Overview

With RIT’s computer engineering BS, you’ll design hardware, components, and software for next-generation products, including autonomous vehicles and wearables. In the computer industry, there is a great demand for computer engineers who can do it all—from designing high-performance computer hardware components and software to developing next-generation intelligent, resilient, and sustainable products and appliances that contain embedded systems. Comprehensive Curriculum RIT Dubai’s Bachelor of Science in Computer Engineering provides a strong foundation in mathematics, science, and engineering principles while equipping students with the technical expertise needed to solve complex computing challenges. Students build essential knowledge through courses in: Data Structures Object-Oriented Programming Circuits and Electronics Principles of Software Engineering Advanced coursework focuses on the integration of hardware and software systems through subjects such as: Computer Architecture Digital Systems Design Hardware and Software Interfacing Computer Networks Digital Signal Processing Specialized Areas of Study Students can further customize their learning through concentration areas that provide in-depth expertise in emerging fields of computer engineering, including: Software Engineering High-Performance Computing Computer Architecture Integrated Circuits and Systems Networks and Cybersecurity Computer Vision and Machine Intelligence Signal Processing, Control, and Embedded Systems These concentrations also offer excellent opportunities for students interested in undergraduate research and innovation alongside faculty experts. Experiential Learning Hands-on learning is a cornerstone of the computer engineering program. Students gain practical experience through research opportunities, laboratory work, and a two-semester Senior Design Capstone project. Senior Design Capstone In their final year, students work in multidisciplinary teams comprising peers from various engineering disciplines, including biomedical, computer, electrical, industrial, and mechanical engineering. Teams collaborate on real-world projects sponsored by industry partners, community organizations, faculty members, or proposed by students themselves. Through this experience, students develop technical expertise, project management capabilities, teamwork and leadership skills, and the ability to effectively communicate engineering solutions to diverse audiences. The capstone project serves as a culminating experience that prepares graduates to address real-world engineering challenges with confidence and creativity.