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160 Data Analysis and Mathematics Jobs in United States

The work alternates between deep concentration on complex models and the pressure of turning abstract findings into decisions others can act on.

Data Analysis and Mathematics jobs by city

• Shanghai91
• Beijing70
• Colombia44
• Singapore43
• Bengaluru42
• Shenzhen30
• Hyderābād27
• Brussels26
• London25
• Warsaw24
• Lisbon23
• Paris23
• Gurugram21
• Hangzhou20
• São Paulo19
• Dublin19

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Questions

• What qualifications are needed to start in Data Analysis and Mathematics?

  Most entry-level positions require at least a bachelor's degree in mathematics, statistics, economics, computer science, or a related quantitative field. Employers also look for demonstrated analytical skills through coursework, projects, or internships, plus basic programming ability in languages like Python, R, or SQL.

• What does a typical day involve in Data Analysis and Mathematics work?

  Days typically include cleaning and preparing datasets, running statistical analyses or building models, writing code to automate processes, and presenting findings to colleagues or clients. The balance shifts between solo technical work at a computer and collaborative sessions explaining methods or discussing business implications with non-technical teams.

• Is programming essential for Data Analysis and Mathematics roles?

  Yes, programming is now fundamental to most positions in this field. Data analysts and mathematicians use code to manipulate large datasets, automate repetitive tasks, implement statistical methods, and create reproducible analyses that manual spreadsheet work cannot handle efficiently.

• How does Data Analysis differ from Data Science?

  Data Analysis focuses primarily on examining existing data to answer specific questions and support decisions, often using established statistical methods. Data Science encompasses a broader scope including predictive modelling, machine learning, algorithm development, and building data products, typically requiring stronger programming and engineering skills.

• What career progression exists in Data Analysis and Mathematics?

  Professionals typically advance from analyst roles into senior analyst positions with greater autonomy, then into specialist tracks like data scientist or statistician, or leadership paths such as analytics manager or head of insights. Some transition into related fields like machine learning engineering, actuarial work, or quantitative research.

• Do Data Analysis and Mathematics roles require constant learning?

  Yes, the field evolves rapidly with new statistical techniques, tools, and technologies emerging regularly. Practitioners need to stay current with developments in machine learning methods, programming libraries, visualization tools, and domain-specific applications to remain effective and competitive.

• What soft skills matter most in Data Analysis and Mathematics work?

  Communication is critical—the ability to explain technical concepts to non-technical audiences and translate business questions into analytical approaches. Other essential skills include intellectual curiosity for exploring data patterns, attention to detail when validating results, and collaboration since most projects involve working across departments.

• Can Data Analysis and Mathematics work be done remotely?

  Many positions offer remote or hybrid arrangements since the work primarily requires a computer, data access, and communication tools. However, some roles in regulated industries or those requiring access to sensitive on-premise systems may need office presence, and junior positions sometimes benefit from in-person mentorship.

• What working conditions are common in Data Analysis and Mathematics roles?

  Most work happens at a desk using computers, often in office environments or remotely. The pace alternates between periods of uninterrupted concentration for complex analysis and busier phases with meetings and tight deadlines when delivering insights for business decisions or research publications.

• Is a postgraduate degree necessary for Data Analysis and Mathematics careers?

  Not for most positions, though it opens doors to specialized roles and can accelerate progression. A master's degree becomes more common in data science, advanced statistical modelling, or research-focused positions, while PhDs are typically expected only for academic roles or highly specialized research and development work in industry.