (5) includes 4 layers of materials that allow overcoming temperature differences, while maintaining strength.
Galevskiy, Technological basis of the plasma-metallurgical production of zirconium carbide, IOP Conference Series: Materials Science and Engineering 866(1) (2020) 012024. doi:10.1088/1757-899X/866/1/012024 [6] Yu.M.
Panasyuk, Synthetic fine-crystalline corundum is a new raw material for growing leucosapphire, Advanced materials 4 (2009)

Materials genome engineering (MGE) is becoming a powerful solution to accelerate the innovation in the field of materials development.
Takeuchi, , ed., Combinatorial materials synthesis.
High-throughput analysis: a tool for combinatorial materials science.
Takeuchi, Nature Materials 3, 429 (2004)
Ito, Materials Science Forum, 469, 534-536 (2007)

At present, sepiolite group mineral nanomaterials are widely used in friction materials, carrier materials, organic or inorganic composite materials and absorbent materials.
Tavares: Journal of Hazardous Materials, Vol. 186(2011), p. 1241 [15] Z.
Xu: Journal of Hazardous Materials, Vol. 196(2011), p. 123 [16] S.
Zhou: Journal of Hazardous Materials, Vol. 217–218(2012), p. 11 [22] U.
Caglar: Journal of Hazardous Materials, vol. 161(2009), p. 1087 [24] S.