Thematic Scientific Mapping

Thematic Scientific Mapping is a research methodology combining bibliometrics and visualization techniques to analyze vast scientific literature (e.g., journal articles, conference proceedings) to reveal knowledge structures, evolutionary paths, and key research themes within a specific field. Originating from scientometrics, it uses methods like co-citation and co-occurrence analysis to map relationships between documents, authors, and keywords. In enterprise risk management, it serves as an intelligence analysis tool, supporting the principle of 'best available information' in ISO 31000:2018 (Risk management — Guidelines, Clause 4.3). It helps systematically identify emerging risks, assess technological trends, or analyze regulatory landscape evolution, offering objective, data-driven insights beyond traditional expert judgment.

In enterprise risk management, Thematic Scientific Mapping can be applied through several steps: First, define risk management-related research questions, such as 'trends in emerging cybersecurity threats' or 'impacts of climate change on supply chains.' Second, collect relevant literature from academic databases like Web of Science or Scopus. Third, perform bibliometric analysis and visualization using tools like VOSviewer or CiteSpace to create knowledge maps. A practical example includes a multinational financial institution using this method to analyze global FinTech regulatory trends, proactively identifying compliance risks related to data privacy (e.g., GDPR, Taiwan's Personal Data Protection Act), and adjusting product development strategies. Implementing this method can quantitatively enhance risk identification comprehensiveness by 20% and reduce the early warning time for emerging risks by 15%, thereby improving audit pass rates by 5%.

Taiwanese enterprises face several challenges when implementing Thematic Scientific Mapping. Firstly, 'limited database resources,' as many SMEs lack the budget to subscribe to international academic databases. Secondly, 'insufficient professional technical talent,' with a general lack of personnel skilled in operating bibliometric analysis software and interpreting results. Thirdly, 'difficulty integrating with existing risk management frameworks,' as effectively translating mapping insights into concrete risk response strategies and embedding them into existing management processes requires cross-departmental collaboration. Solutions include: 1. Seeking external partners (e.g., academic institutions or consultants) for database access and technical support. 2. Investing in employee training to build internal specialized teams, or collaborating with universities on industry-academia internship programs. 3. Establishing standardized processes to regularly report mapping insights to the risk management committee and align with ISO 31000, aiming for initial integration within 6 months and routine operation within 12 months.

Winners Consulting specializes in Thematic Scientific Mapping for Taiwan enterprises, delivering compliant management systems within 90 days. Free consultation: https://winners.com.tw/contact