Margaret Vickers
It is impossible to envision an innovative city without innovative people. To respond to the many challenges innovative cities will face, such cities must have citizens with a passion for discovery, and [5] institutions ready to implement new ideas: but this is not enough. Innovative cities will also depend on education systems that are capable of producing people with open minds; who are willing and able to solve new problems and acquire new skills in contexts [10] of continuing challenge and change. Citizens of innovative cities will need to acquire and exercise a complex combination of knowledges, skills and social capacities that were never expected of their parents or grandparents. Innovative cities will also need to [15] establish and support schools in which young people learn and also practice new social capacities. These will include, for example, the ability to live and work harmoniously with fellow citizens whose languages, religions and cultures may be very different from their [20] own.
In contrast with this vision, the current structure, culture, and curriculum of most secondary schools are not well adapted to meet these challenges. Curriculum options tend to divide ‘academic’ learning from [25] ‘vocational’ training, deliver computing and information technology classes that are seriously out of date, and rely on linear, ‘chalk and talk’ methods of knowledge transfer. While much is being done by regions, states, and even local schools to alter the provision of [30] education to young people, the overall leadership fashioning the policies of large school systems often appears to be stagnant, and caught in bureaucratic inertia. Many schools persist in privileging a curriculum that is geared to students who are university-bound [35] and ignores or marginalizes those with different interests or learning needs. In addition, the structure of schooling often finds schools isolated from their communities, workplaces, and other educational institutions.
[40] This article focuses on three of the most pressing issues facing educational systems as they attempt to respond to present and future challenges.
The first challenge is the emergence of a digital divide between less adapted digital users known as [45] ‘digital immigrants’ and the surprisingly different mind sets of children who have grown up as ‘digital natives’ (Prensky 2001). These ‘digital natives’ have been born into, and are familiar with, such a wide range of technologies that their approach to learning, knowledge [50] acquisition and even social relationships, is vastly different from that of their parents and elders who are often their teachers. How are educational systems to be devised that will respond to these technological natives, yet also deliver knowledge, opportunity and [55] experience that will equip students with the abilities to meet the challenges ahead of them?
The second challenge refers to the problems inherent in mass secondary education. The Organization for Economic Co-operation and [60] Development (OECD) identifies completing a full upper secondary education with a recognised qualification for work, tertiary study, or both as central to the social and economic well-being of individuals, communities and nations (OECD 2006). The challenge of ensuring that [65] all students complete a high school qualification is exacerbated by the increasing diversity of the populations some schools are expected to serve. Given the degree of uniformity and centralization imposed on most high schools by the systems in which they are [70] embedded, most high schools in low-income areas struggle to deliver what is needed.
The third challenge is associated with the changing nature of cities themselves, reflecting the increasing exclusion of particular populations on the basis of [75] geographical location, cultural discrimination, gross income inequality, and poor access to resources. The issue for educational systems is how to create meaningful forms of education to meet the diversified needs of a wide range of students, providing them with [80] opportunities and hope, rather than furthering their exclusion. Crucial as well is the provision of all students with the social capacities, knowledges and skills required to adapt and function within innovative cities.
🔗 Texto adaptado de:
Innovation: management, policy & practice (2008)10: vol 2-3; p. 257. http://www.innovation-enterprise.com/archives/vol/10/issue/2-3/article/2628/digital-natives-dropouts-and-refugees.
According to Text I, the educational challenges innovative cities will face include all the items below, EXCEPT
rethinking the type of education offered to the youth in secondary schools.
preparing schools to devise meaningful forms of education and fight exclusion.
providing students with the necessary tools for them to become digital immigrants.
finding ways to attract and integrate students with different backgrounds and demands.
updating educational systems to cope with the necessities of those who are technological natives.
Cesgranrio • Seduc-Tocantins • Professor
Questão 33 • Gabarito: (C)
According to Text I, the educational challenges innovative cities will face include all the items below, EXCEPT
(A) rethinking the type of education offered to the youth in secondary schools.
(B) preparing schools to devise meaningful forms of education and fight exclusion.
(C) providing students with the necessary tools for them to become digital immigrants.
(D) finding ways to attract and integrate students with different backgrounds and demands.
(E) updating educational systems to cope with the necessities of those who are technological natives.
Como o B3GE™ diferencia o gatilho EXCEPT:
Se for Tema 31 (Explicit Information • Paraphrasing): A banca copia e cola 4 alternativas usando paráfrases exatas de trechos do texto. A alternativa incorreta (o gabarito) traz uma informação inventada ou distorcida de forma literal. O aluno mata a questão apenas localizando visualmente os fatos.
Se for Tema 33 (Inference • Context Clues): O aluno precisa usar as 🔍 Context Clues (Pistas Contextuais) para julgar a lógica conceitual dos termos, como ocorreu nesta questão 33.
Por que a Questão 33 se encaixa perfeitamente no Tema 33(Inference)?
A banca não inventou uma mentira literal qualquer. Ela testou a peça operativa 🧠 Implicit Meaning / Context Clues ao exigir que o candidato fizesse a seguinte conexão lógica implícita:O texto define que os estudantes são digital natives (linha 46) e os professores/pais são digital immigrants (linha 45).A alternativa C propõe "ajudar os alunos a se tornarem digital immigrants".A inferência baseada exclusivamente nas evidências textuais (🎯 Evidence-Based Inference) força a conclusão lógica de que um nativo não pode migrar para a sua própria cultura, tornando a premissa conceitualmente absurda dentro da lógica do texto.
Portanto, o gatilho EXCEPT aqui operou como um validador de coerência conceitual das pistas textuais, e não como mera localização de palavras, blindando o enquadramento no Tema 33 (Inference)!
Para desmascarar o curto-circuito conceitual e chancelar o gabarito oficial, confronta-se o modelo conceitual de base do parágrafo:
01. Comando (Command): Identificar qual alternativa NÃO constitui um desafio educacional que as cidades inovadoras enfrentarão, de acordo com o Texto I.
02. Gatilho (Trigger): O operador lógico em caixa alta "EXCEPT" aciona o protocolo de caça ao distrator intruso ou termo de fratura conceitual direta.
03. Operação (Operation): Mapear os conceitos de natives e immigrants, confrontando a coerência das premissas de transição identitária propostas.
04. Evidência (Evidence): Isolar o trecho que atesta categoricamente: "Our students are all native speakers of the digital language [...] They are digital natives".
05. Discriminação (Discrimination): Eliminar e expurgar as paráfrases corretas de repensar o ensino (A), combater exclusão (B), gerir diversidade (D) e apoiar nativos (E).
06. Validação (Validation): Atentar para a contradição insolúvel de destinar verbas e recursos para transformar falantes nativos digitais em imigrantes.
07. Decisão (Decision): Cravar a alternativa C na folha de respostas com precisão cirúrgica e segurança absoluta sob o protocolo de salvaguarda B3GE™.
Tipo B3GE: 31. Paráfrase Contextual (Desafio Legítimo)
O item reflete com total fidelidade as metas descritas no texto sobre a premência de reestruturar e repensar o modelo de ensino de nível médio. Por ser um fato verdadeiro e alinhado ao argumento do autor, é descartado perante o operador *EXCEPT*.
Tipo B3GE: 31. Paráfrase Contextual (Desafio Legítimo)
Espelha a tese central dos parágrafos 2 e 5, que cobram das lideranças o desenvolvimento de currículos com significado prático que mitiguem a evasão e combatam a marginalização. Sendo uma premissa correta no texto, deve ser sumariamente eliminada.
Tipo B3GE: 06. Inversão de Polaridade / Inversão de Relação Lógica (Fratura Conceitual)
A resposta irretocável da exceção. O texto divide o ambiente escolar de forma estrita: discentes são *digital natives* e professores são *digital immigrants*. Ao sugerir que as escolas devem dotar os alunos de ferramentas para virarem imigrantes digitais, a banca cria uma quebra lógica absurda e insolúvel.
Tipo B3GE: 31. Paráfrase Contextual (Desafio Legítimo)
Sintetiza de forma elegante os parágrafos que abordam o crescimento e a complexidade demográfica que bate às portas das redes escolares ("increasing diversity of the populations"). Como descreve um desafio real e textual, não atende ao comando de exceção.
Tipo B3GE: 33. Inferência por Pistas Contextuais (Desafio Legítimo)
Consiste em um desdobramento lógico e analítico impecável: se o corpo discente é composto por nativos digitais, modernizar os sistemas para responder a essas novas necessidades é um desafio autêntico. Logo, está fora do escopo do marcador *EXCEPT*.
O Filtro da Blindagem de Oposições Categoriais Binárias (🚫): Monitore atentamente taxonomias ou classificações teóricas dicotômicas criadas pelo autor (como a oposição clássica de Marc Prensky entre Natives vs. Immigrants). Se a estrutura define duas caixas excludentes, qualquer alternativa que force um elemento a migrar ou se transformar na categoria oposta sem justificativa textual é a fraude conceitual caçada pelo gabarito.
O Filtro da Falsa Simetria por Vocabulário Repetido (🔎): A engenharia de distratores sabe que o candidato busca correspondência visual mecânica de palavras. O distrator C traz o bloco de termos contidos no texto (digital, tools, immigrants). O erro não está na palavra isolada, mas na relação de causa, efeito e finalidade estabelecida pelo nexo verbal ("to become"). Desconfie de repetições lineares sem lógica sintática.
Taxonomia Core: 33. Inference (Implicit Meaning • Context Clues)
SILO 3 (Macrotema): 11. Education
Subtema Técnico: Identificação e análise de contradições conceituais e lógicas internas em torno das definições de nativos e imigrantes digitais.