Physics Northern Illinois University

Overview

The Physics programme at Northern Illinois University provides students with a comprehensive foundation in advanced scientific principles and research methodologies. This Master of Science degree is designed to accommodate diverse academic backgrounds, offering tailored pathways for those returning to education or transitioning from other disciplines.

Students can choose from four specialised tracks to align their studies with specific career goals. These specialisations include Basic Physics, Applied Physics, Quantum Science and Technology, and Physics Teaching or Secondary Education, ensuring a curriculum that meets the demands of both industry and academia.

Why Physics at Northern Illinois University?

The department is consistently recognised for its academic excellence, with the master's programme frequently earning high rankings from the American Institute of Physics. This reputation reflects a commitment to high-quality instruction and a supportive environment where approximately half of the graduate population is enrolled at the master's level.

Research is a cornerstone of the experience, with faculty members leading projects in cutting-edge fields such as Condensed Matter Physics and Elementary Particles. Students benefit from the Northern Illinois Centre for Accelerator and Detector Development, which provides world-class facilities for experimental and theoretical exploration.

The university maintains strong links with nearby industrial and government laboratories, making it an ideal choice for professionals in the region. Flexibility is a key feature, as the programme supports part-time study and allows for the completion of theses in absentia to accommodate external work commitments.

Tuition Fee Breakdown

• International fee: USD 775 per credit
• National fee: USD 388 per credit
• Local fee: USD 388 per credit

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

Syllabus

The curriculum is structured around core research areas and specialised tracks. Modules may include:

• Condensed Matter Physics
• Elementary Particles and Fields
• Accelerator Physics
• Physics Education Research
• Quantum Science and Technology
• Applied Physics
• Secondary Education

Careers with Physics

Graduates are well-prepared for diverse professional roles across scientific, technical, and educational sectors. The programme's focus on applied and quantum sciences opens opportunities in high-tech industries, government research facilities, and specialised laboratory environments.

For those pursuing the teaching specialisation, the degree provides the necessary advanced knowledge for careers in secondary education and physics instruction. Additionally, the rigorous research training serves as a robust foundation for students intending to progress to doctoral studies or advanced research positions.

The proximity to major research hubs and industrial centres facilitates networking and employment prospects for graduates. Many students leverage their expertise to secure roles as researchers, technical consultants, or educators within the regional and national scientific community.