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",isbn:"978-1-83968-924-6",printIsbn:"978-1-83968-923-9",pdfIsbn:"978-1-83968-925-3",doi:null,price:0,priceEur:0,priceUsd:0,slug:null,numberOfPages:0,isOpenForSubmission:!1,hash:"ea4ec0d6ee01b88e264178886e3210ed",bookSignature:"Dr. Hiran Wimal Amarasekera",publishedDate:null,coverURL:"https://cdn.intechopen.com/books/images_new/9500.jpg",keywords:"Bone Tumors, Oncology, Childhood Tumors, Cancer, Risk Factors, Modern Management, Benign Lesions, Tumor-Like Conditions, Immunology, Histochemistry, Cell Oncology, Tumor Markers",numberOfDownloads:473,numberOfWosCitations:0,numberOfCrossrefCitations:1,numberOfDimensionsCitations:1,numberOfTotalCitations:2,isAvailableForWebshopOrdering:!0,dateEndFirstStepPublish:"September 28th 2020",dateEndSecondStepPublish:"October 26th 2020",dateEndThirdStepPublish:"December 25th 2020",dateEndFourthStepPublish:"March 15th 2021",dateEndFifthStepPublish:"May 14th 2021",remainingDaysToSecondStep:"6 months",secondStepPassed:!0,currentStepOfPublishingProcess:5,editedByType:null,kuFlag:!1,biosketch:"Consultant Orthopaedic Surgeon from Sri Lanka currently working in University Hospitals of Coventry and Warwickshire, UK, trained at the National Hospital of Sri Lanka, at the Oldchurch Hospital in Essex UK and The Avenue Hospital Melbourne, Australia and University Hospitals of Coventry and Warwickshire, UK, obtained the FRCS from Royal College of Surgeons of Edinburgh, Scotland.",coeditorOneBiosketch:null,coeditorTwoBiosketch:null,coeditorThreeBiosketch:null,coeditorFourBiosketch:null,coeditorFiveBiosketch:null,editors:[{id:"67634",title:"Dr.",name:"Hiran",middleName:"Wimal",surname:"Amarasekera",slug:"hiran-amarasekera",fullName:"Hiran Amarasekera",profilePictureURL:"https://mts.intechopen.com/storage/users/67634/images/system/67634.jpg",biography:"Hiran Amarasekera is a Consultant Orthopaedic Surgeon from Sri Lanka currently working in University Hospitals of Coventry and Warwickshire, the UK as a hip preservation fellow. \r\nHis special interests include young adult hip and knee problems, sports injuries, Hip and knee arthroplasty, and complex arthroscopic procedures. \r\nHe completed the MBBS from Kasturba medical college Manipal, India and did his postgraduate in Trauma and Orthopaedics at the Post-graduate Institute of the Medicine University of Colombo obtained the MS. \r\nHe was initially trained at the National Hospital of Sri Lanka and then completed the further training at the Oldchurch Hospital in Essex UK and The Avenue Hospital Melbourne, Australia and University Hospitals of Coventry and Warwickshire, UK.\r\nHe obtained the FRCS from Royal College of Surgeons of Edinburgh in 2003 and was elected a fellow of Sri Lanka College of surgeons (FCSSL) 2012. \r\nHe has a keen interest in academia and research. Working as a clinical research fellow in Warwick Medical School he obtained the MPhil form University of Warwick and was elected for a research fellowship to University of California Los Angeles (UCLA). \r\nHis research interests include blood flow to the hip, failure of hip resurfacing, designing new hip prosthesis, and surgical approaches to the hip. \r\nHe has over 30 international publications and presentations and several book chapter. \r\nHe also works as a reviewer for international orthopedic journals and has reviewed over 35 papers and is a member of the editorial board of Sri Lanka Journal of Surgery.",institutionString:"University of Warwick Science Park",position:null,outsideEditionCount:0,totalCites:0,totalAuthoredChapters:"3",totalChapterViews:"0",totalEditedBooks:"1",institution:{name:"University of Warwick Science Park",institutionURL:null,country:{name:"United Kingdom"}}}],coeditorOne:null,coeditorTwo:null,coeditorThree:null,coeditorFour:null,coeditorFive:null,topics:[{id:"16",title:"Medicine",slug:"medicine"}],chapters:[{id:"73224",title:"Management of Early Osteoarthritis",slug:"management-of-early-osteoarthritis",totalDownloads:113,totalCrossrefCites:0,authors:[null]},{id:"71336",title:"Non-Surgical Regional Therapy for Osteoarthritis: An Update and Review of the Literature",slug:"non-surgical-regional-therapy-for-osteoarthritis-an-update-and-review-of-the-literature",totalDownloads:182,totalCrossrefCites:0,authors:[{id:"77195",title:"Dr.",name:"Charles",surname:"Mackworth-Young",slug:"charles-mackworth-young",fullName:"Charles Mackworth-Young"}]},{id:"72715",title:"Simultaneous Bilateral Joint Arthroplasties in Treatment of Osteoarthritis",slug:"simultaneous-bilateral-joint-arthroplasties-in-treatment-of-osteoarthritis",totalDownloads:121,totalCrossrefCites:1,authors:[null]},{id:"75062",title:"Bone Cancer Pain, Mechanism and Treatment",slug:"bone-cancer-pain-mechanism-and-treatment",totalDownloads:37,totalCrossrefCites:0,authors:[null]},{id:"75735",title:"Osteosarcoma",slug:"osteosarcoma",totalDownloads:23,totalCrossrefCites:0,authors:[null]}],productType:{id:"1",title:"Edited Volume",chapterContentType:"chapter",authoredCaption:"Edited by"},personalPublishingAssistant:{id:"247865",firstName:"Jasna",lastName:"Bozic",middleName:null,title:"Ms.",imageUrl:"https://mts.intechopen.com/storage/users/247865/images/7225_n.jpg",email:"jasna.b@intechopen.com",biography:"As an Author Service Manager, my responsibilities include monitoring and facilitating all publishing activities for authors and editors. 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These materials possess extraordinary physical and chemical properties derived from their size in the nanoscale. Among the reasons for this technological and scientific trend are its multidisciplinarity and the combination of the best attributes of both inorganic and organic chemistry, which give rise to multifunctional materials based on an approximation of building blocks. In addition, there is the possibility of incorporating the physical and biological sciences to produce biomimetic approaches to create unique materials derived from the requirements of emerging technologies that lead to the development of a current driving force to perform unprecedented research of materials, devices, and applications. So far, although many reviews, articles, and books are being continuously published, the scientific literature continues to surprise with new contributions and different views of researchers around the world. The purpose of this chapter is to present an updated introduction of hybrid nanomaterials and their recent advances of this decade.
Hybrid nanomaterials are defined as unique chemical conjugates of organic and/or inorganic materials [1]. That is, these are mixtures of two or more inorganic components, two or more organic components, or at least one of both types of components. The resulting material is not a simple mixture of its components but a synergistic material with properties and performance to develop applications with unique properties, which are determined by the interface of the components at the molecular or supramolecular level. Its functionality is associated with the improvement of physicochemical properties. For the electrochemical or biochemical properties through the optimization mainly of magnetic, electronic, optical, and thermal properties or a combination of them, since the mechanical properties are rather directing towards flexibility, which is not considered as a demand [1], see Figure 1. The inclusion of nano-sized materials has further expanded the extraordinary properties of hybrid materials thanks to the challenge of having greater options for multifunctional materials. In the last two decades, the development of multifunctional applications is receiving a lot of attention thanks to the chemical and physical properties of the materials, which are giving rise to developments of high adding value. These materials are classified as innovative advanced materials applicable to a huge diversity of applications including optics, electronics, sensors, ionics, energy conversion and storage, mechanics, membranes, protective coatings, catalysis, etc. [1]. The unique versatility of these materials allows designing materials with tunable properties, with improved performance and properties to their long-established counterparts in the market. The diversity of organic and inorganic components that can be incorporated into these materials is from sizes of a few angstroms to thousands of angstroms, so these can be categorized among molecular species, in nano- and/or supramolecular sizes, or with extended structure. Some of the illustrative examples of hybrid materials are [1]:
Donor-acceptor perovskites
Intergrowth organic–inorganic perovskites
Sol–gel silica modified with organic molecules
Active organic molecules doped into conductive polymers
Organically grafted inorganic phases
Organically modified mesoporous materials
Poly-oligo-silsesquixane-loaded polymers
Active organic molecules intercalated into layered silicates, oxides, chalcogenides, and 2D materials
Mixed organic–inorganic polymers
Silica plus organic polymer
Polymer-supported inorganic clusters or nanoparticles
Polymers intercalated in layered silicates, oxides, chalcogenides, and 2D materials
Polymer-clay composites
Polymer-magnetic nanoparticle composites
Biomineral-type composites
Organically substituted polysiloxanes and polysilsesquioxanes
Polymer-coated inorganic nanoparticles
Silica-embedded bioactive species
Fiber-reinforced nanocomposites, etc.
Physical properties of the components of a hybrid material.
In the range of nanomaterials and supramolecular materials, there is a greater variety of possible cases, which leads to a wide continuous set, whose size ranges from molecules to solid-state materials. Moreover, the chemical nature of the components as well as the interaction between them leads to different possibilities of structure, degree of organization, and properties. In the design of this type of materials, it is transcendent to tune the nature, extent, and accessibility of internal surfaces [2, 3, 4]. Globally, the trend most used for the application of new materials is to predict and control their chemical and physical properties. In particular, the manipulation of atoms and molecules in nano-sized materials is related to nanochemistry and molecular engineering.
In accordance with the chemical origin of the interface or links established between the components in a hybrid material, these materials can be categorized as is shown in Figure 2 [1, 2]. A first class of hybrid materials are those based on the synergy of the phases through weak chemical interactions based on Coulomb forces, London dispersion forces, hydrogen bonds, and dipole–dipole forces. A second class of hybrid materials are those based on the synergy of the phases through strong chemical bonds such as Lewis acid–base, covalent, or ionic-covalent bonds. The latter class of materials depends on the relative stability of the synergy between its components, since it determines the types of organic functionalization or the type of complex organic ligatures based on transition metal cations required to anchor the organic components to inorganic components.
Basic classification of hybrid materials according to the types of chemical interaction between their components.
In addition, hybrid materials can be classified as organic-in-inorganic (organic moieties used to modify inorganic materials) or inorganic-in-organic (inorganic constituents used to modify organic materials or matrices), as illustrated in Figure 3 [3]. Hybrid materials based on the first approach can be subdivided into two types, namely, (1) inorganic materials modified by organic moieties and (2) colloidal polymers stabilized by organic moieties. On the other hand, inorganic materials are modified via surface charge or functionalization with ligatures. Among the colloidal particles that can be used are nanoparticles, nanobars, nanotubes, nanostars, nanoflowers, etc., which must be electrostatically stabilized to be uniformly distributed throughout the material, preventing the formation of clusters. The incorporated inorganic constituents have small particle or structure morphologies, and these are made of clays, ceramics, minerals, metals, semiconductors, carbon-based nanomaterials, and two-dimensional materials. These materials are integrated into organic materials or matrices of either chemical or biological type. Chemical matrices can be polymers, monomers, synthetic molecules, etc., and the chemical materials derived from them are layers by layers (LbL), hydrogels, brushes, and copolymer blocks, both in the form of vehicles or coatings. The biological matrices used belong to one of the following groups: bacteria, microorganisms, molecules, polysaccharides, proteins, nucleic acids, carbohydrates, and lipids.
Types of hybrid materials based on the adding of inorganic and organic components and vice versa.
A more recent classification of hybrid materials is based on their functionality [1]. Three different types of materials can be identified: (1) structurally hybridized materials, (2) functionally hybridized materials, and (3) hybridized materials in their chemical bond.
Many applications have emerged by taking hybrid materials to the commercialization stage, and another huge amount is in its research and prototype phase to become emerging applications, as shown in Figure 4 [4]. Among the numerous applications of organic–inorganic hybrid materials are:
Gas barriers
Packaging
Sealants
Hybrid pigments
Decorative coatings
Scratch-resistant coatings
Anti-corrosion coatings
Hair care products
Spin-on-glass materials
Acoustic and thermal insulators
Electrical insulators
Smart textiles
Flame retardants
Green tires
Automotive parts
Dental products
Controlled-release biocapsules
Biocatalysts and/or photocatalysts
Contrast agents for magnetic resonance imaging (MRI)
Hybrid anti-cancer nanoparticles
Biosensors
Supercapacitors
Fuel cells
Solar cells
Actuators
Optical chemical sensors
Flexible hybrid batteries
Microlenses and waveguides
Organic light-emitting diodes (OLEDs)
Photochromic and/or electrochromic coatings, etc. [5]
Applications of hybrid nanomaterials to flexible electronics (adapted from [
Tag sensors for realizing radiofrequency identification (RFID) based on inkjet printing nanomaterials are easily stamped on textile, plastic, paper, glass, and metallic surfaces [6]. For example, by means of hybrid materials, using titania and silica, it is possible to develop templates onto polymer and/or glass substrates.
Electrochemical energy storage using supercapacitors is an option to power portable and/or wearable electronic devices. For this application, nanomaterials such as metal–organic frameworks (MOFs), metal nitrides, MXenes, and phosphorene are mixed with organic materials to improve electrode performance [7].
A huge variety of hybrid materials has been proposed for implementing electrodes for rechargeable batteries by means of inorganic polymers and materials such as graphene, carbon nanotubes, or their combination [8]. These storage devices are used to power portable applications.
Hybrid materials such as conductive polymers combined with nanostructured transition metal oxides, graphene, and/or carbon nanotubes are being used for the design of electrodes for solar cells [9].
Around the world, different research groups are continuously presenting new strategies, studies, and applications related to the technological development of novel hybrid materials. These materials promote continuous innovation in various technological sectors as presented in this chapter. Although there are numerous advances so far, the real possibilities can only be limited by the imagination of engineers and scientists around the world. The contributions of biologists, chemists, physicists, and materials scientists take advantage of both the integration and the miniaturization of electronic devices to develop emerging technologies in various areas of electronics as presented in the chapter. In this way, it can be affirmed that the area of hybrid nanomaterials is experiencing continuous growth as a topic of scientific research, incorporating more and more research groups worldwide thanks to the diversity of approaches that drive technological innovation.
The author appreciates the support of CONRICYT for access to the database to cite technical documents included in this chapter.
The author wants to thank his wife and son for their support and time to edit this book. The author appreciates the support of Rebekah Pribetic working for Intech as Author Service Manager.
Quality of higher education and training of highly qualified and employable graduates are the important prerequisites of sustainable social and economic development of society [1]. Training of graduates in line with international standards can positively impact population’s well-being in the long-term period. Nowadays, the HEIs must provide the high-quality student-centered learning and the ongoing adaptation of study programs and teaching methods to diverse expectations of labor market.
QA in higher education assumes, on the one hand, the process of creating conditions to promote the education quality, and, on the other hand, focus on an objective evaluation of the quality of learning outcomes and the professional competencies of students and graduates [2]. The education quality is one of the important components in the reproduction of the labor force, which contributes to the quality of the labor force and through it to the increase of the country’s social and economic growth. Currently, the quality of higher education is an important issue for Kazakhstan, as the country needs highly qualified personnel capable of adapting to the changing realities of the labor market and solving complex issues to ensure sustainable social and economic development of the country. Having joined the Bologna Process in 2010, Kazakhstan introduced reform of the quality assurance system aimed at further improvement of the education system, its quality, and efficiency. As a guideline, the Bologna Declaration standards [2] were chosen. In 2011, a new version of the Kazakhstan Law “On Education” was adopted [3]. It aimed at the creation of a national quality assurance system in Kazakhstan, development of an internal quality assurance system in the HEIs, increase of the capacity of national quality assurance agencies, establishment of a network of independent local quality assurance agencies, and provision for procedures of the HEIs’ accreditation. In 2012, the “Register 1″ of independent accreditation agencies was worked out.
However, at the moment, there’re no effective internal quality control systems in Kazakhstani HEIs [4]. There are no clearly defined internal standards to ensure the quality of education to evaluate the educational programs and the graduates’ training level [4]. The HEIs manage in accordance with outdated internal standards and quality assurance tools that aren’t adapted to modern conditions and national practices [4]. Normally, the quality assurance issues are limited to documentation and document workflow. The modern education system still encounters problems of centralized management [4]. The education reform came across with evident contradictions such as outdated laws and regulations governing the educational system. The new law “On Education” dated July 4, 2018, which is the so-called Law on the Autonomy of the Higher Educational Institutions provides innovations designed to resolve the contradictions between the efforts to reform education and the old management and the rules and regulations [5]. This paper analyzes the possibility and acceptability of the European best practices to be applied in Kazakhstani HEIs considering country’s local contexts and how educational reforms successful in European countries are effective in Kazakhstan. The paper provides an analysis of the QA systems of three European universities (University de Liege, Royal Institute of Technology KTH, University de Lorraine), visited in the framework of international project experts training on QA in higher education; national quality assurance system analysis of Kazakhstan, Belgium, France, and Sweden; and survey of internal QA system in three Kazakhstani universities (University of International Relations, National Agrarian University, and University of Economics, Finance and Trade). This research uses data from a survey of Kazakhstani students, faculty, and staff between March and April 2018 as one of the methods to assess the education quality. However, often the HEIs aren’t interested in an objective assessment of their effectiveness [1, 4]. In this regard, in order to get more objective assessment of the education quality, an additional survey was done to determine the more real picture of the University of International Relations graduates’ employability. Employability would be one of the indicators of the competitiveness and demand for graduates in the labor market and proof of the high quality of education in the HEI they have graduated. This research was also aimed at the identification of the nature of employment to analyze its gender aspects.
Now, there is a clear gap between the labor market, the market needs, and the education system. The labor market is managed by employers who dictate the labor force demand and specify the demand for HEI graduates on the labor market. In this regard, this research analyzes the actual situation with the employment of the University of International Relations graduates in order to assess how competitive our graduates are in the labor market and assess the quality of their training, conduct a gender analysis of the opportunities and conditions of graduates’ employment in the labor market, and analyze the role of the university-employer partnership to ensure the education quality and enhance the graduates’ employability.
Analysis of the internal QA system of Kazakhstani universities is based on a survey conducted with the staff of the Quality Assurance units and observation of three Kazakhstani universities, as well as on their self-evaluation reports provided to the accreditation commission. In all these universities, the author was engaged in the accreditation process either as an expert of the accreditation commission or as an employee who participated in the preparation of a self-evaluation report to be accredited. For the purpose of survey, the questionnaire was used to cover questions on the institutional QA, namely, whether there is a specific structure/unit in charge of the QA or major directions of the QA strategy. Is there a specific official document on a QA strategy or is it an integral part of the university’s overall strategy? Describe the QA mechanisms such as commissions, indicators, and assessment procedures. What are the internal and external stakeholders involved in the QA? Describe how they participate. Check the list to set the Standards and Guidelines for Quality Assurance in the European Higher Education Area (hereinafter ESG). Describe activities to confirm this standard implementation.
Analysis of the national and the institutional QA systems of European universities such as University de Liege (Belgium), Royal Institute of Technology KTH (Sweden), and University de Lorrain (France), which were visited under the international project training for QA experts in higher education, was done in terms of the possibilities and acceptability of application of the best European practices in Kazakhstani universities. Information provided at trainings by national QA agencies in Belgium, Agency for Quality Assurance in Higher Education (AEQES); in France, Commission des Titres d’Ingénieur (CTI) and High Council for the Evaluation of Research and Higher Education (HCERES); and in Sweden, The Swedish Higher Education Authority (UKÄ), was used in this paper.
One of the methods of internal evaluation of the University of International Relations effectiveness is monitoring and analysis of the quality of the educational services provided. In March–April 2018, the anonymous survey “Faculty Through the Eyes of Students” among the students and the questionnaire of faculty members “The social well-being of the academic staff” were conducted. Questionnaires “Faculty Through the Eyes of Students” had 10 questions regarding the faculty teaching competence in the following areas: the student-oriented approach, interaction with students including ethical behavior, the relevance of the material provided to students to the latest science achievements, the information relevance, and the use of innovative teaching methods and technologies. The students filled in 12,036 questionnaires about 404 faculty members, while the survey coverage was 90% of the entire teaching staff. According to the survey results, 96% of students were satisfied with the teaching quality. The average score was 4.8 points out of 5 possible. Thus, according to this internal assessment, the University of International Relations has a high education quality.
Under the questionnaire “The Social Wellbeing of the Faculty Members,” 413 questionnaires or 92% of the total staff were filled in by the faculty. A respondent might choose several answers from the set list of questions. A survey of respondents showed that 73% of the faculty members are satisfied with their work at the University of International Relations while 23% aren’t. 51% of them are in favor of improving the psychological climate, and 49% think that it is necessary to improve working conditions, reduce unnecessary paperwork, provide more time for scientific creative work, computerize all processes, increase the Internet speed, and improve automated processes. In general, based on the results of both surveys, the University of International Relations has a high grade of the faculty effectiveness and the entire educational process. However, just the opinions of students and faculty do not provide an objective assessment of the education quality. A more fundamental indicator of the University of International Relations effectiveness would be the graduates’ employability. “Employability is an aggregate of competencies, skills, understanding, and personal characteristics that provide graduates with career prospects that contribute to the development of the economy and society” [6]. A high indicator of the graduates’ employment proves the relevance of demand for graduates and their specialty. It would be a proof of recognition of the competences received and the education quality in this HEI.
Under this research, 1261 graduates of 2017 from 1323 of the University of International Relations were interviewed. Sixty-two graduates were foreign citizens and were not interviewed. To confirm data received under this survey, information was requested from the Interdepartmental Settlement Center for Social Payments (hereinafter Center for Social Payments) on the pension contributions made by our graduates. The 2017 database of graduates with information on respondents including passport data and the University of International Relations name was provided to the Center for Social Payments. It was done to track respondents in the tax base and to get data on their social payments. The social payments of a respondent would confirm his/her official paid employment.
Open questions with an open-ended choice of answers were used. The survey was done in the form of a telephone interview with pre-prepared questions in February to March 2018, that is, the 8th–9th months after the graduation.
In 2010, in an effort to integrate into the global educational space, Kazakhstan has signed the Bologna Process. Most Kazakhstani HEIs have signed the “Magna Carta of Universities,” which is the fundamental of the “Bologna Declaration.” The Lisbon Convention “On the recognition of qualifications on higher education in the European region” and the Sorbonne Declaration “On the harmonization of the architecture of the European higher education system” were signed, while the declaration “Zone of European higher education” was adopted. Having signed these documents, Kazakhstan demonstrated its will for democratization, improvement of the education quality, and the establishment of the autonomy of HEIs [7]. Kazakhstan has chosen to modernize the education system and comply with international standards. All the HEIs nationwide have transferred to a three-level system of education including the undergraduate, graduate, and doctoral (PhD.) The educational process was reorganized into a credit training system based on comparability with the ECTS credit transfer system. The HEIs all by themselves have started to develop and approve the procedure to transfer credits according to the ECTS type and regulate its application. “The Rules to organize the educational process under the credit technology” and “Classifier of specialties of higher and postgraduate education of the Republic Kazakhstan” with enlarged groups of specialties were approved nationwide [8].
A critical issue of modernization is the creation of a National QA system, which would not just control over the education quality but also the development of the system to ensure the quality of education. The ESG were applied as the basis for the QA system in Kazakhstan. Accreditation of the HEI and study programs is the external quality assurance mechanism. The national accreditation model is independent and voluntary. Accreditation shall be implemented by accreditation agencies included in the Register 1, which is the list of accreditation agencies in the field of education, which are the National Register of Accreditation Bodies of the Republic of Kazakhstan (hereinafter the RoK) Ministry of Education and Science. The RoK Ministry of Education and Science recognizes all European accreditation agencies listed in the European QA Register (EQAR). However, in order to be able to accredit Kazakhstani HEIs, they shall be registered in Kazakhstan and join the Register 1. Currently, 11 accreditation agencies are listed in Register 1, among them are 6 Kazakhstani organizations, Kazakhstan Agency for Quality Assurance in Education (IKAQAE), Independent Agency of Accreditation and Ratings (IAAR), Kazakhstan Association for Engineering Education (KAZSEE), Agency for Recognition and Quality Assurance in Education (ARQA), Eurasian Center for Accreditation and QA (ECAQA), and Independent Accreditation Center (IKAC), and 5 international ones—FIBAA (German), ASIIN (German), MusiQue (Belgium), ACQUIN (German), and ACBSP (USA).
Since 2017, national agencies IAAR and IKAQAE became the international ones and joined the European Association for the Quality Assurance in Higher Education (ENQA). In addition, they were listed in the European Register for Quality Assurance (EQAR) [9]. According to the report of the Center for the Bologna Process, the listing of Kazakhstani agencies into the European Register “demonstrated the recognition of procedures and processes at the European level the whole Kazakhstani education” [9]. The RoK National agencies accredit under the QA standards they have developed, in accordance with national education standards and the ESG. “Special standards analogous to the ESG in the field of the QA are not developed in Kazakhstan yet” [9]. Conceivably, the IAAR and the IKAQAE are the independent agencies and do not depend on public finance. However, the HEIs pay the agencies for accreditation and choose an accreditation agency by themselves. Eventually, these factors affect the assessment fairness, by taking into account the low level of quality culture. For example, the French High Council for Evaluation of Research and Higher Education (HCÉRES) is an independent national QA in higher education agency, which does not depend on state funding and of HEI. The HCÉRES is funded by the parliamentary vote.
Despite the fact that accreditation is voluntary for the HEIs, all of them are interested in it. First of all, the non-accredited HEIs shall not train the state-funded grantees. The status of an accredited university is critical for a HEI. Such status would confirm the compliance of a university and its educational programs with international standards. This status provides an HEI with a chance to be recognizable in Europe and to develop joint educational programs and academic mobility. However, the ambitions of Kazakhstani HEIs to be accredited shortly and the competition for being top in the ratings often resulted in an unreliable self-assessment reports and colored truth. But it is just the transparent, objective, reliable results of the internal assessment and audit of a HEI and the quality of its educational programs that are done by its staff at the institutional level could help to identify weaknesses and ways to address them. The accreditation procedure as such presupposes to pass a final verdict upon the completion of the assessment. The “F” would entail no access to many of the above benefits. It might be advisable to use the experience of the French agency HCÉRES and first provide Kazakhstani HEIs with an independent evaluation. Such an evaluation does not imply placing a HEI in the ranking, but is done in order to identify weaknesses and provide an opportunity to improve a HEI management.
One of the impediments to improve the education quality would be the nontransparent and inaccurate statistics. All the HEIs of the country on an ongoing basis upload their data to the ESU-VO, Unified Management System of Higher Education. This is a multilevel information system that includes all the HEIs, the RoK Ministry of Education and Science, and other government structures and agencies involved in the education development. Quite often, the data uploaded by universities in ESU-VO differ from those provided by them in self-assessment reports and from the real situation at a HEI. HEIs are not interested in creating a transparent statistical database. For example, data on the number of students and their socioeconomic status are overestimated, since the amount of funding from the Ministry of Education and Science depends on this. The decrease in the number of students, specifically the students from low-income families, as a result has a decrease in funding from the Ministry of Education and Science. Efforts by the Ministry of Education and Science to introduce the “Platonus” electronic system have not gained traction in numerous HEIs. Specifically, at the University of Liege, a statistic list has been created on the university’s website in the public domain. All the university’s statistics is placed there. This is the automated data processing. This list is ongoingly updated. Each university unit has access to a statistical database. The use of this French experience could reduce the time spent by employees of Kazakhstani HEIs to collect and process data to be provided to accountable bodies and make university statistics transparent.
The survey of Kazakhstani universities found that all the HEIs have the developed QA system (according to their responses) with a separate unit in charge, the QA policy, mechanisms, and procedures that comply with the European QA Framework and ESG. The QA procedures include surveys of students and employers. The major standards and parameters of the Bologna Process were proclaimed in Kazakhstan at the national and institutional levels as “adopted and implemented.” However, their real implementation is yet an issue. Challenges arise since the HEIs’ employees have no skills to develop educational programs which shall comply with the qualification framework and in the regulation and evaluation of the HEIs’ activities, and they have no responsibility for learning outcomes. Universities encounter the overcentralized management and outdated internal QA tools. The institutional QA systems are limited to a quality management system that complies with the ISO 9001. The academic integrity, rating methods, the teaching quality, and the development of a “culture of quality and trust” [4] remain problematic. The development of a quality culture implies that each unit and each staffer shall be responsible and aware of their involvement in the final result, namely, in the qualitative training of specialists, and participate in the continual improvement of the education quality.
Most HEIs in France, Belgium, and Sweden are public; however, all of them have academic and financial independence. Currently, higher education in Kazakhstan transits from the centralized administration by the RoK Ministry of Education and Science to the HEIs’ autonomy. Unfortunately, very often autonomy is considered by the HEIs barely as financial self-sufficiency and independent distribution of financial and material resources. In an effort to reduce the expenditure side of the university budget, the administration often downsizes the number of faculty and staff, increasing the workload of those remaining. In the HEIs, there is still a practice to finance in-service training of faculty on a residual basis. There are contradictions between the outdated methods of education management and efforts to modernize the education system. The reforms undertaken do not yet provide full academic and financial freedom to the HEIs. Reform of the higher education system and the will to provide greater autonomy to the HEIs are restrained by outdated laws and regulations in all areas of a HEI’s development. For example, the transition to credit training technologies implies for students the independent choice of subjects for study, that is, have freedom of choice. However, the strategy of public financing of the HEIs is still based on the state education standards and compulsory model curricula, which means no alternatives to choose [10]. This contradiction limits the academic autonomy of the HEIs. Overcentralization prevents the HEIs from consideration of local needs.
The HEIs’ right to develop a corporate governance designed to fulfill not only an advisory, but also a controlling role, and to ensure interrelation and consideration of the national interests, business, and society was limited to the creation of the regents of the universities and the supervisory board at a HEI, which do not have any legal force and exist just on paper. The lack of appropriate laws and regulations restrains the expansion of the HEIs’ autonomy. Most HEIs operate as national state-owned enterprises on the basis of the right of economic management. The law “On State Property” governing these HEIs conflicts with the main strategies to develop academic and financial independence [11, 4].
To further promote the HEIs’ autonomy, a new RoK Law “On Amendments and Additions to Certain Legislative Acts of the Republic of Kazakhstan on the Expansion of the Academic and Administrative Independence of Higher Education Institutions” of July 4, 2018, was adopted, and over 70 regulatory legal acts were elaborated [5]. This law provides the state enterprises for possible transformation of the legal form into nonprofit joint-stock companies. Such transformation would be another step to autonomy, since the nonprofit form of organization makes it possible for HEIs to maintain corporate standards in management and ensure the efficient redistribution of income for its development. This law shall entitle the HEIs to legally pursue commercial activities. The reform also affected the methods to finance the HEIs and provides for the transition to credit financing without reference to the period of study [5]. The new law also provides the development of a new Classifier on the training areas. In accordance with this Classifier, the HEIs shall independently develop the new educational programs. The new Classifier will replace the old one with numerous specialties which have not been in demand in the labor market for a while [12].
The institutional autonomy is not a goal in itself. The main argument to expand the HEIs’ autonomy would be an effective QA system, which implies the HEIs’ institutional responsibility for the education quality and social responsibility for the population’s well-being in the end. “Autonomy shall be implemented under a national framework that balances institutional freedom with various social goals” [13, 14]. The HEIs’ overcommercialization, increased tuition fees, and the current methods of the RoK Ministry of Education and Science to distribute educational grants have resulted in limited access to education for the disadvantaged population. Educational grants are primarily awarded based on academic merit. School graduates from low-income families and applicants from rural areas, where poverty is 2.7 times higher than in the urban ones and the instruction level and material security of schools is lower than in the cities [15], were on a back foot. Granting autonomy to the HEIs would not mean taking away responsibility of the state to support them and the vulnerable groups. Given the low level of socioeconomic development of the country (compared to European countries), Kazakhstan needs the Government support for the HEIs at this stage of transition to academic and managerial independence.
In Europe, the transformation period in the education system to create the common education space and the labor market has more than 50 years. The national and domestic QA systems of the HEIs in France, Belgium, Romania, Sweden, and Bulgaria are guided by the ESG standards aimed at improving the education quality and developing a quality culture in higher education, bolstering the role of students and employers in the QA processes. The national QA agencies evaluate the HEIs’ activities and intend, per their recommendations provided, to promote them providing quality services and increase the graduates’ employability as the main indicator of the education quality. However, the policy to ensure the quality of each country has its own specifics, adapts to local terms, and considers the conditions for the development of the local labor market and the living standard of the population.
At the end of the last century, France and Belgium already had a developed quality assessment system. In the early 2000s, in order to ensure comparability of educational programs, create a common educational space, and promote student mobility, the European HEIs begin to transit to accreditation as the final stage of assessment to confirm that a HEI complies with the ESG standards. Currently, Belgium develops a new methodology for an external QA system. It focuses on support of HEIs and promotion of their quality approaches, the internal QA system, and strengthening autonomy and responsibility for the QA in a HEI and transfers from just a summative assessment to an effective formative assessment which involves monitoring in order to provide its results to the HEIs to improve teaching and learning.
All the analyzed European HEIs are independently responsible for the education quality while keeping their traditions and specifics that took years. The QA system of all European HEIs gives priority to their self-evaluation, assessment of learning outcomes, increased autonomy, and the level and nature of the graduates’ employment. For example, the University de Lorraine Quality Management Unit has been monitoring graduates for employment for several years. The survey key questions are set by the Ministry of Education, but the HEIs can freely add any questions of their interest. The statistics received under the survey are available on the universities’ website and used to evaluate their activities. They are also provided to the Ministry of Education to create a centralized database of all universities. At the national level, the survey results are processed, and databases are compiled at different levels, in different subjects, for each university, and at the national level.
The Swedish QA system under the requirements of the Bologna Process was formed with the already high-quality education in the country. The Swedish Higher Education Authority (UKÄ) is a state agency controlled by the State. The major focus of this agency is to ensure that the assessment conducted by the agency helps to improve the education quality at the university. Sweden has developed a new QA system implemented since 2017 and made up four separate assessments: an institutional assessment of the QA process, an assessment of educational programs, an assessment of degree applications, and thematic assessments. Thematic assessment would mean evaluation of the entire educational system, comparison of the achievements of the HEIs in areas important to the country, and ensuring quality in higher education by topics such as internationalization or gender equality. “Sustainable development in education” was determined for a thematic assessment in 2017. The Swedish QA system is characterized by ongoing monitoring and periodic evaluation of educational programs; a university has a close relationship with the business sector and with employers and is strongly orientated to the labor market. In Sweden, a government agency, working on labor market research, works effectively to determine the skills and competencies that will be in future demand in a country and regions.
The Swedish experience in the study of the labor market could be a good guide for Kazakhstani students when choosing subjects, for the HEIs and employers to develop educational programs, and for the Ministry of Education and Science to determine state education standards, working out strategies and programs for education development. The RoK Ministry of Labor and Social Protection of the Population in cooperation with the RoK Ministry of Education and Science forecast specialties that will be in demand on the labor market. According to the forecasts, a state educational order is formed. According to the latest forecast data, the most on-fire specialties are the industrial and the technical ones [16]. However, there is practically no more national industrial sector, and therefore there will be no demand for graduates in these subjects in the labor market. The Soviet experience of the development of vocational education which had strong relationship with the industrial sector was completely ignored since there is no industrial sector anymore. Since applicants are not interested to enroll on these specialties, it would be advisable to provide them with incentives to stimulate their choice of specialties strategically important for the country’s future.
The European HEIs are financially independent, yet the state provides them with financial support. According to the latest available data from UNESCO, in 2015 government expenditures on education in Kazakhstan amounted to 2.79% of GDP, which is way below than in European countries (Figure 1). Herewith, in Kazakhstan the share of expenditures on tertiary in total expenditures on education is lower (Figure 1). Likewise, the share of expenditures on tertiary in total expenditures for education in Kazakhstan tends to decrease and amounted to 15.26% in 2015, 11.64% in 2016, and 10.56% in 2017 [17].
Government expenditure on education as a percentage of GDP (%). Expenditure on tertiary as a percentage of government expenditure on education (%). Source: based on UNESCO data (
Currently, Kazakhstani HEIs encounter financial difficulties such as provision of a decent salary for employees, renovation of material-technical basis of HEI, promotion of academic mobility, and in-service faculty training. An unreasonable increase of tuition fees (compared to the financial capacities of local households) results in a loss of students due to the general low level of the population’s well-being. Consequently, the public finance of Kazakhstani HEIs is needed and should be a priority for the state as support to the economy and business. For the internal QA system of Kazakhstani HEIs, it would be advisable to adopt the experience of European HEIs to create mechanisms for continuous, comprehensive, and transparent assessment. On this basis further improvement of the education quality would be developed. The current practice to conduct an accelerated and chaotic assessment under the preparation for accreditation creates stress for all the HEI employees and suspends all its activities. All European countries under consideration are characterized by a high life quality and a high level of economic development, the industrial sector, the SME, the popular employment in nongovernmental organizations due to decent salaries there, and the social environment. All this creates a wide labor market and hence a greater demand for graduates. To ensure the effective modernization and reform in Kazakhstan, the government support of education also should comply with international standards; the level of the populations’ well-being and the country’s socio-economic development would allow students to choose a university that provides sound academic background and they would be able to pay for quality education and later find a decent work and fair salary.
According to the graduates’ survey results, out of a total number of respondents 1261 (100%), 929 (74%) of the University of International Relations graduates have found a job and are currently employed, of which 18 persons have started a business and are registered as individual entrepreneurs. Of a total number of respondents, 178 (14%) graduates have continued their education, while 154 (12%) persons had no job at the survey time. However, the Center for Social Payments confirmed official data for any payments only for 771 graduates out of the 929 graduates who answered they were employed. This means that only 771 graduates had a paid employment while the remaining 158 (12.5% of all respondents) were informally employed (Figure 2).
Survey of 2017 University of International Relations graduates employability. Source: based on survey results.
Seventy percent (992 persons) of all University of International Relations graduates (1323 persons) are women, while 30% (331 people) are men. Of a total number of interviewed (1261) graduates, 75% (945 persons) were women and 25% (316) men. Evidently, among those who received higher education in the University of International Relations, women are in majority. Similar situation is nationwide. In Kazakhstan, the education level of the employed population is high: 39% of the employed population have higher education, 37.5% specialized secondary education, and 17% general secondary one. At the same time, the education level among women is higher than that of men. 43.8% of employed women have higher education; this number among men is 34.5%. According to the survey, the percentage of female graduates with a high GPA (3.2–4.0 out of 4.0 possible) is 46% (out of all female graduates of 2017). Of a total number of male graduates, 42% of male graduates have a high GPA. However, whereas there’re no gender differences in the cognitive abilities of women and men, there’re gender inequalities in the labor market, namely, in hiring, in access to highly paid and prestigious jobs.
According to the graduates’ survey results, 74% of the University of International Relations female graduates surveyed have found jobs (701 persons), and out of 316 of the interviewed male graduates, 72% (228 persons) were employed. Thus, the percentage of the University of International Relations female and male graduates’ employability is almost the same. However, there is a significant difference in the employment nature. Namely, there’re gender differences in the spheres chosen by women and men and the positions offered by employers, in employment conditions and salaries. On the surface, there’s no gender discrimination as a phenomenon in Kazakhstan. Equal rights and opportunities for men and women are legislated at the state level. But in reality, there is gender discrimination in the labor market such as professional segregation, which, namely, is evident as the feminization of low-paid jobs and in the representation of women mainly at the lower levels of the economic hierarchy. A simple comparison of the average monthly wages of men and women shows the existence of gender differences when women’s labor is paid lower than men’s one, and women’s wages are 69.6% of men’s wages [18]. According to the RoK Statistic Agency, the wages of men in major groups of positions and professions are approximately 1.1–2.2 times more than the average wages of women on similar positions (Figure 3).
Average monthly nominal wage of men and women for selected occupations and functions (for all observed forms of economic activity). Source: the RoK Statistic Agency, 2018.
Women have limited access to prestigious work, since it is assumed their labor has a low return. According to the survey results, almost 70% of employed female graduates work in schools and colleges as teachers. In turn, the majority of male graduates (about 60%) work in prestigious companies, where wages are higher. The education sphere in Kazakhstan is one of the lowest paid with majority of women employed, since the men aren’t interested in such employment and do not compete with women here. Female graduates do not sustain competition with the males for well-paid jobs, where they shall work overtime and ongoingly upgrade qualifications. Even if a woman is unmarried at the time of hiring, employers prefer the man since a woman’s employment is sort of risky, namely, in terms of her future marriage and maternity leave. It is known that in future women will devote all their off-hours to the family and practically will have no opportunity to upgrade their skills and work overtime. Incompatibility of biological reproduction and economic production is “a fundamental source of dynamic allocative inefficiency and a basic cause of women’s inequality” [19].
Currently, paid work outside the home and unpaid chores and women’s time for childcare, especially in young low-income families, are almost incompatible. Low-income families cannot afford to automate their chores, hire a babysitter, and pay for preschool education. The lower the level of a household welfare, the higher the women’s workload in the household, and the less is her ability to get paid work outside the home [20]. This situation is exacerbated by inadequate social support by the Government and the lack of social infrastructure accessible to the needy families. “The lack of social policy measures and supports for unpaid family responsibilities hits poor and vulnerable families the hardest, as they have the weakest economic capacity to purchase goods (processed foods, labor saving devices) or services (private childcare, domestic help) that can free up their time for paid work. They are often forced to choose between employment and care or to combine them—choices which require painful sacrifices in terms of quality of employment and/or quality of care. These choices also have longer-term welfare and economic consequences” [21
Nationwide, in 2017, the share of the paid-employed was 77% or 6.5 million and self-employed 23% or 2 million persons [18]. At the same time, women make up 62% of all self-employed. Informally employed in the country make up 16% of the total number of employed or almost 1.4 million individuals, and almost half of them are women. Informally employed in the country do not have access to social security, are not eligible for loans, and do not have stable incomes and pension savings. According to a survey at the University of International Relations, it was revealed that 12.5% (158 individuals) of all respondents are employed in the informal sector. 57% (90 individuals) of them are women. Most of them responded that they work as interpreters/translators, but since they do not pay taxes and social contributions, they apparently work as freelancers in informal sector. This means that the work of 158 unemployed graduates is not protected by law and is normally characterized by worse working conditions. Informally employed women are more vulnerable in the labor market due to the fact that they are more dependent on social benefits, sick leave, and maternity leave.
All respondents noted that it is very difficult to find jobs in national and private companies, where wages are higher than in public sector, without any support and patronage. Employers require work experience in a certain field, which is mostly unacceptable for the HEIs’ graduates. All respondents said the majority of job ads require 1–3 years of work experience in the relevant field. Also, respondents noted that if any work experience wasn’t required, such job did not require higher education and had low wages (50,000KZT/month ($135)). Employers aren’t interested in additional on-the-job training for newcomers. One of the respondents said he lost his first job because the employer would need employees who already know everything and would not waste time for training. “Nobody was eager to share information I didn’t know,” the respondent complained. The HEIs’ graduates are the least competitive in the labor market due to a lack of work experience and relevant skills. The situation with female graduates is exacerbated due to gender stereotypes about hiring. State-support programs for the HEIs’ graduates to encourage employers to hire graduates could assist newcomers to avoid stress, depression, and disappointment.
According to official statistics, the unemployment rate in the RoK among youngsters is 38% of the total number of unemployed nationwide, and most of them are the HEIs’ graduates [18, 15]. In this case, it is more difficult for female graduates to find job than for males. The level of woman’s unemployment nationwide among the youth is about 8%, while the man’s unemployment rate is 6% [18]. Women are the majority among the unemployed. Female graduates face great difficulties in the labor market while getting more prestigious job. Employers secretly prefer to hire men, because they assume that women would marry sooner and go on maternity leave and could not work overtime due to their family obligations. Several female respondents noted that employers asked them on job interviews whether they intend to marry or have children sooner. Such questions shall violate women’s rights.
One hundred fifty-four persons out of all the respondents did not get a job. 61% of all unemployed respondents are women while 39% are men. Some unemployed respondents have valid reasons, among them are the army service for men and the maternity leave for women who have to perform only unpaid chores and childcare. Unemployed female graduates with children at the survey time responded they cannot get paid work since they devote all their time to childcare and chores, due to the fact that they cannot afford the babysitting services. Women’s unpaid work in the reproductive sector including childcare and education of future generation is important to reproduce the labor force and the future national economic growth [22]. The state support of young families and the improvement of social infrastructure would be cost-effective both for the families and for society as a whole.
Women are in minority among those who start business in the country. At the same time, most women entrepreneurs have small businesses. Only 15% of large companies in the country are headed by women [18]. Women choose small businesses since it does not require high costs and resources, as well as special knowledge and skills to manage financial documents and reports [23]. The University of International Relations graduates both females and males are in equally difficult positions when in open business, due to lack of financial resources and entrepreneurial skills. According to the survey results, only 1.9% of employed graduates were able to start business. Herewith, among the respondents who started business only 16% are women, while 84% are men. Obviously, the HEIs’ graduates need the state support to start and run the business, in the form of preferential taxation, access to loans, etc. In addition, the HEIs could pre-train students for business through the integration in the curricula of courses on the basics of entrepreneurial skills, business management, and project management.
The most important aspect to ensure the education quality is the development of partnerships with real sector of economy. All the universities surveyed have entered into partnerships with business and public sectors where students had internships. For students, it is a good opportunity to test their knowledge and skills in real conditions, and for employers it is possible to assess the competencies of potential employees. According to the survey at the University of International Relations, 37% of employed graduates found jobs through the university in entities which are the university’s strong partners and mainly in the organizations where they’d internships. The university-employer cooperation is also implemented through business and public sector representatives teaching at the university, development of educational programs, assessment of students, and job fairs. Employers’ survey on their satisfaction with the quality of training of the HEIs’ graduates is one of the methods to assess the conformity of knowledge, skills, and competencies gained with the needs of the labor market. The question remains. How to ensure the objectivity of the assessment? How to process the comparability of the assessment results on the training quality in different universities? How to consider the different specializations of the HEIs, differences by region, between urban and rural areas and cultural and national aspects?
The further strengthening of the University-Business network and the more systematic involvement of employers in the development of educational programs would facilitate the adaptation of program content to the needs of the labor market and the elimination of the gap between the labor market and education.
To be competitive, the HEIs’ graduates currently should be able to solve issues in different fields of expertise. In this regard, interdisciplinary education is relevant for the HEIs. Educational programs including interdisciplinary courses in the field of entrepreneurship or project management can develop business and projects’ development skills. Interdisciplinary courses in the gender economics can increase awareness of socioeconomic processes in society, instill a culture of equality, and develop critical thinking.
The primary standards and parameters of the Bologna Process adopted at the national and the institutional levels in Kazakhstan encounter a problem of their real implementation. First of all, the reformation should consider the level of socioeconomic development of the country, the conditions to develop the local labor market, and the living standard of the population. It may take some time to change the mindset, develop skills, and teach the universities’ staff to be responsible in developing educational programs that comply with international standards and in regulating and evaluating the HEIs’ activities.
The internal QA system of Kazakhstani HEIs should focus on the adoption of the experience of European HEIs to create mechanisms for continuous, comprehensive, and transparent assessment. The current practice to conduct an accelerated and chaotic assessment under the preparation for accreditation creates stress for all the HEI employees and suspends all its activities. An analysis of the QA systems of European universities has revealed that using the best practices of the European national and institutional QA systems can be a solution to the education quality in Kazakhstan. In the meantime, it should be borne in mind that Kazakhstan has completely different starting conditions for modernization than European countries. This paper argues that educational reforms successful in European countries are still ineffective in Kazakhstan due to the lower level of socioeconomic development of the country, a quality culture and quality of life, and insufficient budget expenditures to finance education.
Currently, Kazakhstani HEIs need the support of the state and the QA agencies to create a mechanism of an ongoing, comprehensive, and transparent self-evaluation that helps to improve the university and educational programs and does not imply a race for a place in ratings, in creation incentives for an effective and objective internal evaluation.
For the successful implementation of the best European practices in Kazakhstan, it is necessary that government expenditures on education, the welfare level of the population, and the life quality and socioeconomic development of the country also comply with international standards, so that Kazakhstanis can choose a HEI that provides quality education, be able to pay for quality education, and get a decent work.
Based on the survey results, the University of International Relations has a high percentage of graduates’ employability and trains competitive graduates. Despite the fact that there’re no gender differences in the cognitive abilities of male and female graduates and the employability percentage is almost the same for both women and men, women are more vulnerable, cannot compete in the labor market, and are employed in less paid sectors. Women are fewer among those who start and run their business. The low competitiveness of the female labor force in the labor market is primarily associated with their childcare and chore obligations, which require more women’s time the lower the well-being is in the household. Woman’s labor in the reproductive sector is not paid for but is important in shaping human capital and the labor force quality. Thus, the gender aspect is an essential factor that can impact future wages, employment opportunities, and skills development and retraining. State social support for young families and incentives for employers to hire female and male graduates will ultimately bring economic benefits to society as a whole. Employability is a common issue that should be solved jointly by a student himself and with the support of the HEIs, business, and the state.
The employers’ survey on the assessment of the graduates’ competences could provide a more realistic picture of the demand for graduates in the labor market, as well as their professions, and most importantly, on the quality of their training in the HEIs. It would also be rational to have an additional survey of the same 2017 graduates a few years later, to track/analyze considering the gender aspects—whether they were able to retain their jobs or find opportunities to retrain in order to get new skills that meet the modern demands of the labor market, who of them was able to be promoted, and whether women after maternity leave could brush up and compete in the labor market.
I would like to express my special thanks to adjunct professor of University of Eastern Finland Heimo Mikkola for the scientific guidance, technical assistance, and moral support. I am very grateful to Erasmus+ program and European team of the project “Implementation of Education Quality Assurance System via Cooperation of University-Business-Government in Higher Education Institutions” for the great opportunity to go through experts training on QA in higher education.
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