Video summary

¿Cómo funciona el Sistema Nacional de Ciencia, Tecnología e Innovación de Colombia?

Main summary

Key takeaways

Educational

Main ideas, concepts, and lessons

  • Purpose of the video

    • Introduces Colombia’s National Science, Technology, and Innovation System, focusing on its structure and the main processes that operate within science/technology/innovation development.

  • Governing body and regulation

    • The system is regulated by Colombia’s Ministry of Science, Technology, and Innovation (referred to as MINCIENCIAS / MIN CISSANAS in the subtitles).
    • It is described as a recently created ministry responsible for guiding, formulating, and executing science/technology/innovation policies across the national territory, including industrial and social dimensions.

  • Evolution of the system

    • The process is shown as having evolved from what previously existed (the subtitles mention “consciousness”, apparently meaning an earlier institutional scheme such as Colciencias / an administrative department) into the current ministerial structure.
    • The ministry’s goal is to improve articulation of:
      • Economic development
      • Production and innovation strategies
      • Social entrepreneurship
      • Social appropriation of knowledge (so science reaches society)

  • Core structural principle: articulation among actors

    • The system depends on integration among:
      • Universities
      • Business
      • The State
      • Society
    • This interaction is described as key, because science is produced in research centers/university groups, but must connect to government and productive sectors.
    • The ministry aligns policy with the OECD (Organization for Economic Cooperation and Development), which influences areas such as training and knowledge development from basic education through university transformation.

  • Two main vice-ministries and their roles

    • Vice-Ministry of Knowledge, Innovation, and Productivity
      • Regulates processes for:
        • Generation of new knowledge
        • Transfer of that knowledge
      • Emphasizes applying knowledge from research/tech development to productive and social life scenarios.
    • Vice-Ministry of Talent and Social Appropriation
      • Focuses on:
        • Training processes
        • Dissemination capabilities
      • Goal: ensure science reaches all social groups and sectors.

  • What the ministry offers (institutional programs/actions)

    • The ministry supports the system through a set of actions/programs, including:
      • Special projects in science, technology, and innovation
      • International mobility strategies (researcher exchange)
      • Capacity building for territorial installed capacities
      • Innovation and productivity activities to apply science/technology to industrial development
      • Training and engagement of human capital
        • Annual budget supports high-level training (especially master’s and doctoral levels)
      • Social appropriation initiatives to spread science to different sectors

  • Tools/platforms mentioned for management and registration

    • Integrated Project Management System
      • Used to regulate and manage the production/registration of research projects.
    • Pro Black and Seve La (as transcribed)
      • Described as platforms to register and manage information about research groups.
    • Two specific registrations for research groups and researchers are described:
      • La Brújula
        • Web application for the research groups “resume” (output, structure, action plan, strategic planning, lines of research, state of the art, challenges).
      • CB
        • Researcher information system (“resume” focused on researchers only).

Methodology / requirements / classifications (detailed bullet points)

A) What a research group is (Colombia measurement model, 2018)

  • Definition

    • A set of people who interact to produce knowledge.
    • Knowledge production should contribute to solving relevant social problems.

  • Eligibility requirements (legal/mandatory)

    • Must participate in a public call for proposals to be recognized as a research group.
    • Must demonstrate required conditions, otherwise it is not considered a valid research group.

  • Registration and documented information

    • Register with La Brújula, including:
      • Group output (all outputs)
      • Structure
      • Action plan / strategic planning
      • Research lines
      • State of the art
      • Challenges

  • Minimum formal conditions

    • Minimum of two members
    • At least one year since group formation
    • Institutional endorsement
      • Must be supported by institutions that recognize them as research groups
    • Must have at least one research, technological development, and innovation project
    • Must have a scientific leader with education ranging from undergraduate to doctorate (as described)
    • Must produce:
      • New knowledge
      • Knowledge socially appropriated

  • Categorization of research groups

    • Classified by levels:
      • Minimum category: CEE
      • Maximum category: A1 (considered groups of excellence)
    • Advancement depends on indicators considering:
      • Quantity of products
      • Impact of products
      • Other indicators such as:
        • Cooperation among researchers
        • Cooperation with other research groups

B) What a researcher is and how they are classified

  • Definition

    • A person linked to research groups whose professional activity focuses on:
      • Producing research and technological development projects
      • Generating new knowledge (e.g., articles, books, patents)

  • How someone becomes a researcher in the system

    • Must participate in public calls for proposals
    • Must be registered in CB (researcher-focused “resume” system)

  • Categories of researchers

    • Senior (highest)
    • Associate (intermediate)
    • Junior (basic)
    • Emeritus researcher
      • Not obtained through a public call
      • Granted by special distinction
      • Ministry selects individuals due to long career and social contribution

C) Products/outputs considered for groups and researchers

  • The subtitles explain that classification depends on products derived from research, including:

    • Products of new knowledge (direct research outputs)

      • Examples listed:
        • Books
        • Articles
        • (also mentions “scientific notes” as direct outputs)

    • Technological/industrial/organizational-related products

      • Examples:
        • Business products
        • Regulations/standards
        • Technical concepts
      • Positioned as more tied to technological processes than purely experimental/applied research

    • Social appropriation products

      • Products intended to ensure science reaches people, such as:
        • Connecting people to science and technology processes
        • Creating science communication strategies
        • Creating pedagogical strategies for specific groups

    • Human resource development products for STI (Science, Technology, Innovation)

      • Derived from student research up to:
        • Doctoral level (most emphasized)
        • Master’s level
        • Undergraduate-level theses carry less weight than doctoral/master’s due to impact and relevance

Main speakers or sources featured

  • Professor José Ávila Toscano
    • Presenter/director of the CHICOS research group
    • Affiliated with the Psychology program
  • Ministry of Science, Technology, and Innovation (MINCIENCIAS / MIN CISSANAS)
    • Primary institutional source and regulator (including its described vice-ministries and systems)
  • OECD (Organization for Economic Cooperation and Development)
    • Referenced as policy framework for training/knowledge areas
  • Colciencias
    • Referenced via the 2018 measurement model for research group definitions and evaluation logic
  • La Brújula
    • Platform for research group registration and documentation
  • CB
    • Platform/system for researcher registration

Original video