Difference between revisions of "Swiss National Science Foundation (SNF): Network-based credit risk models in P2P lending markets"

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(Created page with "= MSCA Industrial Doctoral Network on Digitial Finance - Reaching New Frontiers = == Introduction and Timeliness == A competitive European financial sector is vital for the...")
 
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= MSCA Industrial Doctoral Network on Digitial Finance - Reaching New Frontiers =  
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= Credit Risk Assessment Using Network and Machine Learning Technologies =
== Introduction and Timeliness ==  
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== Introduction and Objectives ==
A competitive European financial sector is vital for the modernisation of the European economy across sectors and to turn Europe into a global digital player. The term Digital Finance refers to the rapid development of new technology, goods, and business models that have taken place in recent years.
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Credit risk assessment is a critical component in the financial sector, affecting lending decisions and financial stability. The integration of network science and machine learning technologies offers a novel approach to enhance traditional methods. This research aims to develop advanced models for credit risk evaluation, thereby contributing to more accurate and efficient financial decision-making.
  
We have identified the five most pertinent areas within this domain:
+
=== Key Focus Areas ===
Towards a European financial data space.
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# Network Analysis in Financial Systems
Artificial intelligence for financial markets.
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# Machine Learning Algorithms for Risk Prediction
Towards explainable and fair AI-generated decisions.
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# Data-Driven Decision Making in Finance
Driving digital innovations with Blockchain applications.
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# Ethical and Fair Credit Scoring
Sustainability of Digital Finance.
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# Real-time Risk Assessment
 
What they have in common:
 
They are all key strategic priorities of the European Commission over the next five years.
 
They contribute to the UN Sustainable Development Goals.
 
Europe must invest significantly in them over the next five years if it is to remain globally competitive.
 
They are characterised by a significant shortage of skilled labour.
 
Initial progress has been made in academia, but there are still numerous unanswered research questions.
 
They have the potential to revolutionise the Finance industry with new technologies, business models, and products, while strengthening the resilience of Europe.
 
They are the foundation for a new generation of PhD candidates and training in Digital Finance.
 
 
Considering these developments across industries and within the financial sector, it is absolutely essential to work on those research topics now and to train new PhD graduates, because:
 
Digital Finance has already changed the way the Finance industry works.
 
To deal with the realities of academia and industry, PhD graduates in Finance will be required to acquire the skill set of Digital Finance.
 
There is a substantial research gap in academia that needs to be resolved now by academics and a new generation of Digital Finance PhDs to keep Europe's Finance industry competitive.
 
 
== Network ==
 
For this purpose, we have gathered an internationally recognized network consisting of eight leading European Universities (WU Vienna, HU Berlin, University of Twente, Bucharest University of Economic Studies, Babes-Bolyai University, Bern Business School, Kaunas University of Technology and University of Naples), all ranked among the top 200 universities globally in their fields, four major international corporations (Deloitte, Swedbank, Intesa Sanpaolo and Raiffeisen Bank) with a significant R&D presence across Europe, two SMEs (Cardo AI and Royalton Partners) being some of the most innovative ones in their field, three large and internationally renowned research centres (ARC Greece, EIT Digital and Fraunhofer Institute) and the European Central Bank, as one of the seven principal decision-making bodies of the European Union and the Euratom as well as one of the world's most important central banks. The results of the research carried out within DIGITAL are of substantial interest to three leading European-wide research networks that our members either lead or serve on the management committee for: COST Action CA19130 Fintech and AI in Finance (240 researchers across 39 European countries), European Consortium of Mathematics for Industry (200 researchers across Europe) and the European Consortium of Innovative Universities (13 European Universities). It is only through a network that incorporates the expertise of all distinct shapers of the financial industry (technology experts, academics, Fintechs, domain experts, incumbents, regulators, civil society) that we can see a comprehensive shift towards innovation and digitalization of a sector that is notoriously averse to change.
 
  
== Objectives ==  
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=== Commonalities Among Focus Areas ===
Today, Digital Finance does not exist as a standalone research discipline, despite many research gaps, the EU’s key strategic priorities and the urgent needs from industry. DIGITAL will overcome this and significantly advance the methodologies and business models for Digital Finance through the use of five interconnected and coherent research objectives and a total of seventeen Early Stage Researchers (ESRs) hired by the beneficiaries, both from academia and industry. The main objectives are:
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* These areas align with the strategic priorities of financial regulatory bodies.
Towards a European financial data space. Ensure sufficient data quality to contribute to the EU's efforts of building a single digital market for data (WP 1).
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* They contribute to the development of more robust and transparent financial systems.
Artificial intelligence for financial markets. Address deployment issues of complex artificial intelligence models for real-world financial problems (WP 2).
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* Significant investment in these research areas is essential for maintaining a competitive edge in the global financial market.
Towards explainable and fair AI-generated decisions. Validate the utility of state-of-the-art explainable artificial intelligence (XAI) algorithms to financial applications and extend existing frameworks (WP 3).
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* There is a notable gap in the existing literature, warranting further academic investigation.
Driving digital innovations with Blockchain applications. Design risk management tools concerning the applications of the Blockchain technology in Finance (WP 4).
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* These focus areas have the potential to revolutionize credit risk assessment through technological advancements.
Sustainability of Digital Finance. Simulate financial markets and evaluate products with a sustainability component (WP 5).
 
  
== Research Training for Digital Finance ==  
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== Research Methodology ==
The network will specifically train young researchers in R&D topics that cover the multiple disciplines required in the rapidly evolving field of Digital Finance substantially going beyond the traditional Finance PhD education in a wide range of inter-sectoral applications: data quality, Artificial Intelligence (AI) and Machine Learning (ML), Explainability of AI (XAI), Blockchain applications and sustainable finance; all of which are required for a wide range of industrial (financial products, risk management, customer-centric products, enhanced processes, and improved services) and scientific (new AI techniques, new business models, and enhanced modelling) applications, necessitating new scientific insight, new training courses, and future specialists in the field.
+
The methodology section will elaborate on the data collection techniques, the machine learning algorithms employed, and the network analysis methods used. This section aims to provide a comprehensive guide for replicating the research.
  
== Need for an Industrial Doctoral Network ==  
+
=== Data Collection ===
The European Finance industry needs to compete on a global scale. To overcome key hurdles which financial service companies will face in the near future, they will have to find answers to (WEF 2020):
+
# Sources of Financial Data
Data quality issues related with the increasing dimensionality of financial data.
+
# Data Preprocessing
Deployment issues of complex models in real-world applications.
+
# Ethical Considerations in Data Collection
Deficits in trust and user adoption of AI-supported financial products.
 
Potential data or algorithmic bias inherent in AI models.
 
Labour shortage: AI leaders overwhelmingly argue that access to talent represents a key obstacle to the digitization efforts in finance, as more sophisticated solutions demand different employee capabilities.
 
All of those hurdles towards scientific, societal and economic/ technological impact will be solved in DIGITAL.
 
  
= [[MSCA Network]] =
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=== Machine Learning and Network Analysis ===
[https://docs.google.com/presentation/d/1A12XtMcY4uiknovXavYqxdYyML154Jv-9mQBtp3wzSI/edit#slide=id.p1 Overview Network]
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# Algorithms Used
 +
# Model Validation
 +
# Interpretability and Fairness
  
* University of Twente
+
== Research Team and Roles ==
* WU Vienna
+
This section introduces the research team members and delineates their respective roles in the project. The multi-disciplinary nature of the team ensures a holistic approach to credit risk assessment.
* HU Berlin
 
* Bucharest University of Economic Studies
 
* Babes-Bolyai University
 
* Bern Business School
 
* Kaunas University of Technology
 
* University of Naples
 
* Deloitte
 
* Swedbank
 
* Intesa Sanpaolo
 
* Raiffeisen Bank
 
* Cardo AI
 
* Royalton Partners
 
* ARC Greece
 
* EIT Digital
 
* Fraunhofer Institute
 
* European Central Bank
 
  
= [[MSCA Committees]]=  
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=== Team Members ===
[https://docs.google.com/presentation/d/1eSxQoN4xx0Q5B6fhg8F3cjcp0ykNvVQg/edit Network Structure PowerPoint]
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# Principal Investigator
 +
# Data Scientists
 +
# Financial Analysts
 +
# Ethical and Compliance Officers
  
* [[MSCA_Committees#Executive_Board | Executive Board]]
+
=== Roles and Responsibilities ===
* [[MSCA_Committees#Supervisory Board | Supervisory Board]]
+
* Principal Investigator: Overall project management
* [[MSCA_Committees#External Advisory Board | External Advisory Board]]
+
* Data Scientists: Algorithm development and data analysis
* [[MSCA_Committees#Doctoral Candidates Committee | Doctoral Candidates Committee]]
+
* Financial Analysts: Domain expertise and data interpretation
* [[MSCA_Committees#Research and Training Committee | Research and Training Committee]]
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* Ethical and Compliance Officers: Ensure ethical standards and regulatory compliance
* [[MSCA_Committees#Communication and Dissemination Board | Communication and Dissemination Board]]
 
* [[MSCA_Committees#IP and Exploitation Team | IP and Exploitation Team]]
 
* [[MSCA_Committees#Project Coordinator Team| Project Coordinator Team]]
 
  
= [[MSCA Work Packages]] =
+
== Research Objectives and Timeline ==
 +
The objectives and timeline section outlines both the short-term and long-term goals of the research, along with a timeline indicating major milestones.
  
* [[MSCA_Work_Packages#WP1_Towards_a_European_financial_data_space | WP1 Towards a European financial data space]]
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=== Short-term Objectives ===
* [[MSCA_Work_Packages#WP2_AI_for_financial_markets| WP2 AI for financial markets]]
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# Develop preliminary models
* [[MSCA_Work_Packages#WP3_Towards_explainable_and_fair_AI-generated_decisions | WP3 Towards explainable and fair AI-generated decisions]]
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# Initial data collection and analysis
* [[MSCA_Work_Packages#WP4_Driving_digital_innovation_with_Blockchain_applications | WP4 Driving digital innovation with Blockchain applications]]
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# Stakeholder engagement
* [[MSCA_Work_Packages#WP5_Sustainability_of_digital_finance | WP5 Sustainability of digital finance]]
 
* [[MSCA_Work_Packages#WP6_Doctoral_Training | WP6 Doctoral Training]]
 
[https://docs.google.com/presentation/d/1IqNIHh0GDtKzvg2vWpqJAC00MpUv4d8pNJwHC713_Gw/edit#slide=id.g280455440c8_0_210 Work Package 6 presentation]
 
* [[MSCA_Work_Packages#WP7_Dissemination.2C_Outreach_and_Exploitation | WP7 Dissemination, Outreach and Exploitation]]
 
* [[MSCA_Work_Packages#WP8_Project_Management | WP8 Project Management]]
 
[https://docs.google.com/presentation/d/1IqNIHh0GDtKzvg2vWpqJAC00MpUv4d8pNJwHC713_Gw/edit#slide=id.g280455440c8_0_218 Work Package 8 presentation]
 
* [[MSCA_Work_Packages#WP9_Ethics_Requirements | WP9 Ethics Requirements]]
 
  
= [[MSCA Individual Research Projects]] =  
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=== Long-term Objectives ===
Each Individual Research Project has an Early Stage Researcher assigned to it. In other words, for each of the 17 IRPs, there is one ESRs.
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# Peer-reviewed publications
 +
# Development of a software tool for credit risk assessment
 +
# Policy recommendations
  
* [[MSCA_Individual_Research_Projects#Strengthening_European_financial_service_providers_through_applicable_reinforcement_learning | Strengthening European financial service providers through applicable reinforcement learning]]
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=== Timeline ===
* [[MSCA_Individual_Research_Projects#Modelling_green_credit_scores_for_a_network_of_retail_and_business_clients | Modelling green credit scores for a network of retail and business clients]]
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* Q1: Initial data collection
* [[MSCA_Individual_Research_Projects#Industry_standard_for_blockchain | Industry standard for blockchain]]
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* Q2: Model development
* [[MSCA_Individual_Research_Projects#A_recommender_system_to_re-orient_investments_towards_more_sustainable_technologies | A recommender system to re-orient investments towards more sustainable technologies]]
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* Q3: Validation and peer review
* [[MSCA_Individual_Research_Projects#Fraud_detection_in_financial_networks | Fraud detection in financial networks]]
+
* Q4: Dissemination and stakeholder engagement
* [[MSCA_Individual_Research_Projects#Collaborative_learning_across_data_silos | Collaborative learning across data silos]]
 
* [[MSCA_Individual_Research_Projects#Risk_index_for_cryptos | Risk index for cryptos]]
 
* [[MSCA_Individual_Research_Projects#Detecting_anomalies_and_dependence_structures_in_high_dimensional.2C_high_frequency_financial_data | Detecting anomalies and dependence structures in high dimensional, high frequency financial data]]
 
* [[MSCA_Individual_Research_Projects#Audience-dependent_explanations | Audience-dependent explanations]]
 
* [[MSCA_Individual_Research_Projects#Experimenting_with_Green_AI_to_reduce_processing_time_and_contributes_to_creating_a_low-carbon_economy | Experimenting with Green AI to reduce processing time and contributes to creating a low-carbon economy]]
 
* [[MSCA_Individual_Research_Projects#Applications_of_Agent-based_Models_.28ABM.29_to_analyse_finance_growth_in_a_sustainable_manner_over_a_long-term_period | Applications of Agent-based Models (ABM) to analyse finance growth in a sustainable manner over a long-term period]]
 
* [[MSCA_Individual_Research_Projects#Developing_industry-ready_automated_trading_systems_to_conduct_EcoFin_analysis_using_deep_learning_algorithms | Developing industry-ready automated trading systems to conduct EcoFin analysis using deep learning algorithms]]
 
* [[MSCA_Individual_Research_Projects#Predicting_financial_trends_using_text_mining_and_NLP | Predicting financial trends using text mining and NLP]]
 
* [[MSCA_Individual_Research_Projects#Challenges_and_opportunities_for_the_uptaking_of_technological_development_by_industry | Challenges and opportunities for the uptaking of technological development by industry]]
 
* [[MSCA_Individual_Research_Projects#Deep_Generation_of_Financial_Time_Series | Deep Generation of Financial Time Series]]
 
* [[MSCA_Individual_Research_Projects#Investigating_the_utility_of_classical_XAI_methods_in_financial_time_series | Investigating the utility of classical XAI methods in financial time series]]
 
* [[MSCA_Individual_Research_Projects#Fair_Algorithmic_Design_and_Portfolio_Optimization_under_Sustainability_Concerns | Fair Algorithmic Design and Portfolio Optimization under Sustainability Concerns]]
 
  
= Training=
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== Expected Outcomes ==
The training of the ESRs is built on four pilars:
+
This section will discuss the expected academic and practical contributions of the research, including potential publications and other intellectual outputs.
#[[#Training through research and mandatory scientific training]]
 
#[[#Advanced scientific training]]
 
#[[#Transferable skills training]]
 
#[[#Training through secondments]]
 
  
Furthermore, training of the ESRs will consist of attending international conferences and other training programs, lab training, and lectures from external scientific lectureres.
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=== Academic Contributions ===
== Training through research and mandatory scientific training ==
+
# Journal articles
* Foundation of data science (BBU, 4 ECTS)
+
# Conference papers
* Introduction to AI for financial applications (WWU, 4 ECTS)
+
# Methodological advancements
* The need for eXplainable AI: methods and applications in finance (BFH, 4 ECTS)
 
* Introduction to Blockchain applications in finance (HUB, 4 ECTS)
 
* Sustainable finance (UNA, 4 ECTS)
 
  
== Advanced scientific training ==
+
=== Practical Contributions ===
* Synthetic Data Generation for Finance (ARC, 4 ECTS)
+
# Software tools
* Anomaly Detection in Big Data (BBU, 4 ECTS)
+
# Policy recommendations
* Natural Language Processing with Transformers (ARC, 4 ECTS)
+
# Industry partnerships
* Dependence Structures in High Frequency Financial Data (ASE, 3 ECTS)
 
* Reinforcement Learning in Digital Finance (UTW, 4 ECTS)
 
* Machine Learning in Industry (CAR, 4 ECTS)
 
* Deep Learning for Finance (BBU. 3 ECTS)
 
* Data-Centric AI (WWU, 3 ECTS)
 
* Cybersecurity in Digital Finance (UTW, 3 ECTS)
 
* AI Design in Digital Finance (HUB, 4 ECTS)
 
* Barriers in Digital Finance Adoption (WWU, 3 ECTS)
 
* Explainable AI in Finance (BFH, 4 ECTS)
 
* Digital Finance Regulation (ECB, 3 ECTS)
 
* History and Prospects of Digital Finance (UNA, 3 ECTS)
 
* Blockchains in Digital Finance (HUB, 4 ECTS)
 
* Digital EIT Summer School (EIT, 4 ECTS)
 
* Green Digital Finance (KUT, 3 ECTS)
 
* Multi-Criteria Decision Making in Sustainable Finance (FRA, 3 ECTS)
 
  
== Transferable skills training ==
+
== Collaboration and Funding ==
* Gender and Diversity Dimension in Research (ECB, 2 ECTS)
+
Information about collaborating institutions and sources of funding will be provided in this section.
*Research and Project management: Project Management (ROY, DEL, 4 ECTS), HE framework and research project management (HUB, 4 ECTS), Research Ethics and Sustainable Research Management (BFH, 4 ECTS), Environmental Aspects (UNA, 4 ECTS)
 
*Research Skills: Scientific Writing (BFH, 4 ECTS), Scientific Communication (RAI, 4 ECTS), Open Science Principles (UNA, 4 ECTS), Citizen Science (WWU, 4 ECTS)
 
*Entrepreneurship: Intellectual Property Rights and Patenting (ECB, DEL, 4 ECTS), Entrepreneurship Training (EIT, 4 ECTS), Entrepreneurial Finance (BFH, 4 ECTS), Start-ups and Industry Transfer (EIT, DEL, 4 ECTS)
 
*Labor Market Skills: Job Applications (UTW, 2 ECTS), communication skills (UTW, DEL, 2 ECTS)
 
  
== Training through secondments ==  
+
=== Collaborating Institutions ===
Each ESR spends four months at a research center, and 18 months in industry (see also [[MSCA_Individual_Research_Projects | MSCA Individual Research Projects]] for the comprehensive path of each of the ESRs)
+
# Academic partners
 +
# Industry partners
 +
# Regulatory bodies
  
= Meetings =
+
=== Funding Sources ===
* 09.08.2023 [https://drive.google.com/drive/u/0/folders/1_qdM2li7ImNQARXkVBjYF4wInJxROZtg Kick-Off meeting ]
+
* Government grants
* 21.08.2023 [https://drive.google.com/drive/u/0/folders/1nK91aa6r6xXGxIj4MjZXdW34MJtj1PDP Thematic session on Doctoral Training ]
+
* Industry sponsorships
 +
* Academic grants
  
= Information for new joiners =
+
== Risks and Challenges ==
Welcome to our network! To ensure a smooth onboarding process we ask you to complete a few steps.
+
This section will outline potential risks and challenges that could impede the research, along with strategies to mitigate them.
# (*If you already have an EU account you can skip this step*) First of all, sign up to the EU portal via [https://ecas.ec.europa.eu/cas/login?loginRequestId=ECAS_LR-23717574-cd8TbzoRR8hxPFhDzc7l1r4SG1Dfo6sxbaFuPiQ2suzRBS9NMzijXT0jBP68nmq7L3yZiEFyXrzgPBOzzwZg6LQm-jpJZscgsw0KrJYTLpOvzam-HOvmA3JTebxJRevDuwIZ4zrRE5tupSznr60q8SlyFW4zp4oLa4K2vILA8UHFb7bPV4fFzPlKGzqNHzwMdBsEU0bW#!/processes this link]
 
# Next, please also sign up to our COST network as a Work Group member via [https://www.cost.eu/actions/CA19130/#tabs+Name:Working%20Groups%20and%20Membership this link]
 
# Furthermore, please join our LinkedIn group via [https://www.linkedin.com/groups/12887335/ this link]
 
# Please also apply to our mailing lists via [mailto:j.s.kooistra@student.utwente.nl;s.j.b.vanderpol@student.utwente.nl?cc=joerg.osterrieder@utwente.nl;m.r.machado@utwente.nl;branka.hadjimisheva@bfh.ch&subject=Application%20to%20MSCA%20DIGITAL%20network email]. State your first name, last name, institution, role (researcher, early stage researcher, or administrative), and (if not the address you are emailing with) your preferred email. Please also include the email address you use for the EU portal so that we can add you there.
 
# Additionally, the introductory presentations can be found [[Digital_Finance_MSCA#Introductory_PowerPoints | here]] and the previous meeting presentations and minutes can be found [[Digital_Finance_MSCA#Meetings | here]]. Other relevant information is found on the rest of this Wiki.
 
  
If you have any further questions, feel free to [mailto:joerg.osterrieder@utwente.nl;m.r.machado@utwente.nl;branka.hadjimisheva reach out to us]!
+
=== Risks ===
 +
# Data privacy concerns
 +
# Algorithmic bias
 +
# Funding limitations
  
= Additional Links =
+
=== Mitigation Strategies ===
== Introductory Presentations ==
+
* Data anonymization
* [https://docs.google.com/presentation/d/11wAcsU7WW4vZeqcns5l66Kc954_sLN0Z/edit?usp=drive_link&ouid=111168062664241819317&rtpof=true&sd=true MSCA network introduction]
+
* Algorithmic audits
* [https://docs.google.com/presentation/d/1CvlOCH7Fm0RcX9oFEPd6kgZVoQOGCMUS/edit?usp=drive_link&ouid=111168062664241819317&rtpof=true&sd=true COST network introduction]
+
* Diversified funding sources
  
== Network ==
+
== Contact Information ==
* [https://docs.google.com/spreadsheets/d/1VciplTaQtZwHJFyBLwbxrG42yIaAH-9vRkr-KO_Jw-M/edit#gid=0&fvid=728164742 Network Contacts (protected)]
+
Details for contacting the research team for inquiries, feedback, or collaboration opportunities.
* [https://docs.google.com/spreadsheets/d/1VciplTaQtZwHJFyBLwbxrG42yIaAH-9vRkr-KO_Jw-M/edit#gid=4515247 Members per Work Package (protected)]
 
* [https://drive.google.com/drive/folders/1lThiWRrQNEi-cHQ_0ENIn7zL0H_gaRKu The DIGITAL Consortium Google Folder]
 
  
== Overview of the Action ==
+
== Appendices ==
 
+
This section will contain supplementary material such as references, tables, and charts.
* [https://docs.google.com/presentation/d/1hfo3Y2H55p3RS5RtJMseVOqSYnkSE9pV/edit#slide=id.p1 MSCA DIGITAL Doctoral Network on Digital Finance - Introduction]
 
* [https://docs.google.com/presentation/d/1pyh_7tYXfI2W2s5hB87c7f4DuoWX_tUB/edit#slide=id.p1 MSCA DIGITAL Overview - Extended]
 
* [https://docs.google.com/presentation/d/1WnpeowT_NV2z_gKbyYJbBwcMnH5R4Tgg/edit#slide=id.p1 MSCA DIGITAL Overview - By Partner]
 
 
 
== Early Stage Researchers ==
 
* [https://docs.google.com/presentation/d/1S4sHnNdt9jwD9IQNspwe-MLsDnoJKqM-/edit#slide=id.p1 Overview of ESRs]
 
* [https://docs.google.com/spreadsheets/d/1AU-yXoNaXN83aK9KTmgl9BgQqjocssNTxXD7Hi-v-fo/edit#gid=0 Timeframe overview of ESRs]
 
 
 
 
 
== MSCA Recruitment ==
 
[[MSCA Recruitment]]
 

Revision as of 10:45, 13 October 2023

Credit Risk Assessment Using Network and Machine Learning Technologies

Introduction and Objectives

Credit risk assessment is a critical component in the financial sector, affecting lending decisions and financial stability. The integration of network science and machine learning technologies offers a novel approach to enhance traditional methods. This research aims to develop advanced models for credit risk evaluation, thereby contributing to more accurate and efficient financial decision-making.

Key Focus Areas

  1. Network Analysis in Financial Systems
  2. Machine Learning Algorithms for Risk Prediction
  3. Data-Driven Decision Making in Finance
  4. Ethical and Fair Credit Scoring
  5. Real-time Risk Assessment

Commonalities Among Focus Areas

  • These areas align with the strategic priorities of financial regulatory bodies.
  • They contribute to the development of more robust and transparent financial systems.
  • Significant investment in these research areas is essential for maintaining a competitive edge in the global financial market.
  • There is a notable gap in the existing literature, warranting further academic investigation.
  • These focus areas have the potential to revolutionize credit risk assessment through technological advancements.

Research Methodology

The methodology section will elaborate on the data collection techniques, the machine learning algorithms employed, and the network analysis methods used. This section aims to provide a comprehensive guide for replicating the research.

Data Collection

  1. Sources of Financial Data
  2. Data Preprocessing
  3. Ethical Considerations in Data Collection

Machine Learning and Network Analysis

  1. Algorithms Used
  2. Model Validation
  3. Interpretability and Fairness

Research Team and Roles

This section introduces the research team members and delineates their respective roles in the project. The multi-disciplinary nature of the team ensures a holistic approach to credit risk assessment.

Team Members

  1. Principal Investigator
  2. Data Scientists
  3. Financial Analysts
  4. Ethical and Compliance Officers

Roles and Responsibilities

  • Principal Investigator: Overall project management
  • Data Scientists: Algorithm development and data analysis
  • Financial Analysts: Domain expertise and data interpretation
  • Ethical and Compliance Officers: Ensure ethical standards and regulatory compliance

Research Objectives and Timeline

The objectives and timeline section outlines both the short-term and long-term goals of the research, along with a timeline indicating major milestones.

Short-term Objectives

  1. Develop preliminary models
  2. Initial data collection and analysis
  3. Stakeholder engagement

Long-term Objectives

  1. Peer-reviewed publications
  2. Development of a software tool for credit risk assessment
  3. Policy recommendations

Timeline

  • Q1: Initial data collection
  • Q2: Model development
  • Q3: Validation and peer review
  • Q4: Dissemination and stakeholder engagement

Expected Outcomes

This section will discuss the expected academic and practical contributions of the research, including potential publications and other intellectual outputs.

Academic Contributions

  1. Journal articles
  2. Conference papers
  3. Methodological advancements

Practical Contributions

  1. Software tools
  2. Policy recommendations
  3. Industry partnerships

Collaboration and Funding

Information about collaborating institutions and sources of funding will be provided in this section.

Collaborating Institutions

  1. Academic partners
  2. Industry partners
  3. Regulatory bodies

Funding Sources

  • Government grants
  • Industry sponsorships
  • Academic grants

Risks and Challenges

This section will outline potential risks and challenges that could impede the research, along with strategies to mitigate them.

Risks

  1. Data privacy concerns
  2. Algorithmic bias
  3. Funding limitations

Mitigation Strategies

  • Data anonymization
  • Algorithmic audits
  • Diversified funding sources

Contact Information

Details for contacting the research team for inquiries, feedback, or collaboration opportunities.

Appendices

This section will contain supplementary material such as references, tables, and charts.