MS Data Science and Engineering

2 Years On Campus Masters Program

Auburn University

Program Overview

The Master of Science in Data Science and Engineering (MS-DSE) at Auburn University is a STEM-designated, interdisciplinary program that equips students with advanced technical and analytical skills to tackle complex, data-intensive challenges in engineering, science, business, and industry. Delivered jointly by the Samuel Ginn College of Engineering and the College of Sciences and Mathematics, this program integrates rigorous coursework in computer science, statistics, and engineering applications, preparing graduates to lead in the era of big data and AI.

Designed for individuals with a quantitative or technical background, the MS-DSE emphasizes both theoretical depth and hands-on experience in extracting actionable insights from structured and unstructured data.

Program Format & Duration

  • Offered in both Thesis and Non-Thesis (Coursework-only) options

  • On-campus and online formats available

  • Duration: Typically 2 years (full-time) or 3+ years (part-time)

  • STEM-designated (international students eligible for 3-year OPT)

  • Fall, Spring, and Summer admission cycles

  • GRE may be required depending on prior qualifications


Core Curriculum Components

The MS-DSE program blends statistical theoryprogramming, and domain-specific modeling to prepare students for careers that demand both engineering rigor and data-driven innovation.

Required Core Courses

  1. Statistical and Mathematical Foundations

    • Statistical Learning

    • Probability and Stochastic Modeling

    • Optimization for Data Science

  2. Computer Science and Data Engineering

    • Data Structures and Algorithms

    • Database Systems and Big Data Technologies

    • Machine Learning and Artificial Intelligence

  3. Engineering & Domain Applications

    • Data-Driven Decision Making in Engineering

    • High-Performance Computing

    • Modeling and Simulation

  4. Capstone or Thesis

    • Thesis Track: Original research and formal thesis defense

    • Non-Thesis Track: Comprehensive project report or case-based capstone

Electives

Students can tailor their learning through electives in areas such as:

  • Natural Language Processing

  • Advanced Python and R

  • Cybersecurity Analytics

  • Predictive Maintenance & Industrial IoT

  • Deep Learning and Neural Networks

Experiential Learning (Research, Projects, Internships etc.)

Auburn’s MS-DSE program integrates hands-on, applied learning throughout the curriculum to ensure that students are workforce-ready upon graduation.

Capstone Project or Thesis

  • Students collaborate on real-world challenges from industry or government sponsors

  • Emphasis on data acquisition, preprocessing, exploratory analysis, model building, and deployment

  • Example topics:

    • Predictive analytics for energy systems

    • Smart manufacturing and quality control

    • AI in healthcare diagnostics

Research Opportunities

  • Students may work alongside faculty on federally funded projects from NSF, DoD, or DOE

  • Access to labs such as:

    • Auburn Cyber Research Center

    • Center for Industrial Innovation and Engineering Analytics

    • National Center for Additive Manufacturing Excellence

Internships and Industry Engagement

  • Auburn’s close ties to regional employers (e.g., NASA, Alabama Power, Boeing) provide students with practical exposure

  • Optional internship support through the university's Engineering Career Development office

Progression & Future Opportunities

Auburn’s MS-DSE program integrates hands-on, applied learning throughout the curriculum to ensure that students are workforce-ready upon graduation.

Capstone Project or Thesis

  • Students collaborate on real-world challenges from industry or government sponsors

  • Emphasis on data acquisition, preprocessing, exploratory analysis, model building, and deployment

  • Example topics:

    • Predictive analytics for energy systems

    • Smart manufacturing and quality control

    • AI in healthcare diagnostics

Research Opportunities

  • Students may work alongside faculty on federally funded projects from NSF, DoD, or DOE

  • Access to labs such as:

    • Auburn Cyber Research Center

    • Center for Industrial Innovation and Engineering Analytics

    • National Center for Additive Manufacturing Excellence

Internships and Industry Engagement

  • Auburn’s close ties to regional employers (e.g., NASA, Alabama Power, Boeing) provide students with practical exposure

  • Optional internship support through the university's Engineering Career Development office


Progression and Future Opportunities

Graduates of the MS-DSE program are positioned for high-impact roles in tech, engineering, finance, defense, and healthcare, with strong demand for professionals who can both model and interpret complex data.

Career Outcomes

Roles pursued by graduates include:

  • Data Scientist / Data Engineer

  • Machine Learning Engineer

  • Industrial Data Analyst

  • AI Solutions Architect

  • Operations Research Scientist

  • Reliability & Risk Analyst

Top Employers

Graduates have gone on to careers with:

  • Lockheed Martin, Boeing, Raytheon

  • Southern Company, Alabama Power

  • Amazon, Google, IBM

  • U.S. Army Corps of Engineers

  • Auburn-affiliated startups and regional research parks

Further Study

Some students pursue:

  • PhD programs in Data Science, AI, Engineering, or Applied Math

  • Certifications in cloud platforms, cybersecurity, or AI ethics

  • Research fellowships or postdoctoral roles

Program Key Stats

$35,182
$ 70
Rolling


78 %
No
No
Yes
No

Eligibility Criteria

3.0
3 Year

305
150
3.0
NA
6.5
79
2:1

Additional Information & Requirements

Career Options

  • Typical Job Titles & Roles Graduates commonly move into roles such as: Data Scientist Machine Learning Engineer Data Engineer Analytics Engineer Data Analyst Data Consultant   Placement & Salary Overview Six‑month employment rate: Auburn surveys indicate nearly 100% placement within six months post-graduation
  • Typical base salary (industry benchmark): Around $117
  • 300 per year
  • as reported by Glassdoor for data science/engineering roles
  • Undergraduate comparison: For reference
  • Auburn undergrads report average starting salaries near $55
  • 500
  • illustrating significant growth for master’s degree holders
  •   Top Employers & Industry Sectors While specific employer data for the program is not publicly listed
  • Auburn’s strong co-op and capstone partnerships—with roots in both the College of Sciences & Mathematics and the College of Engineering—prepare students for careers across: Technology and cloud-based services Finance and risk analytics Healthcare
  • biotech
  • and government Data-driven consulting and enterprise solutions    Career Preparation & Program Strengths Capstone experience: Real-world projects with industry partners build practical skills and provide networking opportunities
  • Curriculum depth: Combines theoretical foundations in data mining
  • machine learning
  • and statistical learning with hands-on engineering—designed to meet current employer needs
  • High-growth field: Data science and engineering roles are among the fastest-growing
  • with millions of new jobs projected in coming years
  •   Summary Table Aspect Details Placement Rate Nearly 100% employed within six months Base Salary Benchmark ~$117
  • 300 annually (industry average) Starting Salary (UG) ~$55
  • 500 — underscores value of MS degree Common Roles Data Scientist
  • ML Engineer
  • Data Engineer Industries Tech
  • Finance
  • Healthcare
  • Government
  • Consulting Program Highlights Capstone projects
  • strong engineering focus
  • industry-aligned curriculum   What This Means for You: Graduates of Auburn’s M
  • S
  • in Data Science and Engineering enjoy exceptional career outcomes: near-universal placement
  • strong starting salaries aligned with industry benchmarks ($117K)
  • and direct access to in-demand technical roles
  • The program’s combination of rigorous coursework
  • real-world capstone experience
  • and co-op pathways makes alumni highly competitive in technology-driven job markets

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