Building Global Labor Solidarity Today: Learning from the KMU of the Philippines

New labor movements are currently emerging across the Global South. This is happening in countries as disparate as China, Egypt, and Iran. New developments are taking place within labor movements in places such as Colombia, Indonesia, Iraq, Mexico, Pakistan and Venezuela. Activists and leaders in these labor movements are seeking information from workers and unions around the world. However, many labor activists today know little or nothing about the last period of intense efforts to build international labor solidarity, the years 1978-2007. One of the key labor movements of this period, and which continues today, is the KMU Labor Center of the Philippines. It is this author’s contention that there is a lot unknown about the KMU that would help advance global labor solidarity today. This paper focuses specifically on the KMU’s development, and shares five things that have emerged from this author’s study of the KMU: a new type of trade unionism, new union organizations, an emphasis on rank and file education, building relations with sectoral organizations, and the need to build international labor solidarity.

EduBuilding: material selection from life cycle costing sensitivity

Life Cycle Cost Analysis provides a form of synopsis of the initial and consequential costs of building related decisions. These cost figures may be implemented to justify higher investments, for example, in the quality or flexibility of building solutions through a long term cost reduction. The emerging discipline of asset mnagement is a promising approach to this problem, because it can do things that techniques such as balanced scorecards and total quantity cannot. Decisions must be made about operating and maintaining infrastructure assets. An injudicious sensitivity of life cycle costing is that the longer something lasts, the less it costs over time. A life cycle cost analysis will be used as an economic evaluation tool and collaborate with various numbers of analyses. LCCA quantifies incurring costs commonly overlooked (by property and asset managers and designs) as replacement and maintenance costs. The purpose of this research is to examine the Life Cycle Cost Analysis on building floor materials. By implementing the life cycle cost analysis, the true cost of each material will be computed projecting 60 years as the building service life and 5.4% as the inflation rate percentage to classify and appreciate the different among the materials. The analysis results showed the high impact in selecting the floor materials according to the potential of service life cycle cost next.

Making connections within the Asia-Pacific region: Case study around the Mentoring for Effective Teaching (MET) program

University strategic plans emphasise the essential nature of partnerships at national and international levels. Along with establishing collaborative research partnerships, providing professional development to key stakeholders is considered a crucial activity for making and sustaining partnerships. Utilising knowledge from professional development in Australian contexts can be managed creatively for making connections internationally. Indeed, knowledge transfer is a cornerstone for the globalisation of education and needs to occur as a multiplex dialogue between participating countries. This paper presents a qualitative study around the Mentoring for Effective Teaching (MET) program, its growth and development nationally (e.g., scope and impact) along with insights into making connections within the Asia-Pacific region. At a national level, we outline how to facilitate a program though relationship building and face-to-face implementation of professional learning. Internationally, we highlight how to mould and shape Australian professional learning for the Asia-Pacific region, particularly with regard to facilitating fluid interactions within environments outside of Australia. The contexts for the study include a university in Hong Kong and another university in the Philippines. In this presentation, examples will be provided from the MET program to demonstrate contextual differences and similarities for implementation in Australian and Asian contexts. For instance, determining strategies for mentoring pedagogical knowledge can elicit viewpoints that align between cultures (e.g., use of specific teaching and questioning strategies) and also present alternative ideas as a result of cultural differences. We have learnt about having a structured program that draws on the research yet has sufficient flexibility to cater for cultures and contexts. With openmindedness, facilitating professional learning can become a two-way knowledge transfer, where learnings from other cultures and contexts can be refined for advancing programs in Australia.

Early Groundwork

Early groundwork at the site of the Physical Education Building.

Phys. Ed. Construction

Construction of the Physical Education Building progresses.

Artist's Sketch

An artist's sketch of what the Physical Education Building was to look like.

Lowenberger Residence 2004

The building accommodated 311 students in single and double rooms, and included a 300-seat dining hall, common lounges, and study rooms. The building is named after Arnie Lowenberger, a former faculty member who held many significant positions during Brock's early development. Lowenberger was the first Director of the School of Physical Athletics and Recreation, and became its first Dean when it was reconstituted into the Faculty of Physical Education. In these positions, he introduced varsity sports to Brock such as men's and women's basketball and men's hockey, implemented the first health and counseling services for students, planned the design of the original Physical Education building, and drafted the University's Physical Education degree program. He also was the first Director of Residences and the first Dean of Students.

Museologial process : exclusion criteria

In the last few years, reflections around knowledge building in the museology area have increased considerably, allowing us to cast many gazes over our actions, and, consequently, enabling us to a wider debate around our professional action field, decreasing our exclusion from the academic environment – museologists reproducing the knowledge produced in other areas. In the present work, we shall approach some issues related to the museological process, taking as a reference several studies about the subject, which, due to the time given to us in this round table, could not be re-presented here for discussion. Besides, we have dedicated a chapter to such approach in our publication titled “Museological Process and Education: building a didactic-community museum”. So we have opted instead to carry out a reflection about exclusion, looking into the museum institution and into the application of museological processes; in other words, we shall carry out a self-criticism, in which I include myself, affecting an analysis that will be debated here, considering, additionally, that the museums and museological practices are in relation to the other social global practices, therefore, they are the result of human relations at each historical moment. Finally, based on our lived experience, we shall give continuity to our reflection process, highlighting the importance of knowledge production for the area of museology and the relevance of the theory-practice relation, punctuating some aspects we think that may contribute to the construction of a museological action that may serve as a historical elaboration in securing a space for self- determination.

Projeto de um edifício para fins educacionais com foco na racionalização do consumo de água

The urban growth without the prior infrastructure has caused many environmental impacts such as the damage to quality of the water resources in the cities. Along with natural scarcity in some regions, this is one of the factors that limit the availability of drinking water. As a result, the conservation of drinking water is becoming one of the major concerns in sustainable architectural projects. Within this context, this dissertation proposes to develop the design of an educational building focusing on water consumption rationalization. The proposed project is located in UFRN Campus at Currais Novos, an area of warm and dry climate and low rainfall. The proposal seeks to integrate ways to reduce water consumption o to architecture, in order to exploit the advantages and savings. After quantifying the benefits achieved, it was concluded that it is possible to reduce significantly the drinking water consumption in educational buildings in universities using three principles: reduction the water consumption at the point of use, replacement of the water source and internal recycling. Calculations and simulations indicated that the proposed building may have water consumption up to 56% lower than if it would be provided by conventional facilities. Rationalization of water consumption brings direct and indirect benefits, with influences on the environmental, social and economic fields

A ética na educação: um componente de mudança de conduta

Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES)

Ensino de construção de edifícios: FAUUSP x EPUSP

O reconhecimento das competências e habilidades necessárias ao exercício profissional de arquitetos e engenheiros civis brasileiros é adquirido em decorrência das formações que lhes são oferecidas. No âmbito da construção de edifícios, pressupõe-se que ambos os profissionais recebem formação equivalente na medida em que os respectivos conselhos lhes atribuem iguais direitos e responsabilidades para exercê-la. Com o objetivo de investigar tal pressuposto, esse trabalho se propôs a examinar a formação oferecida nesse campo aos profissionais oriundos de duas das principais escolas do país: da Faculdade de Arquitetura e Urbanismo da USP (FAUUSP) e da Escola Politécnica da USP (EPUSP). Por meio de análise das estruturas curriculares, de depoimentos docentes coletados em entrevistas, materiais didáticos empregados em aulas, registros de aula de estudantes no decorrer do curso e de acompanhamento presencial em disciplinas que versam sobre o assunto, essa pesquisa revelou que as formações oferecidas pelas duas instituições são profundamente distintas. Na FAUUSP, constatou-se que a formação voltada à construção de edifícios corresponde à abordagem apenas introdutória dos assuntos, fornecida por meio de disciplinas desarticuladas entre si e em relação às demais disciplinas constantes da estrutura curricular. Na EPUSP, em oposição, o tema inserese em conjunto intimamente articulado de disciplinas, as quais fornecem ao estudante intensa fundamentação científica para discussão dos assuntos envolvidos. O trabalho, portanto, reforça a ideia, que vem de longa data, sobre a urgência em se rediscutir a formação oferecida ao estudante de arquitetura e urbanismo na FAUUSP, e principalmente nesse trabalho, no que se refere aos conteúdos de incumbência do Grupo de Disciplinas de Construção do Departamento de Tecnologia da Arquitetura da Escola.

Projeto de um edifício para fins educacionais com foco na racionalização do consumo de água

The urban growth without the prior infrastructure has caused many environmental impacts such as the damage to quality of the water resources in the cities. Along with natural scarcity in some regions, this is one of the factors that limit the availability of drinking water. As a result, the conservation of drinking water is becoming one of the major concerns in sustainable architectural projects. Within this context, this dissertation proposes to develop the design of an educational building focusing on water consumption rationalization. The proposed project is located in UFRN Campus at Currais Novos, an area of warm and dry climate and low rainfall. The proposal seeks to integrate ways to reduce water consumption o to architecture, in order to exploit the advantages and savings. After quantifying the benefits achieved, it was concluded that it is possible to reduce significantly the drinking water consumption in educational buildings in universities using three principles: reduction the water consumption at the point of use, replacement of the water source and internal recycling. Calculations and simulations indicated that the proposed building may have water consumption up to 56% lower than if it would be provided by conventional facilities. Rationalization of water consumption brings direct and indirect benefits, with influences on the environmental, social and economic fields

Projeto de um edifício para fins educacionais com foco na racionalização do consumo de água

The urban growth without the prior infrastructure has caused many environmental impacts such as the damage to quality of the water resources in the cities. Along with natural scarcity in some regions, this is one of the factors that limit the availability of drinking water. As a result, the conservation of drinking water is becoming one of the major concerns in sustainable architectural projects. Within this context, this dissertation proposes to develop the design of an educational building focusing on water consumption rationalization. The proposed project is located in UFRN Campus at Currais Novos, an area of warm and dry climate and low rainfall. The proposal seeks to integrate ways to reduce water consumption o to architecture, in order to exploit the advantages and savings. After quantifying the benefits achieved, it was concluded that it is possible to reduce significantly the drinking water consumption in educational buildings in universities using three principles: reduction the water consumption at the point of use, replacement of the water source and internal recycling. Calculations and simulations indicated that the proposed building may have water consumption up to 56% lower than if it would be provided by conventional facilities. Rationalization of water consumption brings direct and indirect benefits, with influences on the environmental, social and economic fields