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Philippines - Engineering and Science Education Project (Inglês)

The outcome of the project as well as Bank and Borrower performance are rated as satisfactory. Key lessons learned include: 1) Future operations should develop a different set of performance indicators, designed to measure long-term improvements in the quality of science and engineering (S&T) education and the management of limited sector resources. These indicators might include an evaluation of the use of scholarship funds, tracer studies on the deployment of returning scholars in teaching, research and industry, an assessment of the impact of improved laboratories and equipment on the quality of graduates, and quantitative data on private sector participation in science and technology education and research. The impact of investments in capacity building should also be assessed and reflected in the design of future operations. 2) The role of the resident mission should be strengthened with more emphasis on accounting and financial management, which received insufficient attention under this project. 3) If future investments in science and technology education aim to improve industrial production and research, follow-up operations should pay attention to a more effective and substantive participation of employers in developing, delivering, and financing S&T education and research.


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    Conclusão da Implementação e Relatórios sobre Resultados

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    Leste Asiático e Pacífico,

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    Philippines - Engineering and Science Education Project

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    Financial Management and Accounting System;Commission on Higher Education;overseas economic cooperation fund;economic and development authority;financial management and control;Primary and Secondary Education;Project Preparation and Appraisal;Science and Technology;management of technology;teacher training institution;quality of science;quality and relevance;inadequate budget allocation;secondary school science;full time equivalent;participation in science;impact of investments;private sector involvement;human resource capacity;assessment of outcome;quality of supervision;provision of book;acquisition of book;high school science;Elementary Education;education sector development;power and water;degree of delegation;quality control measure;acquisition of equipment;decline in enrollment;acquisition of laboratory;provision of laboratory;project management structure;private sector training;teacher training program;Accounts and Audit;procurement and disbursement;weights and measure;fields of specialization;institutional framework;faculty development;dropout rate;laboratory equipment;project's impact;engineering education;investment program;project costing;loan account;undergraduate enrollment;manpower planning;computer science;laboratory facility;drop-out rate;graduate program;teaching load;science laboratory;library material;technology education;tertiary institution;mathematics education;study leave;technological capability;industrial production;long-term impact;government financing;reference material;teaching force;targeted rate;formal linkage;borrower performance;earth science;special laboratory;graduate degree;statistical table;adjusted estimate;future investment;journal subscription;credit disbursement;study including;project financing;scientific information;teaching staff;foreign currency;accreditation system;external efficiency;scholarship fund;tracer study;limited resources;quantitative data;social pressure;high enrolment;borrower's performance;manpower need;pedagogical support;enrollment datum;project operation;development policy;environmental objective;informal linkage;masters degree;short-term training;social objective;database system;procurement system;engineering faculty;start school;finance objective;philippine peso;library networking;gender issue;technology development;contract system;environmental covenant;involuntary resettlement;counterpart fund;financial analyst;currency component;baseline data;important component;private university;teaching post;educational qualification;student population;library development;enrolment figure;research fund;scientific journal;monitoring tool;investment proposal;preparation mission;preparatory work;budgetary allocation;logistical problems;adequate records;academic standard;coordination committee;good performance;government commitment;educational aspect;industrial sector;technological education;budget request;satisfactory rating;manufacturing engineering;reference book;computer system;library science;teaching program;computer equipment;materials engineering;industrial engineering;computer engineering;quality improvement;teaching duty;skill upgrading;private institution;enrollment double;faculty qualification;staff resource;research grant;mathematics instruction;library facility;mathematics teaching;aide memoire;local capacity;mathematics teacher;output targets;electrical engineering;electronics engineer;participating university;short course;research equipment;project intervention;cost financing;positive impact;class size;accurate assessment;institutional measure;overseas training;information gap;collaborative networks;monitoring mechanism;industrial skill;Vocational Training;mechanical engineering;research capacity;science research;Capital Investments;research institute;institutional performance;professional association;Library Networks;curriculum content;teacher qualification;math teacher;staff qualification;borrower commitment;institutional requirements;science equipment



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