Credit Risk Analyst - Data-Driven Bookkeeping in Dover

Credit Risk Analyst - Data-Driven Bookkeeping in Dover

Dover Full-Time 29700 - 36300 Β£ / year (est.) No working from home possible
Michael Page Finance

At a Glance

  • Tasks: Assess and manage credit risks while supporting the finance team with data analysis.
  • Company: Michael Page Finance, a leading recruitment agency in the UK.
  • Benefits: Competitive salary, professional development, and a supportive work environment.
  • Other info: Join a dynamic team with opportunities for growth and learning.
  • Why this job: Make a real impact by shaping financial decisions through data-driven insights.
  • Qualifications: Attention to detail and experience in bookkeeping or finance.

The predicted salary is between 29700 - 36300 Β£ per year.

Michael Page Finance in the United Kingdom is seeking a meticulous bookkeeper to assess and manage credit risks, supporting the accounting and finance team with data analysis and risk-informed decision making.

The role involves:

  • Monitoring existing credit accounts
  • Preparing detailed risk reports for internal stakeholders
  • Developing credit risk assessment models and strategies
  • Ensuring compliance with policies and regulatory requirements

Credit Risk Analyst - Data-Driven Bookkeeping in Dover employer: Michael Page Finance

This thriving technology company in Yorkshire is an excellent employer, offering a supportive and inclusive culture that prioritises employee development and innovation. With opportunities for professional growth and the potential for the Interim Financial Accountant role to transition into a permanent position, employees can thrive in a dynamic environment while enjoying the benefits of remote working.

Michael Page Finance

Contact Details:

Michael Page Finance Recruitment Team

We think you need these skills to ace Credit Risk Analyst - Data-Driven Bookkeeping in Dover

Data Analysis
Credit Risk Assessment
Risk Management
Attention to Detail
Report Preparation
Compliance Knowledge
Model Development