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146 Data Analysis and Mathematics Jobs in United States

Problems accumulate on the desk; models get built, tested, refined under steady deadlines.

Data Analysis and Mathematics jobs by city

• Shanghai79
• Beijing65
• Singapore42
• Bengaluru41
• Colombia40
• Shenzhen30
• Brussels25
• Hyderābād24
• Warsaw24
• London24
• Paris22
• Lisbon22
• Gurugram20
• Dublin19
• São Paulo19
• Madrid17

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Questions

• What formal qualifications do employers expect?

  A degree in mathematics, statistics, physics, or computer science is standard; some roles accept strong candidates with relevant work experience or bootcamp credentials. Advanced positions increasingly require demonstrated portfolio work or published research alongside formal education.

• What does a typical day involve?

  Time splits between writing and debugging code, exploring datasets, documenting assumptions, attending stakeholder meetings, and iterating on models based on feedback. The balance varies: some days are heavily computational; others involve more communication and explanation.

• How do data analysts differ from data scientists?

  Analysts typically focus on describing what happened in existing data and producing reports; data scientists emphasize predictive modeling and building systems that run continuously. The boundary blurs in practice, especially at smaller organizations.

• What programming skills matter most?

  Python and R dominate analytical work, though SQL for database queries is equally essential. Employers also value familiarity with version control, visualization libraries, and increasingly, cloud platforms.

• How much of the role involves communicating findings?

  Communication accounts for a substantial portion—presenting results to non-technical stakeholders, writing documentation, and defending methodological choices in meetings. Strong analysis means nothing if it cannot be understood or acted upon.

• What distinguishes this from pure mathematics research?

  Applied data work prioritizes practical business or scientific questions over theoretical exploration; timelines are shorter, stakeholders are more diverse, and the goal is actionable insight rather than peer-reviewed discovery.

• How do mathematicians transition into data roles?

  Strong theoretical foundations transfer well, though practitioners need to develop programming skills and learn domain-specific tools. Many start in junior analytical roles or complete bridging certifications.

• What kind of problems feel repetitive versus novel?

  Data cleaning, formatting, and quality checks recur constantly; modeling and interpretation vary depending on the project. Seniority often means more time on novel problems and less on routine preprocessing.

• Do these roles require travel or unusual hours?

  Most positions are office-based or remote with standard hours, though deadline-driven projects occasionally demand extended weeks. Client-facing roles may involve occasional site visits or stakeholder presentations outside normal hours.

• How does career progression typically work?

  Early roles focus on technical execution under supervision; mid-level positions involve leading analyses and mentoring juniors; senior roles emphasize strategy, methodology, and hiring. Progression depends on both technical depth and leadership capability.