Za vedeckú monografiu sa považujú pôvodné monotematické vedecké práce v rozsahu najmenej 3 AH (práce s menším rozsahom sa zaradia do kategórie GII). Vedecká monografia sa vyznačuje aj tým, že je pred publikovaním posudzovaná (recenzovaná) najmenej dvomi odborníkmi, ktorých mená sú uvedené v publikácii. Knižná monografia musí mať ISBN.
Do tejto kategórie sa zaraďujú aj samostatné mapy, ak spĺňajú vyššie uvedené obsahové kritériá a ich formát má rozsah najmenej 3 AH (1 AH mapy = 2.300 cm²).

Autorský hárok (AH) – 36.000 tlačových znakov (20 normalizovaných strán, 1 strana = 1800 znakov), pri básniach 620 veršov, pri mapách a grafických reprodukciách 2.300 cm².

Výstupy katedry:

AAA  Vedecké monografie vydané v zahraničných vydavateľstvách

[1] KABDI, Kani - MAJERNÍK, Milan - BOSÁK, Martin - MIHOK, Jozef: Technics and environment and vice versa. Kokshetau: Kokshetau University, 2010, 206 p., [CD-ROM] ISBN 9965-9396-8-0.

[2] CEHLÁR, Michal - RYBÁR, Radim - MIHOK, Jozef - SOUŠEK, Radovan - SZABO, Stanislav: Trhacie práce v krízových situáciách. 1. vyd. - Pardubice: Institut Jana Pernera, 2012, 191 p., ISBN 978-80-86530-81-9.

[3] TREBUŇA, Peter - FIĽO, Milan - PEKARČÍKOVÁ, Miriam: Supply and distribution logistics. 1. vyd., Ostrava: Amos, 2013, 133 p., ISBN 978-80-87691-02-1.

[4] KÁDÁROVÁ, Jaroslava - MARKOVIČ, Jaromír - LOBANOVÁ, Halina - PERMINOVÁ, Oľga - MIHOK, Jozef: Korporativnoe upravlenie v usloviach krizisa. 1. vyd - Iževsk : IŽGTU M.T. Kalašnikova - 2016. - 239 p.. - ISBN 978-5-7526-0727-1.

[5] MIHOK, Jozef - MAJERNÍK, Milan - KÁDÁROVÁ, Jaroslava - JANEKOVÁ, Jaroslava - KOČIŠOVÁ, Michaela - KRIVOSUDSKÁ, Jana - JAHNÁTEK, Andrej - DANISHJOO, Enayat: Integrated Enterprise Management and Production Quality. 1. vyd. - Dusseldorf : A&A Digitalprint GmbH - 2017. - 452 p.. - ISBN 978-3-00-055589-3.

[6] DANESHJO, Naqibullah - RUDY, Vladimír - REPKOVÁ ŠTOFKOVÁ, Katarína - MAREŠ, Albert - KOVÁČ, Juraj - JAHNÁTEK, Andrej - KRIVOSUDSKÁ, Jana - ŠMAJDA, Norbert - RUSNÁK, Ján: Inteligent industrial engineering - Innovation potential. 1. vyd. - San Antonio : FedEx Print & Ship Center - 2018. - 297 s. [print]. - ISBN 978-0-578-40289-5.

[7] TREBUŇA, Peter - PEKARČÍKOVÁ, Miriam - KLIMENT, Marek - TROJAN, Jozef - MIZERÁK, Marek: Modelling and simulation of production systems in industrial and digital engineering. 1. vyd. - Lüdenscheid : RAM-Verlag - 2019. - 441 s. [print]. - ISBN 9783942303927.

[8] CEHLÁR, Michal - RYBÁR, Radim - ZHIRONKIN, Sergey - TYULENEV, Maxim - MIHOK, Jozef - ENGEL, Jacek: Open-Pit Mining. 1. vyd. - Plzeň: Vydavatelství a nakladatelství Aleš Čeněk - 2019. - 526 s. [print]. - ISBN 978-80-7380-747-4.

AAB  Vedecké monografie vydané v domácich vydavateľstvách

[1] TEJ, Juraj - ŠIMKOVÁ, Helena - SOROKOVÁ, Tatiana - TREBUŇA, Peter: Vybrané problémy manažmentu riadenia ľudských zdrojov teoretické poznatky, príklady a skúsenosti z manažérskej praxe. 1. vyd., Košice: TU, 2010, 92 s., ISBN 978-80-553-0565-3.

[2] KOVÁČ, Milan – KOVÁČ, Jozef: Inovačné projektovanie výrobných procesov a systémov. 1. vyd., Košice: TU, 2011, 320 s., ISBN 978-80-553-0805-0.

[3] KOVÁČ, Jozef - MIHOK, Jozef: Priemyselné inžinierstvo. 1. vyd., Košice: TU, 2013, 340 s., ISBN 978-80-553-0806-7.

[4] MIHOK, Jozef - KOVÁČ, Jozef - TREBUŇA, Peter - KÁDÁROVÁ, Jaroslava - RUDY, Vladimír: Podnikový manažment. 1. vyd. - Košice : TU - 2016. - 424 s.. - ISBN 978-80-553-2470-8.

[5] KOVÁČ, Jozef - RUDY, Vladimír - KOVÁČ, Juraj: Automatizácia výroby. 1. vyd - Košice : SjF TU - 2016. - 304 s.. - ISBN 978-80-553-2311-4.

[6] KOVÁČ, Jozef - RUDY, Vladimír - KOVÁČ, Juraj: Metodika projektovania výrobných procesov. 1. vyd - Košice : TU - 2017. - 319 s. - ISBN 978-80-553-2874-4.

[7] TREBUŇA, Peter: Aplikácia vybraných metód modelovania a simulácie v priemyselnom inžinierstve. 1. vyd - Košice : TU, SjF - 2017. - 208 s.. - ISBN 978-80-553-2835-5.

[8] KOVÁČ, Jozef - RUDY, Vladimír - KOVÁČ, Juraj: Metodika projektovania výrobných procesov 2. inovačné projektovanie výrobných systémov. 1. vyd. - Košice : Technická univerzita v Košiciach - 2018. - 240 s. [print]. - ISBN 978-80-553-2873-7.

[9] BADIDA, Miroslav - DZURO, Tibor - KRÁLIKOVÁ, Ružena - ŠEBO, Juraj: Revitalizácia eutrofizovaných vôd. 1. vyd. - Košice : Technická univerzita v Košiciach - 2019. - 275 s. [print]. - ISBN 978-80-553-3265-9.

The laboratories of institutes and departments are used both for the teaching of study programs guaranteed by institutes and departments, as well as for the study programs of the faculty or university. The laboratories and special classrooms of the institutes of the Faculty of Mechanical Engineering, as well as the departments of other faculties of the Technical University in Košice are used for teaching students of the mentioned study program.

The Institute of Management, Industrial and Digital Engineering has 7 laboratories with appropriate equipment. Laboratories are purposefully equipped with software and hardware tools according to modern standards and approaches for research in a specific field.

These are the following selected laboratories:

Laboratory of experimental virtual and mixed reality

Location: Institute of Management, Industrial and Digital Engineering Park Komenského 9, Košice, PK 9, 1st floor, room PK9 / 210, Workplace of experimental virtual reality PK9 / 210A

Design studio for industrial plants and companies

Location: Institute of Management, Industrial and Digital Engineering Park Komenského 9, Košice, PK 9, 1st floor, room PK9 / 207

Laboratory of digitization and simulation of business processes

Location: Institute of Management, Industrial and Digital Engineering Park Komenského 9, Košice, PK 9, 1st floor, room PK9 / 206

Laboratory of work process innovations and applied ergonomics

Location: Institute of Management, Industrial and Digital Engineering Park Komenského 9, Košice, PK 9, 1st floor, room PK9 / 205

Laboratory of augmented and mixed reality

Location: Institute of Management, Industrial and Digital Engineering Park Komenského 9, Košice, PK 9, 1st floor, room PK9 / 301

Education and training center

Location: Department of Industrial Engineering and Management, Komenského 9 Park, Košice, PK 9/001, ground floor

ONGOING PROJECTS

VEGA 1/0438/20

Interaction of digital technologies to support software and hardware communication of an advanced production system platform.

(2020-2023)

Project leader: prof. Ing. Peter Trebuňa, Ph.D.

Annotation:

Following the RIS3 strategy in Slovak companies, the presented project is focused on research into the possibility of using digital technologies in their introduction into production. Advanced modeling and simulation software will be selected as key decision support tools, using the principles and knowledge of statistics, value analysis and systems theory. At the same time, hardware tools (PLC, Simatic) will be used for the purpose of final testing of the functionality of the designed signal system. During the solution of the project, the research matrix will create a methodology in accordance with the specific requirements of practice, which will be tested at the researcher's workplace in laboratory conditions with existing infrastructure and industrial practice and applicable in heterogeneous companies to use tools and principles I 4.0. It can be expected that the impact of the proposed methodology will have usability already in the final stage of the project solution.

VEGA 1/0340/21

The impact of the pandemic and the subsequent economic crisis on the development of digitalization of companies and society in Slovakia.

(2021-2024)

Project leader: prof. Ing. Jaroslava Kadarova, PhD.

Annotation:

The project is focused on the development of scientific and practical knowledge in the field of management and evaluation of digitalisation of companies and determining the effects of the pandemic and the subsequent economic crisis on the development of digitalisation of society and companies operating in Slovakia. The originality of the project lies in the creation of a methodology for monitoring and evaluating the progress in the introduction of digitization in companies and in its verification on a sample of Slovak industrial companies. The solution of the project will be based on methodological approaches and theories of interdisciplinary character with the support of software tools, mathematical-statistical evaluation and experimental simulations. The scientific output of the project will be a model for assessing the level of performance, quality and risks of business digitization in Slovakia, based on relevant key performance indicators and key risk indicators, integrated into a composite indicator of the degree of business digitization. An integrated business digitization indicator is expected to optimize processes.

ONGOING PROJECTS

KEGA 001TUKE-4/2020

Modernization of the teaching of industrial engineering in order to develop the skills of the existing educational program in a specialized laboratory.

(2020-2022)

Project leader: prof. Ing. Peter Trebuňa, Ph.D.

Annotation:

The ongoing process of transformation towards automated machines and services leads to the coordination and interconnection of distributed complex systems. For this purpose, more software-embedded systems are involved in industrial products and systems. Therefore, predictive methods based on intelligent algorithms to support electronic infrastructure should be used. The synergy resulting from the integration of advances in information technology, services and manufacturing is synonymous with the Industry 4.0 concept. Value chains require standardization of production and business processes and closer relationships between stakeholders. Research, development and an active approach to innovation are the basis for the implementation of the Industry 4.0 infrastructure of companies. It is necessary to reflect on these challenges, especially in the field of education, in order to prepare competent specialists. A strong trend in terms of increasing the quality, modernization and attractiveness of teaching is the introduction of elements of digitization into the educational process and the building of high-quality interactive educational and training centers.

KEGA 002TUKE-4/2020

Implementation of intelligent technology and advanced technologies to support transformation processes and design of future productions.

(2020-2022)

Project leader: doc. Ing. Vladimir Rudy, PhD.

Annotation:

The aim of the project solution is to acquire knowledge in the field of modern technical and software tools and innovative techniques of designing and creating virtual scenes of production workplaces and systems. Transformation of this knowledge into the so-called "Active experiential forms of education" in subjects focused on methodologies for designing mechanical engineering production and building the production of the future into the educational process in study programs in the fields of "Industrial Engineering" and "Automotive Production". The effort is to support students' innovative thinking and the development of their practical skills supporting their more flexible graduate adaptation in the manufacturing sphere. The project is to help expand the technical and software equipment of laboratories at the "Institute of Management, Industrial and Digital Engineering", Faculty of Mechanical Engineering, Technical University in Košice and to integrate these new types of technical, computer and software tools into existing theoretical and practical teaching.

KEGA 009TUKE-4/2020

Transfer of digitization into education in the study program Business Management and Economics

(2020-2022)

Project leader: prof. Ing. Jaroslava Kadarova, PhD. Annotation: The digitization of society and the introduction of elements of Industry 4.0 into the practice of industrial enterprises inevitably change the nature of higher education. Automation, electronization and artificial intelligence determine business processes that undergo dynamic transformation and become complex, using information and communication technologies, modeling and simulation. These changes also affect the operational management of companies, corporate information systems, economic and financial management, human resources management and strategic management. The aim of the project is to reflect on the changes caused by digitization and modernize education in the study program Business Management and Economics by using simulation games to support management and decision-making, automation of data processing, visualization of key performance indicators of business processes in the form of reports, dashboards and scorecards. The transfer of digitalisation to education and the use of the experiential form of teaching will support the innovative and creative potential of students stimulated by the completed study and critical thinking necessary for economic practice.

ONGOING PROJECTS

APVV-19-0418

Intelligent solutions to increase the innovative capacity of companies in the process of their transformation into smart companies.

(2020-2024)

Project leader: doc. Ing. Miriam Pekarcikova, PhD.

Annotation:

The main goal of the presented project is to develop a methodology for intelligent solutions to increase the innovative capacity of companies in the process of their transformation into smart companies in the context of Industry 4.0. The proposed methodology will create a comprehensive product, the implementation of which would allow companies to start the process of digitization and create a way to achieve their transformation. The research workplace expands its intentions into the field of digital engineering, which it develops mainly in cooperation with solved projects and with its steps in the field of innovative solutions it aims to achieve its goal of becoming a highly competitive educational and research workplace in the field of industrial engineering. The solution of the presented project can be concretized into five phases:

• analysis of the current state and identification of the requirements of the business sphere • creation of conditions for the implementation of elements of digitization by increasing the quality level of laboratories at the workplace of the responsible researcher,

• elaboration of proposals and verification of modifications of optimization methods and algorithms, as a basis for the creation of the methodology defined in the main goal of the submitted project,

• verification of the proposed methodology in the laboratory conditions of the workplace of the responsible solver, which will enable the implementation of reconfiguration and modification of processes in accordance with the concept of Intelligent Industry,

• the process of introducing a proven methodology through selected business entities into industrial practice.

APVV-17-0258

Application of elements of digital engineering in innovation and optimization production flows

(2018-2022)

Project leader: prof., Ing. Peter Trebuňa, Ph.D.

Annotation:

The main goal of the presented project is to design a comprehensive methodology for designing a new type of production system focused on mass customization with the support of elements of digital engineering in in line with the RIS3 smart specialization strategy. The aim of the presented project is to create a unique methodology that will use the tools of digital engineering in the field of design, innovation and optimization of production flows of existing types of industrial production. The main support tools for ensuring quality information collection will be the most modern software tools that we have at the solution workplace and will enable the verification of corrections from the obtained data. The methodology of the project solution will consist of the following stages:

• the stage of analysis of the current state will be developed on the basis of the experience of the team of researchers in the field of analysis, design and modification of processes in heterogeneous industrial enterprises,

• The design stage of application solutions for real and simulation systems will be focused on the design and description of the required functionalities of the solution with the definition of acceptability parameters for simulation models. The proposed solution will be developed on the basis of several years of experience of the workplace of the responsible solver in the given area,

• the stage of programming and testing of the proposed system and application functionalities of the methodology with the help of test scenarios and the testing itself will be carried out on the basis of the experience of the team of researchers,

• the final stage will be the integration stage, the result of which will be the incorporation of the investigated relationships defined on the basis of selected parameters into the proposed simulation models and their verification in both laboratory and industrial practice conditions.