Senior Quant Risk Analytics - Credit Reporting Leader

Freddie Mac; McLean (VA); On-site; USD 133,000 - 199,000; Full time

Job summary

Freddie Mac is seeking a Quantitative Risk Analytics Senior to join the Credit Analytics & Reporting team in the Single-Family division. You will develop data understanding, design analytical approaches, and prepare reports for risk evaluation.

This role emphasizes data research, ad-hoc analyses, and cross-functional collaboration. The ideal candidate brings 5+ years in data analytics with SQL/SAS/Python, Tableau, and strong presentation skills, contributing to baseline monthly processes and

Qualifications

• Degree in quantitative fields such as finance, statistics, mathematics, economics, or data analytics.
• 5+ years of data analytics experience with large data sets and relational databases.
• 3+ years of programming or data mining with SQL, SAS, R, or Python.
• Strong experience with Tableau and Excel.
• Strong analytical, quantitative, and problem-solving skills.
• Excellent presentation skills, both verbal and written.

Responsibilities

• Implement baseline processes and monthly reports for credit risk management.
• Follow controls and document processes and reports.
• Perform ad-hoc analytics to support credit policy.
• Cleanse, manipulate, and analyze large datasets.
• Collaborate across teams to meet business objectives.

Skills

Data analytics

SQL

SAS

R

Python

Tableau

Excel

Presentation skills

Education

Quantitative degree

Tools

SQL

SAS

R

Python

Tableau

Excel

Job description

Freddie Mac is seeking a Quantitative Risk Analytics Senior to join the Credit Analytics & Reporting team in the Single-Family division. You will develop data understanding, design analytical approaches, and prepare reports for risk evaluation.

This role emphasizes data research, ad-hoc analyses, and cross-functional collaboration. The ideal candidate brings 5+ years in data analytics with SQL/SAS/Python, Tableau, and strong presentation skills, contributing to baseline monthly processes and