CUNY(The City University of New York)

What you'll study

The programme provides a core grounding in the fundamental disciplines that make up the physical sciences, combined with laboratory experience and quantitative training. Early coursework emphasises calculus, linear algebra, classical mechanics, introductory thermodynamics, general chemistry, and earth science fundamentals. As you progress, typical modules include:

• Advanced classical and modern physics (electricity and magnetism, quantum mechanics, statistical mechanics)
• Analytical and physical chemistry (chemical kinetics, spectroscopy, physical chemistry lab)
• Earth and atmospheric science (mineralogy, geophysics, climatology)
• Mathematical methods for scientists (differential equations, numerical methods, data analysis)
• Laboratory and instrumentation courses emphasising experimental design, measurement techniques and scientific communication
• Electives and special topics allowing focus on areas such as materials science, environmental physics, computational modelling or remote sensing
• Capstone project or senior thesis involving independent research, often completed in collaboration with faculty, CUNY research centres or industry partners

The programme typically allows students to tailor their pathway by choosing concentrations or electives in a single discipline or across disciplines, and encourages participation in undergraduate research, summer internships and collaborations with nearby national laboratories, museums and industry.

Entry requirements

Admissions to the Bachelor in Physical Sciences at CUNY generally require a high school diploma or equivalent with a strong background in mathematics and science. Typical expectations include:

• Successful completion of high school courses in algebra, geometry, precalculus or calculus, and two or more laboratory sciences (physics, chemistry, biology or earth science)
• A competitive academic record with emphasis on grades in STEM subjects; specific GPA thresholds and testing policies vary by college within the CUNY system
• Submission of transcripts; some colleges may request a personal statement or supplemental information outlining scientific interests and experience
• Transfer applicants will need college transcripts and descriptions of completed coursework for transfer credit evaluation; prior laboratory and mathematics courses increase the likelihood of advanced placement
• International applicants must meet CUNY’s general admissions standards for English proficiency and credential evaluation

Applicants should consult the specific CUNY college that hosts the Physical Sciences programme for precise criteria, placement testing, and any preparatory coursework recommended before beginning major-level classes.

Career prospects

Graduates with a Bachelor in Physical Sciences have versatile scientific and quantitative skills valued across multiple sectors. Common career paths include:

• Laboratory technician or research assistant roles in academic, government or private-sector laboratories
• Environmental consultant or technician positions in agencies and consultancies focused on air, water and soil assessment
• Technical and analytical roles in materials, energy and manufacturing industries
• Data analyst or modelling positions that leverage strong quantitative and computational skills
• Science education and outreach, including pathways to secondary school teaching with appropriate certification
• Progression to graduate study (MSc, PhD) in physics, chemistry, earth sciences or interdisciplinary programmes, and professional degrees in engineering, medicine or environmental policy

Internships, undergraduate research and CUNY’s location in New York City help students connect with employers and research institutions, improving readiness for both immediate employment and further study.

Why study at CUNY(The City University of New York)

CUNY offers a public-university environment with many colleges across the city, providing a wide range of specialist resources and flexible pathways into the physical sciences. Key advantages include:

• Access to faculty engaged in active research and to shared research facilities, including labs and instrumentation at individual campuses and at the CUNY Graduate Center
• Opportunities for internships and collaborations with nearby scientific institutions, industry partners and government agencies located in New York City
• A diverse student population and supportive services designed for commuter and non-traditional students, with advising, career services and undergraduate research programmes
• Flexible degree structures that allow students to combine coursework across physics, chemistry and earth sciences or to prepare for graduate and professional study

Students interested in a rigorous, interdisciplinary physical sciences education with practical laboratory experience and strong links to a major metropolitan research and employment landscape will find CUNY a practical and accessible choice.