Electrical and Computer Engineering (with concentration in Photonics)
The Master of Engineering in Electrical and Computer Engineering (with concentration in Photonics) at University of Duke offers a comprehensive academic framework that explores the scientific principles, device-level technologies, and advanced engineering methods that underpin modern photonic systems. The program introduces students to optical materials, semiconductor devices, laser technologies, and integrated photonic circuits, enabling them to understand how light-based technologies drive innovation across communication networks, imaging systems, sensing platforms, and quantum applications. Through rigorous coursework and hands-on practice, learners develop technical skills that are precise, innovative, analytical, and application-driven.
Over the two-year period, students engage in research-oriented projects, laboratory experience, and interdisciplinary collaborations that support the development of deeper expertise in photonics and its engineering applications. The curriculum encourages students to explore how photonic devices are designed, fabricated, and optimized, while also emphasizing computational modeling, system integration, and experimental characterization. Supported by faculty mentorship and state-of-the-art facilities, the program fosters professional growth by strengthening the ability to make methodical, evidence-based, integrated, and forward-focused decisions relevant to advanced engineering environments.
Key information
Key Facts
- Program Title: Electrical and Computer Engineering (with concentration in Photonics)
- Degree Type: Master of Engineering
- Duration: 2 years
- Mode of Study: Full-time, On Campus
- Application Deadline: 16 January 2026
- Location: Duke University, United States
- Field of Study: Electrical Engineering
- Language of Instruction: English
Program Structure
• Semester 1 – Foundations of Electrical & Photonic Engineering
- Optical Science and Laser Fundamentals
- Semiconductor Device Physics
- Applied Electromagnetics
- Engineering Mathematics and Computational Methods
• Semester 2 – Advanced Photonics & System Applications
- Photonic Materials and Integrated Optics
- Optical Communication Systems
- Electronic and Photonic Device Fabrication
- Seminar: Emerging Technologies in Photonics
• Semester 3 – Specialization & Applied Engineering Practice
- Laser Engineering and Optical Instrumentation
- Computational Photonics and Simulation
- Advanced Topics in Optoelectronic Systems
- Research Workshop / Laboratory Design Project
• Semester 4 – Engineering Project & Professional Development
- Master’s Project / Independent Research
- Design of High-Performance Photonic Systems
- Data-Driven Analysis for Engineering Decisions
- Technical Presentation and Portfolio Development
Career Opportunities
Graduates of this program can pursue careers across advanced engineering environments, including photonics companies, semiconductor manufacturers, telecommunications firms, and research laboratories, where expertise in optical technologies is essential. Many alumni work as photonics engineers, optoelectronics specialists, device modeling analysts, optical system designers, or R&D engineers focused on developing next-generation laser systems, sensors, and communication components. Others contribute to industrial manufacturing, imaging technologies, biomedical optics, or quantum information initiatives, where precise engineering and analytical skill play critical roles. The program’s integration of theoretical depth, laboratory experience, and applied research prepares graduates for roles requiring technical leadership and the ability to design solutions that advance modern photonics.
Why Choose This Program
Students choose this program for its strong combination of scientific rigor, engineering application, and faculty recognized for cutting-edge research leadership, which enriches both academic and professional development. The curriculum integrates advanced laboratory training, computational tools, and specialized photonics coursework, giving learners the resources needed to deepen technical knowledge and build industry-relevant expertise. This structure supports independent exploration while offering collaborative opportunities with leading research groups, enabling students to establish a solid engineering foundation that positions them competitively in rapidly evolving photonic technology fields. With its focus on innovation, practical design, and advanced optical systems, the program provides a meaningful pathway for those seeking to shape the future of light-based technologies.
Contact Information
For further information, please contact the admissions office at:
Phone: +1 (919) 684-8111
Email: admissions@duke.edu
Address: University of Duke, Durham, North Carolina, United States
