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Engineering: issues, challenges and opportunities for development ...

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ENGINEERING: ISSUES CHALLENGES AND OPPORTUNITIES FOR DEVELOPMENTcal procedures, with participation by professionals workingin geographically <strong>and</strong> sectorially sensitive areas. This conceptbecame the basis <strong>for</strong> the <strong>development</strong> of a supply-side initiative<strong>for</strong> the consulting engineering industry called a BusinessIntegrity Management System (BIMS).BIMS recognized that many consulting firms were doing theirbest to define <strong>and</strong> implement anti-corruption policies. However,such approaches tend to be piecemeal. What was missingwas a process that connected <strong>and</strong> trans<strong>for</strong>med isolated acts ofintegrity assurance into a complete system, with <strong>for</strong>mal proceduresto identify potential risks, prevent <strong>and</strong> combat corruption,<strong>and</strong> implement policies <strong>for</strong> every project throughoutan organization. The FIDIC BIMS guidelines published in 2001provided a set of tools <strong>and</strong> a process-based approach <strong>for</strong> managingan organization’s integrity, <strong>and</strong> by 2007 a FIDIC surveyfound that there were seventy-eight member firms reportingthe implementation of a BIMS that followed the guidelines.The consulting engineering industry has been well aware thatit was not alone in addressing corruption. Supply-side initiativesnow range far <strong>and</strong> wide across many industry sectors.More recently, FIDIC has proposed a Government ProcurementIntegrity Management System (GPIMS) <strong>for</strong> the integrityof government procurement processes <strong>for</strong> consultingservices. GPIMS accommodates the fundamental principlesof a government’s legal system <strong>and</strong> satisfies the protocols <strong>for</strong>the government procurement anticorruption policies of theOECD’s Principles <strong>for</strong> Managing Ethics in the Public Service<strong>and</strong> of the United Nations Convention against Corruption.Steps <strong>for</strong> designing Business IntegrityManagement Systems1. Formulation of a code of ethics.2. Formulation of a business integrity policy based mainly onthe OECD Anti-Bribery Convention <strong>and</strong> FIDIC’s code of ethics,that must be documented, implemented, communicatedinternally <strong>and</strong> externally, <strong>and</strong> made publicly available.3.4.5.6.7.8.Appointment of a representative, generally a senior memberof the organization’s management staff.Identification of requirements <strong>for</strong> the BIMS that should focuson the processes which are vulnerable to corruption.Analysis <strong>and</strong> evaluation of current practices.An organization should use tools to support the planning <strong>and</strong>implementation of its BIMS, notably: a code of ethics, an integritypolicy; the definition of roles, responsibilities <strong>and</strong> authority;integrity procedures <strong>for</strong> the main business processes; <strong>and</strong>en<strong>for</strong>cement measures.Documentation: a BIMS must be well documented in order toprovide evidence that all processes that may affect the businessintegrity of the services offered have been thoroughlyanticipated.Review of current practices by establishing actions to be takenin case of failure to comply with the Business Integrity Policy.4.7Women <strong>and</strong> gender <strong>issues</strong> in engineering4.7.1Women in engineering:Gender dynamics <strong>and</strong>engineering – how toattract <strong>and</strong> retain womenin engineeringWendy FaulknerFor nearly three decades, governments <strong>and</strong> industries acrossthe industrialized world have sponsored ef<strong>for</strong>ts to increase therepresentation of women in professional engineering, recognizingthe (largely) untapped pool of talent amongst women.These ef<strong>for</strong>ts have had some impact, but engineering remainsa heavily male-dominated occupation in most countries.There is clearly room <strong>for</strong> improvement – not only in recruitingwomen into engineering, but also in retaining <strong>and</strong> promotingthose women who do enter the profession.Some of the <strong>issues</strong> are well understood. For example, the poorwork-life balance <strong>and</strong> a lack of family-friendly policies in manyengineering organizations are known to contribute to the disproportionateloss of women from the profession. But thereare also more subtle dynamics at play which tend to makeengineering organizations more supportive <strong>and</strong> com<strong>for</strong>table<strong>for</strong> men than women. These dynamics were investigated inan ethnographic recent study in the UK. 61 The two-year study61 This study was conducted between 2003 <strong>and</strong> 2005 with funding from the UK Economic<strong>and</strong> Social Research Council (ESRC ref: RES 000 23 0151). I gratefully acknowledgethis support, <strong>and</strong> also the time <strong>and</strong> patience of all those engineers <strong>and</strong> theiremployers who agreed to participate in the study. A full research report can be foundat http://www.issti.ed.ac.uk/publications/workingpapers (Accessed: 16 May 2010). Seealso Faulkner 2005 <strong>and</strong> 2007 <strong>for</strong> early academic publications of findings.196

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