Ithaca College

What you'll study

The programme blends a solid foundation in classical and modern physics with engineering principles, computational methods and hands-on design. Core topics typically include mechanics, electromagnetism, thermodynamics, quantum mechanics and modern physics, together with applied subjects such as materials science, electronics, instrumentation, control systems and numerical methods.

Instruction emphasises laboratory experience and project-based learning. You can expect laboratory courses in experimental physics and electronics, courses in programming and data analysis, and team-based design projects that apply physics concepts to engineering challenges. Many students also undertake a senior capstone or honours project that involves independent research, experimental design or prototype development under faculty supervision.

• Introductory and intermediate physics (mechanics, electromagnetism, waves and optics)
• Advanced physics (quantum mechanics, statistical mechanics, solid state)
• Core engineering subjects (circuits and electronics, materials, dynamics, control theory)
• Mathematics for physicists and engineers (calculus, differential equations, linear algebra)
• Computational methods and scientific programming (numerical analysis, modelling, data analysis)
• Experimental labs and instrumentation
• Capstone design or research project
• General education courses in the liberal arts to develop communication, ethics and teamwork skills

Entry requirements

Applicants should hold a high school diploma or equivalent with a strong background in mathematics and science. Typical preparation includes courses in calculus, physics and chemistry. Admissions review looks at academic transcripts, teacher recommendations and a personal statement demonstrating interest in physics and engineering.

Because the programme is mathematically intensive, incoming students benefit from having completed calculus and advanced algebra; some students without formal calculus may be admitted but will be expected to complete preparatory coursework. International applicants must meet the college's general admissions criteria and provide evidence of English language proficiency where required.

Career prospects

Graduates with a degree in Engineering Physics are well placed for a wide range of careers because of their strong analytical, laboratory and problem-solving skills. Common career paths include roles in instrumentation and sensor development, product engineering, systems engineering, applied research and development, optical and photonics industries, and semiconductor or materials technology.

Many graduates pursue further study, including master's and doctoral programmes in physics, engineering or related fields, or professional degrees in areas such as engineering, applied physics and computer science. The programme also provides a good foundation for careers in data science, software engineering and technical consulting. Internships and faculty-mentored research often help students make industry connections and refine career choices.

Why study at Ithaca College

Ithaca College offers a close-knit academic environment with small class sizes and accessible faculty, enabling personalised mentoring and opportunities for undergraduate research and project work. The college's location in the Ithaca area gives students access to a regional cluster of research and technology resources, and proximity to larger universities enables collaborative opportunities and elective options.

Students benefit from a liberal arts context that emphasises communication and teamwork alongside technical training, preparing graduates to adapt to interdisciplinary workplaces. Hands-on learning, capstone projects and internship support are features that help bridge classroom theory and practical experience, making the programme well suited to students who want both strong scientific fundamentals and applied engineering skills.