Computer Engineering Southern Methodist University

Overview

The Computer Engineering programme at Southern Methodist University provides students with a rigorous academic foundation in hardware and software integration. This curriculum is designed to foster advanced technical skills through a combination of core requirements, specialised concentrations, and elective options.

Candidates entering the programme are expected to demonstrate mathematical maturity and a background in computer science or a related engineering discipline. Those with degrees in other fields may be admitted subject to completing specific articulation coursework to ensure they meet the necessary technical standards.

The degree structure is flexible, allowing students to pursue either a 30-credit hour coursework track or a 24-credit hour path supplemented by a master’s thesis.

Why Computer Engineering at Southern Methodist University?

Studying at the Lyle School of Engineering provides access to high-level research facilities and a curriculum that emphasises a coherent mastery of the field. The department ensures that every plan of study is tailored to the student's interests while maintaining strict academic standards.

The programme benefits from a structured residency requirement, ensuring that students engage deeply with the campus academic community. With a focus on both theoretical depth and practical application, the institution prepares graduates to handle complex challenges in the global technology sector.

Tuition Fee Breakdown

• International fee: USD 1350 per credit
• National fee: USD 1350 per credit
• Local fee: USD 1350 per credit

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is divided into core requirements and elective choices to provide a balanced education. Modules may include:

• Operating Systems and System Software
• Computer Networks and Distributed Systems II
• Computer Architecture
• Microcontroller Architecture and Interfacing
• Digital Systems Design

Students must also complete elective credits, which can be chosen from various graduate-level offerings within the Lyle School of Engineering. These electives allow for specialisation in specific areas of interest under the guidance of an academic adviser.

Articulation modules for those requiring foundational knowledge include:

• Computer Science
• Programming Concepts
• Assembly Language Programming and Machine Organization
• Data Structures
• Discrete Computational Structures
• Algorithms
• Digital Logic Design
• Digital Computer Design

Careers with Computer Engineering

Graduates are prepared for advanced roles in the design and development of complex computing systems. The programme's emphasis on both hardware and software architecture makes alumni highly competitive for positions in telecommunications, robotics, and system design.

By completing this degree, professionals are equipped to lead engineering teams and innovate within high-tech industries. The rigorous training in digital systems and microcontroller architecture provides a direct pathway to senior engineering and research and development careers.