DIGITALISASI DAN POLA KERJA BARU: DAMPAK BAGI INDUSTRIALISASI DAN RESPONS KEBIJAKAN KETENAGAKERJAAN

This article attempts to decipher claims about the ‘future of work’ based on the development of digitalization and look atthe policy response to those claims. Specifically, it explains the main developments of new digital technologies that shapejobs and employment in the context of Industry 4.0 and the emergence of various digital platforms. Digitalization alsohas an impact on the industrialization process to predict the loss of old manufacturing jobs. This is projected to disruptthe workforce that is at risk of new work patterns and dehumanization. This article is prepared using a qualitative methodwith a literature study approach, which aims to build a critical analysis of digitalization and its impact on labor andindustrialization policies. The results of this study indicate several industrialization policy responses at the global andnational levels for each digital development model. This study confirms that digital technology will not deterministicallyform a new future but the choices and logical consequences of a digital work pattern model that is different from the oldpattern. So, the industrialization policy response in the digital era must be able to answer the wave of disruption for theworkforce. Policies in the education and training aspects of the affected workforce are an urgency that cannot be ignoredin the era of industrial automation

Vibration Analysis of Civil Engineering Structure Based on Fuzzy Control Algorithm

In the continuous development of China’s industrialization process, urban industrial land is more and more tight, the distance between planning roads or rail transit and buildings is getting closer and closer, and the vibration propagation caused by the load of the ground or underground rail transit is easy to cause the surrounding buildings to vibrate, so as to affect the normal life of urban residents. Therefore, during the design and construction of modern building engineering, in order to fully understand the impact of traffic load on the structure of building vibration, it is necessary to use effective methods to predict the vibration phenomenon caused by various reasons, and thus to conduct in-depth discussion on the overall structure design. On the basis of understanding the traditional vibration analysis method, this paper uses the fuzzy control algorithm to study the influence of single source or compound source fuzzy number on the structure vibration, and carries on the empirical analysis accordingly.

Origin and Promotion of Artificial Field Rearing Technology of Tussah

The artificial field rearing technology of Tussah silkworm is the first creation of China's sericulture, and thus opened the industrialization process of modern silk industry in the world. Because the literature on the origin and dissemination of the artificial field rearing of tussah is more in ancient Chinese books, the international overall research on the technology of the artificial field rearing of tussah academic papers is very rare. By referring to many ancient documents and translating them, this paper points out that the origin of artificial field rearing technology of tussah silkworm is in the late Ming and early Qing dynasty (from the beginning of the 15th century to the middle of the 15th century), and the only place of its origin is the mountainous area in the southwest of Shandong province, from which it spread to Henan, Sichuan, Anhui, Guizhou, Japan, Russia and European countries.

Carbon Management in UK Higher Education Institutions: An Overview

The paper presents a review of carbon management in relation to UK Higher Education Institutions (HEIs), forms part of a wider study on the ongoing reliance on fossil fuels in Scotland’s public sector with a focus on Universities and Local Government Authorities. It compares the CF (carbon footprint), emission sources, and the fossil fuel contribution to the CFs reported in 3 identified articles relating specifically to the estimation of CF for HEIs. The consumption of fossil fuels results in human induced climate change however, fossil fuels boosted the industrialization process and remains the dominant source of global energy consumption. Action in tackling climate change has led to organizations coming under increasing pressures to monitor and report their CFs. HEIs have a key role to play in reducing its reliance on fossil fuels and reducing GHG (greenhouse gas) emissions through delivery of scientific research and innovative carbon management solutions, increase in its uptake of renewable energy technologies, educating and training future leaders, and raising public awareness, in contribution to a sustainable society. This paper highlights the need for a shift of focus to reducing fossil fuel reliance in response to climate change and demonstrates how HEIs can impact GHG reductions.

JEREZ-LANTEIRA MINING COMPANY, GRANADA. ORIGIN AND HISTORY OF THE HYDRAULIC PLANT FOR THE EXPLOITATION OF COPPER ORE IN THE 19TH CENTURY

In this article we will get to know an old hydraulic plant of a mining industry, very unique, which transformed hydraulic energy into pneumatics to supply compressed air to a copper mine and its smelter. It was located in the Granada region of the Marquesado del Zenete, and built in 1889 by the colonial European mining industry. To do this, we delve into its historical origin, and analyze this original technological project that allowed a new energy transformation system. Directed and executed by a series of engineers, metallurgists, businessmen and peasants, who through their work and will were participants in the industrialization process in Spain with the development of machinery and socialized work that will change a way of life. These remains today make up an industrial heritage at risk of disappearing. Living memory of what our mining industry was with the development of engineering and its social, identity and cultural values. KEYWORDS: Water, Air, Industrial Colony, Compression, Foundry

Global Value Chains, ‘In-Out-In’ Industrialization, and the Global Patterns of Sectoral Value Addition

Since the emergence and diffusion of regional and global value chains, production-chain development has always played a key role in shaping countries’ structural transformation. Over the years, the geographical breadth, length, and depth of these chains have changed significantly. Building on the catching-up experience of South Korea and China, this chapter investigates the conditions and processes under which today’s catching-up economies can benefit from integrating into global value chains (GVCs). The chapter empirically documents how successful catching-up has been associated with an ‘in-out-in’ industrialization process of GVC integration, where countries first ‘couple’ by entering GVCs in low value-added segments, then ‘decouple’ by building domestic supply chains and upgrading existing local capabilities, and finally ‘recouple’ by performing high value-addition activities in GVCs. The chapter also assesses the extent to which middle-income countries like South Africa have managed to increase their sectoral value addition in this global production settlement over the last two decades. The chapter finds that today’s middle-income countries have experienced different fortunes at the country and sectoral level when it comes to increasing domestic value addition. The chapter concludes by reflecting on possible future scenarios arising in the post-Covid-19 international context and the emergence of potential new industrialization models.

Ziziphus lotus (L.) Lam. plant treatment by ultrasounds and microwaves to improve antioxidants yield and quality: An overview

The purpose of this review is to compile the literature published about different aspects of microwave-assisted extraction (MAE) use and ultrasound-assisted extraction (UAE) applied on jujube worldwide and to compare the results on the antioxidant activity obtained for each extraction method. As a result of the increased consumers demand for natural products, as well as for those of agro-food, nutraceutical, cosmetic industries, and green extraction techniques are nowadays trending to be potential alternatives that can improve antioxidant yield and its quality from an economical and environmental point of view by reducing time, energy, and solvent consumption. Ultrasounds and microwaves are widely used methods in the extraction of active principles due to their cavitation and dipolar rotation effect, respectively. These two techniques provide efficiency of extraction while minimizing the time and preserving the quality of the food matrix, overcoming the disadvantages of conventional techniques characterized by their consumption of large quantities of solvents and providing a sparse quantity of extraction. Jujube, a shrub with a high antioxidant potential, which can be affected by various extraction conditions can be the target of UAE and MAE to increase the antioxidant extraction yield. Exploiting the beneficial properties such as the antioxidant activity can lead to an industrialization process, replacing therefor synthetic antioxidants with natural compounds. These can also help in the development of new nutraceuticals and can be used, for instance, in agro-food industries as preservatives. Keywords : Microwave-assisted extraction (MAE), ultrasound-assisted extraction (UAE), antioxidants, Ziziphus lotus (L.) Lam plant.

Ziziphus lotus (L.) Lam. plant treatment by ultrasounds and microwaves to improve antioxidants yield and quality: An overview

The purpose of this review is to compile the literature published about different aspects of microwave-assisted extraction (MAE) use and ultrasound-assisted extraction (UAE) applied on jujube worldwide and to compare the results on the antioxidant activity obtained for each extraction method. As a result of the increased consumers demand for natural products, as well as for those of agro-food, nutraceutical, cosmetic industries, and green extraction techniques are nowadays trending to be potential alternatives that can improve antioxidant yield and its quality from an economical and environmental point of view by reducing time, energy, and solvent consumption. Ultrasounds and microwaves are widely used methods in the extraction of active principles due to their cavitation and dipolar rotation effect, respectively. These two techniques provide efficiency of extraction while minimizing the time and preserving the quality of the food matrix, overcoming the disadvantages of conventional techniques characterized by their consumption of large quantities of solvents and providing a sparse quantity of extraction. Jujube, a shrub with a high antioxidant potential, which can be affected by various extraction conditions can be the target of UAE and MAE to increase the antioxidant extraction yield. Exploiting the beneficial properties such as the antioxidant activity can lead to an industrialization process, replacing therefor synthetic antioxidants with natural compounds. These can also help in the development of new nutraceuticals and can be used, for instance, in agro-food industries as preservatives. Keywords : Microwave-assisted extraction (MAE), ultrasound-assisted extraction (UAE), antioxidants, Ziziphus lotus (L.) Lam plant.