how do Arab women best learn?


Hayes and Khine (2010) have recently published a very interesting empirical paper that investigates Arab women’s ways of knowing and learning. They believe that answering questions such as “How do Arab women know what we know?” and “What beliefs and attitudes do they have about knowledge?” will help both Arab women and teachers enhance the learning and teaching process. If educators understand the ways Arab female students acquire knowledge, they will be able to align pedagogical strategies to learners needs more effectively.
This study was based on the work of Belenky et al. around women’s epistemological beliefs which culminated in the publication of “Women’s ways of knowing: The development of self, voice and mind”. In 1986, Belenky and his team studied 135 women in order better understand women’s approaches to knowledge, personal growth, and decision-making. Their subjects described five ways of knowing: received knowledge, subjective knowledge, constructed knowledge, and procedural knowledge. The latter indicates that knowing does not rely on intuition or information extracted from content but requires “conscious, systematic thinking” (Brownlee, Boulton-Lewis, & Purdie, 2002). Additionally, procedural knowledge in particular consists of two forms of knowing: connected and separate.
Hayes and Khine used the Attitude Towards Thinking and Learning Survey (ATTLS) with 167 women from a university in the United Arab Emirates (UAE) to carry out Belenky’s experimental design. Just like their counterparts in the West, the majority of Arab women turned out to be “connected knowers” (ck). They do not seek logical or empirical explanation of a position; their primary goal is to comprehend the position rather than to test its validity (Clinchy, 1996). On the other hand, separate knowing (sk) demands a sense of detachment from ideas and a critical perspective to knowledge. It should be noted that scores on CK and SK reflect a learning style (Gallotti et.al, 1999). They are not correlated with performance or ability but are strongly “related” to gender (Magolda, 1992).
How can this inform pedagogy in the Arabic world? Since schools in the UAE are segregated from grades 5 until 12, teachers might find it easier to focus on one gender and attune their teaching methods to females. With such a significantly high CK, Arab females will prefer teachers who are in control, helpful, facilitating, emotional, patient and understanding. In contrast, students with high SK scores connected better with instructors that are demanding, enthusiastic, critical and analytical. This might be validated by Richardson (2004) observation of the Arab “male dominated society which still resists the idea of women thinking for themselves”. Additionally, studies have demonstrated that connected knowers who belong to a collectivist culture (such as the Asian and Arabic) thrive in environments where collaboration and team work is part of the learning design. However, they have an affinity with rote learning and try to avoid formulating deep connections and creative concepts. This lack of interest to analytical analysis and innovation should warn educators and spur them into designing lessons where Arab females are interested in creative and systematic reasoning. Teachers in the Arab world are thus encouraged to teach females how to challenge the status quo and question ideas. Tendencies of preferred learning styles and ways of knowing can change over time according to William Perry (1970), a key early researcher in the field of epistemological beliefs.
Following on this study, it would be worth exploring specifically how Hofstede (1980) five dimensions of culture and religion affect the learning in the Arab context, which is largely driven by religious laws and a multicultural community. The results of such an investigation will greatly help teachers teaching Arabs in a diverse classroom that sometimes embrace up to 70 different nationalities.

Khine, M. S., & Hayes, B. (2010). Investigating women’s ways of knowing: An exploratory study in the UAE. Issues in Educational Research , 20(2).

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Research Priorities

An important step for developing a strategic research agenda for Sustainability is to identify the most critical areas higher education needs to invest in. To do so, 35 experts representing 17 countries gathered to generate a list of 19 research theme areas which can be used as a priority list for future action plans and funding. The Halifax Consultation was the first international meeting around research in Higher Education for Sustainability (HES).

HES is considered an emergent area of inquiry. HES research is any study:
. . . directed at advancing our ability to incorporate sustainability concepts and insights into higher education and its major areas of activity: policy, planning, and administration; curriculum/teaching; research and scholarship; service to communities; student life; and physical operations/infrastructure. It also refers to research that treats higher education institutions as complex systems and focuses on the integration of sustainability across all of its activities, responsibilities, and mission (Glasser, et al., 2005).

HES draws on multiple disciplines including ecology, policy analysis, higher education, management theory, sociology, economics, psychology and philosophy (Wright, 2007). HES research distinguishes itself from these long-established fields in two principal ways. First, HES focuses on transcending disciplinary boundaries and integrating concepts from several disciplines (Boyer, 1990). Secondly, HES is an experiential and action-oriented discipline. Published HES literature to date has been successful in highlighting this new paradigm model of integration and application. However, the international HES community has repeatedly signaled that research efforts for SD is uncoordinated and lacks international collaboration. With this in mind, Clugston (1999) suggests that new modes of cooperation are required to establish a comprehensive HES strategy for the future.
To address these concerns, 35 experts from 5 continents came together in Halifax, Canada to participate in setting the priority list of HES research agenda. Through a real-time Delphi process, the committee has produced the list of the most important and pressing issues in HES (see below table). Findings emphasize the drivers and needs for improving “learning” for Sustainability and establishing “best practices” in higher education. Themes indicated with arrows resonate with my research interest and current professional responsibilities.The details from each round of the Delphi is included in their empirical study.
Even though this initiative is an pivotal milestone for promoting a consensus among researchers and the United Nations Decade of Education for Sustainable Development (UNDESD), some participants claimed that the reductionist nature and the short duration of the Delphi technique hindered innovative thinking and re-established conventional ideas about HES. Both innovation and new systems thinking are essential catalysts for sustainability. Hence, a mediated technology forum could have helped prolong and deepen the researchers discussions and reflections.

Wright, T. (2007). Developing research priorities with a cohort of higher education for sustainability experts . International Journal of Sustainability in Higher Education , 8, 34-43.

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Ecological Footprint Analysis

Sustainable Planning & Development Framework


Ryu & Brody have conducted an empirical analysis to investigate the impact of a course in sustainability on the Ecological Footprint (EF) of individuals attending this class. They were interested in exploring whether sustainability education can transform learners’ perceptions and behaviors in terms of individual/personal environmental performance. In their study, they used two groups (control and treated) and two tests (pre and post) to measure and explain the variance in the EF students enrolled in the graduate course at Texas University, USA. Results indicated that the intervention has significantly lowered their ecological footprints and that other factors such as socioeconomic status and proximity-based variables also contribute to this observed phenomenon.
Based on a declaration, which was signed by approximately 280 universities in over 40 countries, higher education (HE) has committed itself to “engage in education, research, policy formation and information … to move toward a sustainable future” (ULSF, 1990). With this obvious need for HE to impart the knowledge and skills that will enable citizens to create the changes to achieve a sustainable society, very few systematic studies examines the impact of SE on behavior/attitude towards sustainability and best-practices on how to integrate SE in the curricula. Furthermore, after the inspection of 54 journal articles on sustainability, Corcoran et al. (2004) found that case studies (the predominant method to research this topic) scarcely incorporated evidence-based or analytical analysis of data to support their research findings. Hence, the authors of this study entitled “ Examining the impacts of a graduate course on sustainable development using ecological footprint analysis” embarked on a quantitative approach to measure the effectiveness of SE (dependent variable) on individual sustainable levels (independent variable) at the societal level.
The research questions were as follows:
RQ1. Does graduate education on sustainable approaches to development
significantly impact sustainable behavior patterns?
RQ2. What are the major factors contributing to a change in individual levels of
sustainability?
Teaching Techniques & Measures:
The investigators focused on the use of Problem-Based Learning (PBL) as the pedagogical approach in teaching Sustainability. To enable students to understand, actively apply content, relate issues to interdisciplinary problems, and solve problems relevant to workplace, PBL can help direct them to work through actual sustainable develoment scenarios and build their capacity to address the complex interaction of the social, economical and ecological aspect of sustainability (Brown et al, 1989). Furthermore, according to Peterson (1997), Friedman and Deek (2002), an intensified level of responsibility and competency results when an authentic problem is shared by a team that collectively work on a solution. Interdisciplinary teams allows for cross-fertilization of knowledge and inter-departmental corporation. Lastly, research on PBL has indicated that it promotes practice of a logical, analytical and scientific approach to problems. This type of critical reasoning and capabilities is vital for understanding the field of sustainable planning and development. To summarize, the underpinning concepts of this study are:
(1) the role of PBL in teaching issues associated with sustainability; and
(2) the use of EFA to measure and explain individual levels of sustainability.
Course Objectives (framework attached):
• understand the principles of sustainable planning and development at and between a variety of scales and settings;
• critically examine the challenges and opportunities to build, plan for, and direct sustainable communities;
• apply the principles of sustainable planning and development to real-world problem domains, working alone and in groups; and
• develop individual and collective student expertise on a topic related to sustainability to enhance professional development and increase effectiveness in the workplace after graduation.
Results based on five separate regression models and several tests for reliability show that EF decreased significantly from 19.6 to 16.8 acres (p<0.05) while the control group’s EF significantly increased to 23.1 acres from 20.6. This is a promising outcome especially that authors have noticed that the values are not significantly correlated with learners personal environmental values. In other words, in spite of their low concern for the environment and recognition of sustainability challenges, students improved their sustainable behavioral patterns. The EF quiz designed originally by the NGO Redefining Progress (http://www.myfootprint.org/) was an effective method to measure quantitatively the impact of the learning experience on students behaviors. It will be worth incorporating it in my practicum. While the study produces empirical data supporting the effectiveness of sustainability in higher education, it could have been improved if it surveyed more groups (larger sample), in more than one campus and over a longer period of time. Further research should be conducted to eliminate or minimize the threat of interaction between other variables such as other courses, departmental events and extra-curricular activities. Finally, this experiment only tests the effects at the beginning and the end of the intervention. Does that mean that those effects are lasting/enduring? Will they cause a permanent alteration in lifestyle?

Ryu, H.-C., & Brody, S. (2006). Examining the impacts of a graduate course on sustainable development using ecological footprint analysis . International Journal of Sustainability in Higher Education , 158-175.

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online social networks

With the overwhelming spread of online social structures, new social norms that do not necessarily abide by the same constraints and affordances of traditional social structures arise. Online social networks are vital for connecting and serving group members by reducing costs, spatial and temporal constraints on communication (Rice 1980, Sproull and Kiesler 1990). Studies on online brainstoming have found that, unlike in face to face groups, larger online brainstorming groups are capable to generate more ideas than smaller ones (Connolly 1997). With more citizens connected and thinking collaboratively, online social structures have become the drivers for the revolutions and changes happening in the Arab world. Social networking sites, other social media and online technologies are transforming communities and exponentially escalating civic engagement. The impact of such social structures are even amplified when they are carried over to mobile phones. The mobile platform for Facebook, Facebook Mobile, tripled its reach over the last year (Walsh, 2009), and when more than 50% of Twitter users in the Middle East and North Africa tweet via their mobile phones (Malin & McNabb 2009). Mobile phones are evolving into becoming social hubs that are reforming the political contour of the region.
To sustain the social structure of a group or a movement in an online platform, Butler investigates whether factors such as role size and communication activity affect online social structures the same way they affect traditional group membership. The operation of face to face brainstorming groups, for example, has failed to prove that larger teams working together would be able to generate more ideas than individuals working alone (Osborn, 1957). Extensive research has showed that the negative logistical and psychological effects of size consistently outweigh the benefits from increased number of members in the (f2f or traditional) brainstorming group. Information technology or computer-mediated technologies are expected to alter communication, learning, and social structures among other things. In his paper entitled “ Membership size, communication activity, and sustainability: A resource-based model of online social structures” Butler studies the impact of size and communication on the sustainability of online social structures; that is, structures that are able to continue providing benefits for members over the long term.

The model he proposes examines the internal dynamics of sustainable social structures by linking resource availability benefit provision and a group structure’s capability to attract and retain members. The author analyzes longitudinal data collected from a sample of electronic mail based Internet listservs. A series of log-linear, time-series/cross-section regression models were reviewed to inspect the relationships of coefficients for size and communication activity in the model. The results of the empirical study conducted on 206 listservs indicate that communication activity and group size are not unidirectional effects but rather the aggregate consequence of opposing forces of these effects on member gain and loss. In other words, size and communication activity have both negative and positive effects on the sustainability of online social structures. Larger listservs are better able to attract embers, but they are also less able to keep them. Likewise, listservs with more communication activity are more able to attract members, but less able to retain the. For practitioners, this implies that efforts to manage size and message activity whether through technology tools, editorial control, moderation, members screening or social intervention, are double-edged, each having both positive and negative impacts on a group’s ability to sustain a resource base and provide benefits in the future. Unlike traditional social groups that proceed smoothly at an increasing rate until it hits a critical mass, online social groups exhibit both an increased ability to attract members and a decreased ability to retain members. While it is evident that member loss is a problem, this study suggest that designers of online networks should expect to see increasing member loss as part of the development process of a growing online community.

The work presented in the study only focused on a sample of online social structures that leverages emails without incorporating the new web 2.0 tools. The findings might differ once other types of social networks such as Twitter, Facebook or Ning infrastructures are considered. In this vein, it would be also interesting to explore how push technologies and video conferencing affect the experiment and its results. One item, I would want to pose is whether any of those online social structures can be sustained without integrating the face to face component.

Butler, B. (2001). Membership size, communicaton activity, and sustainability: A resource-based model of online social structures. Information Systems Research , 356.

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e-learning for sme workers

SMEs are increasingly finding it imperative to train their staff in environmental issues in order to compete globally and comply with local governmental regulations. To thrive and future proof their businesses, organization are working diligently to not only meet the demands of price competitiveness and quality of products/services but also to improve their corporate social responsibility and environmental performance. In order to bridge the gap between the level of environmental expertise of human resources and the level required for the company profile, environmental training courses is considered “one of the most important tools to facilitate the transition to a more sustainable world” (Agenda 21, 1992, Chapter 36). A study conducted by the Valencia University of Technology in Spain presents an effective methodology to select the environmental topics, design and execute online courses to aid in developing the managers aptitude in the area of environmental responsibility. Due to low number of environmental training programs that are being offered to the corporate sector (Brio and Junquera, 2003) and reduce turnout of SMEs employees in those programs (Arora and Cason, 1995), the investigators of this study participated in a 4 million Euros project to complete a comprehensive market research analysis of the training courses required by the current market, design and deploy online modules based on the local need. The scope of the project spanned over a period of 6 years beginning in 2002. The methodology presented in the paper followed a scientific approach with systematic procedures and plan to decide on topic priorities, construct and implement the online training programs. A caption of their methodology layout is attached to this post.

In summary here are the steps taken to carry out this study:
Step 1: Training needs analysis
A sample of 1415 employees were selected from different business sectors for the training analysis needs. The survey was also sent to the decision makers in the firm so that the study evaluates the true commitment of the companies towards the investment in professional development. A Categorical Principal Components Analysis was utilized to derive the list of environmental priority areas. The results of quantitative demand index based on 1415 answers are shown below in Table 2 (topics with highest priority are highlighted in yellow).

Step 2: Supply analysis
The investigators sent out to academics and experts in environmental studies a request for proposals. A total of 25 experts that comprise teachers and researchers from Spanish universities have responded to the RFP outlining curricula and course syllabi in demand to the areas of environmental priorities. A rigorous quantitative analysis of the qualityof proposals was carried out via the Delphi consulting method (Dalkey and Helmer, 1963) and hosted on a web platform for AHP hierarchical modeling purposes (Saaty, 1980).
Step 3: Multicriteria integration
The information retrieved from previous analyses, was then integrated to produce a reference table from which to select proposals that will be approved and implemented to produce the e-learning courses. The multicriteria techniques that assisted the decision-making processes were: 1) aggregation methods through Weighted Sum and 2) outranking methods through ELECTE III.
Step 4: e-learning courses: design, production, execution and evaluation
Based on proposals approved, faculty were invited to design, produce and deploy the online courses. Faculty have received pedagogical and technological assistance throughout the process to adapt to the difficult peculiarities involved in e-learning platforms. Subsequent to their production, the courses were executed and then evaluated at the end of the learning experience.

Results & Conclusions

1712 students from 1440 SMEs have obtained certification with satisfaction indexes superior to 70%. The drop-out rate was 20.7% which lies within the lower limit of the e-learning drop-out range cited by Frankola (2001). The purpose of this article was to present an effective and practical methodology to aid in the decision-making process of potential environmental training programs so that a viable list of courses responds to the real demands of working professionals. Authors conclude that due to the comprehensive multivariate analysis to quantitavely forecast the topics and qualitatively select the appropriate course outlines, project was able to meet its main objectives: 1) high participation of employees in relevant training programs and 2) a highly favorable degree of student satisfaction. e-learning for many employees/organizations was cost efficient (due to re-utilisation of educational materials), offered flexible hours, and reduced time necessary for traveling to and from education site in face-to-face formats. Nevertheless, it should be noted that analysis of some students surveys have showed aversion towards the use of technology in learning. This bracket of learners should have received more supervision and technology support throughout the course. In regards to improvement to the methodology, it was suggested that the expertise in educational technology of faculty be included in the initial proposals particularly (ie. the ease in working with virtual learning environments). It was interesting to note that most favored areas are those which concern the daily lives of SME workers such as environmental technology and management, whereas problems which are specific to the Valencian region as a whole, namely tourism , landscape and the environment were less favored. Other topics that might present a real need are: 1) integrated systems, and quality and environment audits; 2) renewable energies; and 3) technologies for treatment of industrial residues. This need is justified by the increasing number of SMEs certified by ISO 14,000 norms, the number of alternative energy systems installed and investment of organizations in technologies to treat pollutants. Lastly, the authors believe that the post course evaluations should have also included measures to assess the impact of the learning on the corporation and the socio-economic environment.

Cloquell-Ballester, V.-A., Monterde-Diaz, R., Cloquell-Ballester, V.-A., & Torres-Sibille, A. d. (2008). Environmental education for small- and medium-sized enterprises: Methodology and e-learning experience in the Valencian region. Journal of Environmental Management , 507-520.

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formal vs. informal


Little work has been done around the process of developing key competencies for sustainable development. Dr. Bath et. al from the university of Luneburg in Germany conducted a research experiment to study the set of competencies required for SD and that can be acquired through both formal and informal learning environments. The qualitative study based on focus groups investigated specifically what and how those competencies relate to interdisciplinary activities and students self-responsibility. Against the background of economic globalization and complexity, education for sustainable development (ESD) aims at enabling people not only to comprehend knowledge, but also to reflect on further effects and the impact of their behavior and decisions in “a future-oriented and global perspective of responsibility” (Barth, 2007). In their paper entitled “Developing key competencies for sustainable development in higher education”, the authors argue that both formal courses and informal spaces contribute to competencies development so that individuals participate actively in building a sustainable future.
Based on UNESCO’s work in ESD (2004, p.20), a set of eight key competencies have been drawn to enable active, reflective and co-operative participation of citizens (de Haan, 2006):
(1) competency in foresighted thinking;
(2) competency in interdisciplinary work;
(3) competency in cosmopolitan perception, transcultural understanding and
co-operation;
(4) participatory skills;
(5) competency in planning and implementation;
(6) capacity for empathy, compassion and solidarity;
(7) competency in self-motivation and in motivating others; and
(8) competency in distanced reflection on individual and cultural models.

Within this framework, Barth (2007) suggests two approaches to acquire those competencies:
1) The development of higher stages of consciousness as an evidence of enhance cognitive complexity through the construction of new mental models.
The acquisition of non-cognitive elements is indicated by a transformation in a person’s value system through an interiorisation process.

2) To support those two approaches, the learning culture that enables personality development and reflection in complex situations ought to accommodate the following learning processes: 1) competence-orientation; 2) societal orientation ; and 3) individual centering.

In this study, the authors examined how an interdisciplinary study program (formal learning) and the social participation (informal learning) of students can contribute to the acquisition of SD key competencies. Three focus groups have been asked to engage in a “learning culture” designed to possess the attributes mentioned above. A pre-test and 60-90 minutes discussions were recorded to collect the data that was analyzed by the MAXqda software. Data showed that three aspects of the learning process were significant to the development of the eight key competencies: 1) reflection processes; 2) self-reliance and self-direction; and 3) multiple and multifaceted contexts. Additionally, based on findings derived from non-organized or non-structured learning activities, it was seen that the following were essential ingredients to spur effective experiential learning: 1) voluntariness and individual responsibility; 2) learning with an ethical orientation in meaningful real-life situations; 3) unintentional but conscious learning; and 4) interdisciplinary collaboration. The results of this analysis indicate that formal as well as informal learning settings are relevant for the development of key competencies for SD. The findings are important not only for higher education institutions but also for professional-vocational education that aims at developing individuals able to reflect on and cope with complex situations, to collaborate with others, to consider ethical criteria while acting and able to envision consequences.
This study reinforces the need of an additive learning experience that can complement the academic formal learning settings and transform learners. Establishing a learning culture that goes beyond the traditional classroom, expands the learning space required for the attainment of SD key competencies.

Barth, M., Godemann, J., Rieckmann, M., & Stoltenberg, U. (2007). Developing key competencies for sustainable development in higher education . International Journal of Sustainability in Higher Education , 8 (4), 416-430.

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Capacity Building & Attitude Change for Sustainable Development

In an empirical study conducted by Wehrmeyer and Jonathan around “the role and effectiveness of continuing education training courses offered by higher education in furthering the implementation of sustainable development”, the authors investigate the impact of short courses on participants’ understanding and attitudes related to sustainable development.
The need arises from the gap that exists between employees’ skills in sustainability and the work done by their organization in environmental policies at both the national and global levels. The UK’s Foreign and Commonwealth Office (CFO) has the responsibility to communicate and implement environmental issues to the British government and foreign governments. Due to the existence of over 400 bi- and multi-lateral agreements on environmental issues and the fact that 40 percent of all EU regulations cover directly environmental issues, FCO employees need to be informed, kept updated and understand how sustainable development policies relate to their daily jobs. This paper examines the important issues, which need to be considered when short continuing courses with a sustainability focus are to be effective.
The authors have studied the impact of four short courses offered to FCO between May and December 2003. Pre and post tests were distributed to 55 participants who attended the courses. 45 participants responses were compared and analyzed to evaluate understanding of SD and the shift in environment attitudes caused by the courses.
The courses were “Introduction to environmental issues”, “Practical environmental management”, “Governance for sustainable development” and “Global environmental issues”.
The objectives of the courses included:

    Raising awareness of the core principles underlying environmental policy and sustainable development issues;
    Deepening understanding of international environmental issues;
    Demonstrating the relevance of environmental issues to the work of the FCO;
    Showing how sustainability and environemtnal policy can be incorporated into everyday activities; and
    Demonstrating how environmental decision-making contributes generally to the work of the FCO.

Findings show that 82 per cent of respondents found that the course(s) have improved their understanding of environmental issues. In regards to attitudes, the mean value attributed to belief about the role of leadership, personal contribution and FCO policies to improve the environment, has increased with moderate correlation. Attitude results did not exceed a Pearson correlation coefficient of 0.5. Less than 50% agreed that the course content was useful to their daily. 27% disagreed with this statement. Overall survey results show a modest success in achieving some of the course objectives.
Based on qualitative analysis of participants’ feedback about ways to enhance the impact of those training programs, it was recommended that courses incorporate: (1) A more evident link between FCO and the course content; (2) practical projects along with longer course duration; and (3) a more interesting set of resources (materials).

To extend the effectiveness of such learning experiences, the authors suggest utilizing the web for online-based training and self-study approach as employees can not afford leaving work for a prolonged period of time.

The primary goal of the authors was to use those courses as a vehicle to change the organizational culture of FCO when it comes to sustainability practices. Brown (1995) define organizational culture as the set of beliefs, values and acquired coping techniques that develop over time within an organization and which affect the behavior of its employees. To inspire change and alter attitudes, I suggest designing a transformative experience for working professionals. An immersion program along with experiential learning modules that embed real world projects and engage employees from multi-functional departments is recommended. Additionally, I would push for integrating case studies directly related to FCO sustainability challenges and setting up a hybrid virtual learning environment which will allow participants to widen their conversations, connect globally to other governmental institutions and support each other beyond the 1-3 day f2f courses.

Wehrmeyer, W., & Chenoweth, J. (2006). The role and effectiveness of continuing education training courses offered by higher education in furthering the implementation of sustainable development . International Journal of Sustainability in Higher Education , 7 (2), 129.

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Ethics, CSR & Sustainability: 3 in 1.

A study about Ethics, CSR and Sustainability Education offered in the Financial Times Top 50 Global Business Schools responds to questions about the inclusion and coverage of those topics in the MBA programs, level of students interest in these topics and ways those topics are being taught. Even though it has been proven that teaching ethics in the profit-maximizing world of business is a challenge (Alsop, 2003; Evans and Robertson, 2003), MBA programs are beginning to expand the dimensions of ethics to include: (1) the corporation’s ethical duties for society (its “corporate social responsibility” or CSR as well as (2) the corporation’s role in minimizing its environmental impact and resource consumption so that it meets future generation’s needs (it’s “sustainable management”). Christensen et al. conducted a survey of the top 50 business schools as identified in the Financial Times rating of global MBA programs. The study of the findings analyzed how those top programs address ethics, CSR and Sustainability in their curricula. The research is quite international (US, Asia, and Europe) and looks at best practices that might be of interest to researchers, practitioners, and instructors involved in curriculum development and delivery.
The survey questions were directed to deans and directors of MBA programs as they are in the best position to speak about the past and future strategic emphases of their graduate programs. The two main questions that were addressed in the survey are:
1. Are ethics, and/or CSR, and/or sustainability covered at these institutions (stand alone courses vs. integrated)? Are they required or optional/elective courses?
2. Do the top 50 institutions dedicate centers or institutes to supporting ethics, and/or CSR, and/or sustainability?
Syllabi from faculty and school websites were also examined for additional follow up data.
The preliminary hypothesis created by the authors was that the ethics field is now expanding to include coverage of topics that fall under the “sustainability” capacity. Furthermore, in the event that such a trend is identified, the authors wanted to study ways sustainability is being taught.
The methodology used to collect the data was through personal telephone interviews to 44 business schools who agreed to respond (88% for a response rate). Financial Times ratings were used as it represents well the international population of global business schools with highest reputation, scope and academic rigor. To avoid any cultural miscommunication about the subject matter, the terminology used to define the difference between ethics, CSR and sustainability was presented prior to the interview so that respondents determine how their coursework fits within those definitions. The definitions supplied are listed below:
• Business Ethics: A form of applied ethics that examines ethical rules and principles within a commercial context; the various moral or ethical problems that can arise in a business setting; and any special duties or obligations that apply to persons who are engaged in commerce.
• Corporate Social Responsibility. The voluntary actions taken by a company to address economic, social, and environmental impacts of its business operations and the concerns of its principal stakeholders.
• Sustainable Business/Sustainability. Business that contributes to an equitable and ecologically sustainable economy. Sustainable businesses offer products and services that fulfill society’s needs while contributing to the well-being of the earth’s inhabitants.

An analysis of the survey findings encompasses the following four main areas:
1. Course on Ethics/CSR/Sustainability: 84.1% require students to take courses that address one or all of these topics. 25% of schools reported that they require MBA students to study ethics as a stand-alone course. Nearly one third of the responding schools require coverage of all three topics in the MBA curriculum.
2. Institutional Support: centers who conduct research on those topics imply long-term institutional support as well as legitimacy and validation. It was found that 65.90% of schools stated that they have a center related to these topics. 47.73% of the 44 schools confirmed that their centers/institutes were in support of the sustainability topics.
3. Integration: one goal of the research was to examine whether (and to what extent) the three topics were “mainstreamed” or integrated in the program. It was found that 54.55% of schools followed an integrated approach. Teaching sustainability requires changes in the traditional classroom and an emphasis on immersion programs as a cutting-edge feature.
4. Social Network: Additionally, student involvement in clubs/networks (Net Impact) has proven to be critical to sustain change and drive the CSR agenda. Overall, findings indicate that 72% of the top 50 schools have Net Impact chapters and 100% of the top 10 schools have Net Impact chapters.
This shows that many Business Schools are making a strong move to increasingly embrace sustainability, CSR and ethics and integrate those topics into the chore curriculum. The two tenacious systems that drive this integration are students’ networks and schools research centers.

Below are examples of how those topics are integrated, taught and supported by students.
Integration: It should be noted that integration is such a powerful method to connect business models to human and nature’s systems. Usually integration is a staged process where organizations start by offering electives, then some of those courses become compulsory and finally key concepts are meshed in other core courses such as strategic planning, finance, marketing, etc.. (Russel, 2006). Interestingly, RSM Erasmus University and University of Western Ontario in Canada allocate a portion of a students’ final grade to evaluate how students have worked with ethics related issues across all courses. Based on this study, only two schools have committed to weaving all three topics into the core curricula. Some schools use the orientation period to introduce CSR/Sustainability to students. Tepper School of Business at Carnegie Mellon, faculty across multiple disciplines designed a 12-hour orientation course to provide the students with a framework from which to operate their business future decisions. Tepper offers a professional development program to faculty so that they can collaborate with a law and ethics instructors and weave sustainability into class projects. University of Michigan engages students into a 1-week leadership program that incorporates heavy focus on ethical frameworks in leadership and explores how business and communities can live in harmony. To ensure that all faculty regardless of content area are infusing CSR/Sustainability into their course, Brigham Young University (BYU) included “CSR/Sustainability” in its faculty yearly review scheme and is taking steps to tie ethics education to faculty compensation.
Teaching Techniques: experiential learning through excursions and immersion. Many of the schools believe that to promote ethics, students need to endure a unique immersion or a compelling learning experience. One of the earliest examples is University of Maryland. It has designed a 3-day program centered around a visit to a prison that houses “white collar” criminals who discuss consequences of ethical violations in the business sector. The course also encompasses readings, role plays, lectures, and guest speakers. Other schools such as Cornell instituted an immersion course where participants engage in real-life consulting projects with a heavy focus on sustainability. It requires students, who wish to focus on sustainability, to attend a 10 day “bootcamp” course that “provide the intellectual foundation for sustainability in a business context”. Students will be able to “funnel the passion and energy they bring to the topic by grounding it in both a historical and functional context”. ESADE Business School in Spain offers a project-based internship program that allows students to design and implement social development programs for small companies and local communities in Latin America. University of Virginia has developed a simulation program for teaching ethics. Over 1000 business school students has benefited from this innovation. On the other hand, University of North Carolina gives its students access to a “sustainable enterprise mentoring” program, which connects them to practitioners in sustainability fields for a 12 month period of mentoring and coaching. These teaching techniques require creativity and flexibility from faculty. Even though those courses stretch the boundaries of curriculum and students personal and professional development, it does add a financial burden on school and/or students.
Social Networks: Based on the Net Impact website, the organization’s mission is ‘‘to improve the world by growing and strengthening a network of new leaders who are using the power of business to make a positive net social, environmental, and economic impact. With over 150 chapters in the world, a central office in San Francisco, and partnerships with leading for profit and non-profit organizations, Net Impact allows members to use business for social good in their careers, and communities.’’ Students’ engagement and interest in these topics, were repeatedly mentioned by deans and faculty as one driver of the course content (and even program focus). Other factors that deans stress on are trends in society and within their peer institutions.

Benchmarking: Notable Practices in Teaching Ethics, CSR, & Sustainability
Spotlight: The “Living Management Assignment” LMA program from RSM Erasmus University integrates the six functional areas (finance, marketing, strategy, operations, human resources and entrepreneurship) with sustainability and is required by all MBA students. Executives from various industries help students with a ‘‘Living Case’’ project and they assess the project separately from the faculty assessment. The reasons to pursue this offering, according to Dean Page, are results oriented: ‘‘If students want to succeed in the global world, they have to understand its complexity; work with those who hold different values, work with different stakeholders; they must consider the impact of the firm upon society.’’

Institutional Support: Wharton places a huge emphasis on ethics “research”. Wharton offers module-length ethics course, a major in ethics and services to sponsor research and conferences around CSR/Sustainability. Its Center for Business Ethics works closely with the World Bank institute and with the UN Millennium Development Goals. Wharton has been rated exemplary in relation to teaching, emphasizing and integrating the three topics in the curriculum.

Alternative Surveys: another survey instrument that aggregates the three topics, is jointly conducted by the World Resources Institute (WRI) and the Aspen Institute. Twice a year, the survey ranks business schools and ‘‘spotlights innovative full-time MBA programs and faculty that lead the way in integrating issues of social and environmental stewardship into business school curricula and research.’’ The survey is named Beyond Grey Pinstripes.

Christensen, L. J., Peirce, E., Hartman, L., Hoffman, M., & Carrier, J. (2007). Ethics, CSR, and Sustainability Education in the Financial Times Top 50 Global Business Schools: Baseline Data and Future Research Directions . Journal of Business Ethics, 347-368.

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Computers Oversold & Underused in Disrupting Classes

In his book Disrupting Class: How Disruptive Innovation Will Change the Way the World Learns, Clayton Christensen admits that education is in desperate need of an intervention. This interference demands a “disruptive innovation”. However, in any community faced with change, people need to work together to forge ways that promote such an innovation.
As a researcher who is interested in promoting change in a society who is reluctant in adopting sustainable principles, I need to ensure that members build consensus around the necessity to implement such green practices and then entice them to collaborate on designing innovative solutions to meet the environmental challenges we are facing.
A way to manage this transformation with or without technology, leaders need tools that elicit coorperative behavior. They need to agree on “what they want” (the results thy seek from their participation in the enterprise; what their values and priorities are; and which trade-offs they are willing to make to achieve those results) and the extent to which they agree on “cause and effect” which will lead to the desired results.
An important mechanism of moving people forward is creating a common framework and language that will help them agree on common solutions to their problems. This technique aids people who are ready to learn and change.
Another vital mechanism that will aid the organization enhance the dimensions of agreement is “success”. If members succeed repeatedly in promoting reform and not just talking about problems past each other, they tend to ultimately build consensus around the need to transform their institutions.
Once agreement is established, members need to work together in pursuit of their goals. Christensen highly recommends utilizing “culture tools”. In his book Organizational Culture and Leadership, MIT’s Edgar Schein defines culture as “a pattern of shared basic assumptions that was learned by a group as it solved its problems of external adaptation and internal integration, that has worked well enough to be considered valid and, therefore, to be taught to new members as the correct way to perceive, think, and feel in relation to those problems.” This transmutes into a group of people who collectively prioritize similar goals, and collaborate with little resistance on achieving those priorities.
With this philosophy in mind, Christensen offers organizational models that would advance such collaborative innovative and dynamic change. The design he proposes addresses how companies need to restructure their teams to achieve new ways of thinking about existing challenges/opportunities. Teams or “components” need to interdependently transcend the boundaries of their functional organizations and interact in different ways. Members from various departments come together, and collectively figure out a better way to meet the overall institutional goal. Toyota was an excellent example that illustrates how various functional teams developed the Pirus hybrid car. Toyota employees had to interface with each other in novel ways and share responsibility for designing a car with an efficient electric motor.
Systematic reform requires systemic view-one that integrates various parts of the whole organization. If indeed an institution is to allow disruptive innovation to thrive, leaders need to use the tools, mechanisms and structure Christensen elaborated on. Along with R&D cells, this approach is much needed to redefine how we think about any innovation and create “circumstance-contingent” theories about what works for different contexts, cultures, and learning.

In his book Oversold and Underused: Computers in Classrooms, Larry Cuban discovered unpredictable results. Following in the footsteps of the assumption that once technology is introduced, then too, instructional usage would adapt to meet the accessibility to such technology, Cuban instead determined that computers are excessively underused.

Most educational institutions believe that technology is a necessary tool for classroom learning and instruction. However, most teachers display limited knowledge and use of such technology, as well as students. Given five levels of technology integration, as outlined in Cuban’s book, most teachers are only at the second tier of integration: adoption. Teachers are comfortable with amalgamating computers into their classrooms, but in actuality, less than two percent of Stanford faculty has accomplished the higher levels of appropriation or invention in their classroom instruction. In fact, with regards to higher-level education and adult education, the pedagogical trend is still lecture-heavy. Traditional instructional methods, such as lecturing, are still in frequent use. However, most professors readily utilize computers to facilitate their research efforts in preparing for the lectures that they present.

Although computers and technology are available in schools from pre-Kindergarten, the trend toward appropriation or invention in the classroom is throughout all school levels, is indiscernible. Computers tend to be used only for research, word processing and email, rather than being integrated into instructional methods. In high school, students are generally permitted limited access to computers to accomplish specific tasks. Thus, most teachers do not develop into the invention stage of computer use, nor do the students.

Cuban notes that, in harmony with his book title, computers have been oversold to educational facilities and neglected by the institutions themselves. Thus, according to Cuban, computers have yet to prove their worth within the didactic realm.

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Guns, Germs, Steel & Human Natures

My research focuses on the promotion and learning of Sustainable Development (SD) principles in the context of developing, implementing and studying professional development for corporate leaders across both cultures Arabic and Western. Paul Ehrlich’s courses of actions, which aspire to advance a sustainable world taking into considerations culture and language differentials aligned precisely with my academic quest.
Through our evolution, as humans we have become an ecology-threatening species, one that reshapes the environment at a pace too fast for biological evolution to produce adaptation, yet too slow for an individual to recognize without intricate instruments to document such an exponential progress.

Prof. Ehrlich’s explains eloquently such a technological and cultural evolutionary theory and proposes pathways how humans can control our behavioral dispositions and make deliberate choices to avoid the population-resource-environment predicament.
Ehrlich book vividly tackles evolutionary issues that can be helpful in solving sensible problems related to social, environmental and philosophical problems. He suggests that an understanding of biological and cultural evolution helps us learn about ourselves, the environment and how we can live in harmony in the natural world. He believes that those evolution thinking might enable us to think more intelligently about a more sustainable global future society.
The author addresses the diverse values and ethics, which lie at the heart of such a predicament. Although humans now understand the environmental implications of their behaviors, most urbanized Homo sapiens do not respect the services ecosystems offer. Although the “capacity” (or the need) to produce ethics is a result of biological evolution, the “actual” ethics (the what) is a cultural evolution. Hence, ethical and moral values vary significantly between cultures and over time. Similar to the process of language acquisition, without special training members of one society with a certain moral discourse might not agree with ethics of other societies. This is particularly important when dealing with cross-cultural moral judgments and importing values from the West to the Arab world.
At a micro level, to develop a society with high ethical standards, Ehrlich suggests nurturing the following hallmarks of humanity: intense consciousness, empathy, and social attribution. The evolution of the capacity for empathy, appears to have a great impact on how we deal with others and care about their welfare. The West seems to be still struggling with specifying: 1) how vast the “universe of caring” should be; 2) how many future generations we should be concerned with; 3) and how many other species this should include?
Regardless of the size of this universe of caring, humans are “intentional beings”, actors in their own destinies and are able to consciously make moral choices. As Philip Kitcher puts it: “Our actions are not simple reflexes. Nor are they the expressions of desires imposed on us by the surrounding culture. They are determined by the gene-environment interaction”. The analysis of ethical problems created by the population-environment plight is one of the greatest issues of the twenty-first century. “Ecosystem people” vs. “biosphere people” need to develop social constraints on resource use and resolve dilemmas related to intergroup and intergenerational equity. Those problems have been exponentially augmented by inefficient, inequitable and immoral social, political and economic decisions. Ehrlich declares that in spite of all the affordances of human evolution, our world may be facing the “worst catastrophe” in the history of Homo sapiens. Nonetheless, to build a sustainable society he offers several solutions. He proposes putting a cap for population growth, reducing it to an “optimum” population. He also calls for enhancing the quality of life through efficient consumption and decreasing environmental footprint. Additionally, he recommends an interdisciplinary approach to research and a marriage between the humanities and sciences. Fostering a collective understanding of the “big picture” necessitates a flexible, porous and system’s thinking. He suggests reforming the sociopolitical system to ensure equity and sustainability. Lastly he warns that ethnic antagonism and a gap between rich and poor might weakens the cooperation required for global environmental solutions.

To summarize, I echo him in his belief that our leaders need to direct their businesses and countries towards healthy and sustainable economies (microevolution) otherwise the environment will not support a perpetual growth of its physical enterprise (macroevolution).
Going back to my research question, I am interested specifically in how group processes – through the use of online technologies – can affect the learning of our leaders in Arab and Islamic settings. Cooperative and experiential learning is vital for designing innovative solutions for sustainability problems. Through group work, learners can collaborate on solving global environmental issues facing their business organizations.

In his book Guns, Germs, and Steel, Jared Diamond discusses how medieval Islamic societies were technologically advanced and open to innovation. However, nowadays, Islamic societies in the Middle East are importing Western innovation and are relatively conservative when it comes to digital literacy. Even though Arabs were the ones who invented (or elaborated) windmills, tidal mills, trigonometry, and lateen sails, (and much more) the current direction of innovation flow has reversed. The Middle East now overwhelmingly depends on the West for research, cutting edge technologies and quality education.

Diamond explicitly rationalizes it and presents strong arguments for this shift. Technology and innovation depend on its origin, maintenance and its diffusion. It also develops faster in productive cities with large human populations where potential inventions can thrive and be sustained through its critical mass. It is also important to note that sedentary living contrary to the lives of Arab nomadic behaviors enables societies to accumulate technologies.
The author lists at least fourteen explanatory factors proposed by historians of technology. This interesting list entails reasons why some societies vary in their receptiveness to innovation.
It includes (1) life expectancy, (2) cheap or slave labor or a high cost of labor, (3) patents and copyright laws, (4) professional and technical training, (5) return on investment through capitalism or open markets, (6) individualism, (7) risk-taking culture, (8) scientific thinking (9) open-mindedness, (10) religious encouragement/tolerance towards innovation, (11) war, (12) authoritative centralized government, (13) climate, and (14) resource availability.

Those factors leading to differences in technological development are vital to be considered in overcoming resistance to innovation in societies especially in the Arab world. Through my doctoral journey, I will attend to those ingredients necessary to an innovative revolution and work on designing a learning environment that allows Arab leaders to embrace creativity and appreciate environmental ethics, and develop holistic solutions for a sustainable society.

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