Mathematics: Statistics

Statistics at Emmanuel College: Turn Data into Insightful Solutions

The statistics concentration within the mathematics major at Emmanuel equips you with the skills to interpret data, communicate insights, and solve complex problems. Through courses in probability, statistical modeling, and programming with R and SAS, you’ll learn to manage real-world datasets and support evidence-based decision-making.

From healthcare and finance to policy and education, Boston offers countless ways to apply what you learn. Emmanuel students benefit from the College’s location in a city rich with research institutions, startups, hospitals, and public agencies—all of which rely on data-driven strategies.

Whether you’re preparing for a career in analytics, graduate study in statistics or data science, or aiming to pair your skills with another discipline, this concentration provides a versatile and valuable foundation.

The statistics minor enhances your major with essential skills in data analysis, probability and statistical reasoning. Ideal for students in STEM, business, and the social sciences, this minor complements a wide range of fields and opens doors to careers in analytics, research, public health, economics, and more.

The Curriculum

View the 2024-2025 Academic Catalog to find course titles, numbers and descriptions.

Requirements for a B.A. in Mathematics with a Concentration in Statistics

Required Courses:

  • MATH 2101 Linear Algebra (QA) (QR)
  • MATH 2103 Calculus III (QA)(QR)
  • MATH 2109 Introduction to Proofs (QA)(QR)(WI)
  • MATH 2113 Statistics with R (QA) (QR)
  • MATH 3101 Real Analysis
  • MATH 3107 Abstract Algebra
  • MATH 4157 Senior Seminar

Three electives from this list:

  • MATH 3103 Probability
  • MATH 3105 Advanced Statistics
  • MATH 3113 Special Topics in Mathematics (when related to Statistics, with department approval)
  • MATH 4101 Programming in SAS
  • MATH 4194/95  Research Internship I and II (when related to Statistics)

View the 2024-2025 Academic Catalog to find course titles, numbers and descriptions.

Requirements for a Minor in Statistics

  • MATH1111 Calculus I (QA) (QR) 
  • MATH1112 Calculus II (QA) (QR) 
  • MATH2101 Linear Algebra (QA) (QR) 
  • MATH2113 Statistics with R (QA) (QR) 
  • MATH3105 Advanced Statistics

At least one elective to be chosen from

  • MATH2111 Mathematical Modeling for Social Justice (QA) (QR) (SJ)
  • MATH3103 Probability
  • MATH4101 Programming in SAS
  • BIOL2123 Genetics
  • CHEM2104 Analytical Chemistry
  • IDDS2201 Data Analytics
  • MKTG3110 Marketing Research: An Applied Orientation
  • PSYCH2802 Methods and Statistics II
  • SOC2104 Quantitative Methods (QR)

Students exempt from Calculus I and/or Calculus II by placement will choose additional electives for a total of five courses.

In addition to the courses required for a Mathematics Major, students will complete the following learning goals:

  • Understand probability concepts and essential theorems needed to study mathematical statistics.
  • Understand descriptive and inferential statistics, statistical methods and techniques.
  • Be able to use technology and software programs (R, SAS) to analyze data and effectively communicate statistical results to others, especially non-statisticians.
  • Interpret statistical results in terms of the real world applications, and effectively communicate results to others, especially non-statisticians.  

What can I do with a degree in statistics?

A degree in statistics can lead to various career paths in fields such as business, government, healthcare, education, and research. Some potential job titles include:

  • Data analyst or data scientist: Analyzing and interpreting complex data sets to help organizations make informed decisions.
  • Biostatistician: Designing and analyzing clinical trials and other studies in the healthcare industry.
  • Actuary: Using statistical methods to analyze and manage risk in the insurance industry.
  • Operations research analyst: Applying statistical modeling and optimization techniques to improve business operations.
  • Market researcher: Conducting research studies to help companies understand their target market and consumer behavior.
  • Survey researcher: Designing and conducting surveys to collect and analyze data for government agencies, research organizations, or businesses.
  • Statistician in academia: Teaching statistics courses and conducting research in a university setting.
  • Environmental statistician: Analyzing environmental data to address environmental issues and inform policy decisions.

These are just a few examples of career paths available to those with a degree in statistics.