Master of Science in Computer Engineering
Advance your technical career with a versatile STEM degree from Texas A&M designed for both research-minded professionals and industry leaders. Our fully online computer engineering degree offers both thesis and non-thesis options, supporting deep research in digital circuits, architecture, networks, or professional growth through applied coursework.
Program at a Glance
Our online computer engineering program is ideal for working professionals aiming to elevate their expertise in computing, engineering technology, and software development without putting their careers on hold.
Who is this Degree Designed For?
This degree is designed for students with advanced skills in artificial intelligence, machine learning, and ethical decision making, who are seeking to create innovative solutions and lead AI initiatives across industries.
This degree is designed primarily for:
- Experienced professionals in computer science, data science, or engineering who want to advance into AI leadership or specialized technical roles (e.g., AI engineer, ML architect, data scientist, or research scientist).
- Recent STEM graduates seeking a comprehensive, career-defining credential that combines deep technical expertise, applied research, and industry application of AI systems.
Motivations:
- To lead AI-driven innovation in tech, healthcare, finance, or manufacturing.
- To transition from software or data analytics into advanced AI development or management roles.
Why Texas A&M University?
A Texas A&M degree doesn’t just carry prestige—it carries power. As one of the nation’s top-ranked public universities and a Tier 1 research institution, Texas A&M offers online learners a rare combination: academic excellence, lifelong career support, and a global community that opens doors long after graduation.
Major Coursework
This computer engineering program offers the tools you need to innovate computer hardware and software in every industry. Thesis candidates complete an original research project and final defense; non-thesis candidates present a capstone report. Both will build advanced skills in software systems, data analysis, and intelligent computing.
Customize your master’s in computer engineering and systems with courses like:
CSCE 611
Operating Systems
Explore case studies on contemporary operating systems and analyze their quality-of-service impact on real-world applications.
CSCE 616
Introduction to Hardware Design Verification
Study functional verification techniques used in integrated circuit design. Learn logic functional verification and industry-standard practices.
CSCE 633
Machine Learning
Survey machine learning methodologies including genetic algorithms, conceptual clustering, and explanation-based learning.
ECEN 619
Internet Protocols and Modeling
Analyze the design and performance of Internet protocols including TCP, UDP, and routing mechanisms like RIP and OSPF.
ECEN 622
Active Network Synthesis
Explore rational fraction approximation, OP AMP modeling, and sensitivity analysis to ensure computer system stability and performance.
Careers & Outcomes
Our online computer engineering degree program is ideal for working professionals in roles that demand advanced problem-solving, systems thinking, and technical leadership. It supports career growth for computer engineers and other tech professionals aiming to innovate, lead, or pursue further academic research.
What Can You Do With A Texas A&M Degree?
Whether you’re just starting out or ready to level up, a Texas A&M online degree or certificate can help you move forward—with purpose.
Our graduates lead projects, launch businesses, influence policy, and bring bold ideas to life across industries.
Explore how a distance education program from Texas A&M can open new doors—and see where your path might lead next.
Career Opportunities
Research & Design Engineers
Contribute to cutting-edge developments in information technology fields like cybersecurity, communications, and intelligent infrastructure.
Algorithm Architects
Develop algorithms for applications in machine learning, robotics, data science, and real-time systems. Optimize software/hardware integration across platforms.
Systems Architects
Plan and design the architecture of complex computing systems. Integrate hardware and software components for performance, scalability, and security.
Technical Leaders
Oversee engineering teams and guide product development with a deep understanding of system-level challenges.
Admissions Requirements
The Master of Science in Computer Engineering program welcomes applicants with a passion for computing and a desire to lead in the tech industry. Whether you are advancing in your current role or preparing for a future in research and innovation, we encourage you to apply.
Applicants Must Submit:
- Official transcripts
- Statement of Purpose
- 3 letters of recommendation
- Résumé or CV (optional)
How to Apply
Create a graduate application account in order to apply to your program of choice via Texas A&M's EngineeringCAS.
Visit our Program
Our research program provides students with inspiration and quality education in theory and practice of computer engineering. Research areas include digital integrated circuit design, computer architecture and computer networks.
Tuition Calculator
Wondering what your education will cost? Use our tuition calculator to estimate your total based on residency, credit hours, and term. Financial aid, scholarships, grants, and military education benefits are available to help support your educational journey.
Calculate My CostsScholarships and Financial Aid
By submitting an application, all students are considered for scholarships and fellowships. To be considered for additional funding opportunities outside of the department, students are encouraged to submit the financial aid application and a scholarship application, along with their graduate school application.
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