Bachelor of Science in Pharmaceutical Sciences

4 Years On Campus Bachelors Program

City University of New York

Program Overview

The Bachelor of Science in Pharmaceutical Sciences at York College, CUNY, prepares students to understand how medicines are discovered, analysed, formulated, manufactured, and regulated. Designed for students interested in pharmaceutical research, biotechnology, drug manufacturing, and medicine safety, this four-year program combines chemistry and biological sciences with specialised pharmaceutical coursework to prepare graduates for industry careers or advanced study.

Curriculum Structure

First Year: Students establish a strong foundation in chemistry, biology, mathematics, and general education. Courses such as Principles of Chemistry I (CHEM 108), Principles of Chemistry I Laboratory (CHEM 109), and Biological Principles I (BIO 201) introduce chemical concepts, laboratory safety, experimental methods, and the structure and function of living organisms.

Second Year: Students develop their understanding of chemical reactions, biological processes, and molecular science through courses such as Organic Chemistry I (CHEM 231), Techniques of Organic Chemistry I (CHEM 232), and Biological Principles II (BIO 202). Laboratory work introduces techniques for isolating, purifying, and analysing compounds, preparing students for more specialised pharmaceutical investigations.

Third Year: Students move into advanced chemistry and pharmaceutical sciences through subjects such as Physical Chemistry: Thermodynamics (CHEM 321), Physical Chemistry: Drug Processes (CHEM 323), and Fundamentals of Pharmaceutical Sciences (PHS 300). These courses help students understand drug stability, chemical kinetics, drug discovery and development, pharmaceutical formulation, and the scientific principles behind pharmaceutical products.

Fourth Year: Students concentrate on specialised pharmaceutical topics through courses including Pharmaceutics (PHS 301), Pharmaceutical Manufacturing and Applicable Regulations (PHS 350), and Pharmacology (PHS 401). Pharmaceutical science electives, such as Regulation of Pharmaceuticals (PHS 360), Research in Pharmaceutical Science (PHS 480), or Internships in Pharmaceutical Science (PHS 490), can help students explore regulatory compliance, research, manufacturing, and industry practice. Actual course availability and sequencing should be confirmed with the department.

Focus Areas

Pharmaceutical chemistry, pharmaceutics, drug discovery and development, pharmaceutical manufacturing, pharmacology, drug stability, analytical chemistry, biotechnology, regulatory affairs, drug safety, and pharmaceutical research.

Learning Outcomes

Students develop a strong foundation in general, organic, physical, medicinal, and experimental chemistry. They gain an understanding of pharmaceutical manufacturing processes, product formulation, regulatory requirements, pharmacokinetics, and the mechanisms of action of therapeutic drugs, alongside analytical, laboratory, and problem-solving skills.

Professional Alignment (Accreditation)

The BS in Pharmaceutical Sciences prepares students for scientific and technical roles in pharmaceutical, biotechnology, cosmetics, and chemical industries. The degree is not itself a pharmacist-licensure qualification, and students who wish to practise as pharmacists must complete an appropriate professional pharmacy degree and meet applicable licensing requirements. No separate professional pharmacy accreditation for this bachelor's program was identified in the official program information.

Reputation (Employability Rankings)

York College is part of the City University of New York (CUNY), a public university system serving students across New York City. The program's stated career focus aligns with the pharmaceutical, cosmetics, chemical, and biotechnology industries in New York and the surrounding tri-state region. A current program-specific employability ranking or graduate placement statistic was not identified in the official information reviewed.

Experiential Learning (Research, Projects, Internships etc.)

York College's Pharmaceutical Sciences program combines chemistry and biology with laboratory-based scientific training and specialised pharmaceutical coursework. Students develop practical skills through chemistry laboratory classes, experimental analysis, and opportunities to explore pharmaceutical research and internships. The curriculum is designed to help students connect scientific theory with the processes involved in developing, manufacturing, and regulating medicines.

Key experiential learning opportunities include:

- Chemistry laboratories: Principles of Chemistry I Laboratory (CHEM 109), Techniques of Organic Chemistry I (CHEM 232), and Techniques of Organic Chemistry II (CHEM 234) develop laboratory safety, experimental measurement, compound isolation, purification, and analysis skills.

- Pharmaceutical sciences coursework: Fundamentals of Pharmaceutical Sciences (PHS 300) introduces drug discovery and development, biologics and vaccines, pharmaceutical microbiology, formulation, regulation, and ethical considerations.

- Pharmaceutical formulation: Pharmaceutics (PHS 301) explores dosage forms, routes of administration, and the physicochemical principles underlying pharmaceutical products.

- Manufacturing and regulatory practice: Pharmaceutical Manufacturing and Applicable Regulations (PHS 350) introduces pharmaceutical production processes and the regulations relevant to preparing and marketing medicines.

- Pharmacology learning: Pharmacology (PHS 401) develops an understanding of drug action and the mechanisms through which therapeutic agents affect biological systems.

- Research opportunities: Research in Pharmaceutical Science (PHS 480) provides an option for students to pursue research-related learning, subject to course availability and departmental requirements.

- Internship opportunities: Internships in Pharmaceutical Science (PHS 490 and PHS 491) are listed in the college's pharmaceutical science curriculum, offering potential routes to supervised industry-related experience, subject to availability and eligibility.

- Academic resources: The York College Library and academic computing facilities provide resources that support coursework, scientific information retrieval, and research preparation.

Progression & Future Opportunities

The BS in Pharmaceutical Sciences at York College prepares graduates to explore careers in pharmaceutical manufacturing, drug analysis, research and development, clinical research, and regulatory affairs. Its combination of chemistry, pharmaceutical sciences, and laboratory training also provides a foundation for postgraduate study in pharmaceutical sciences, biomedical research, and related professional fields.

Potential career opportunities include:

Pharmaceutical Research Assistant: Support investigations into drug compounds, biological processes, and potential therapeutic applications.
Quality Control Laboratory Technician: Assist with the analysis of pharmaceutical materials and the evaluation of product quality.
Pharmaceutical Manufacturing Associate: Support production processes, formulation, documentation, and manufacturing quality procedures.
Regulatory Affairs Assistant: Help prepare documentation and support compliance with requirements governing pharmaceutical products.

Career development and employment support:

- York College Career Services: Students can access career planning, résumé development, interview preparation, job-search guidance, and employment-related events through the college's career services.

- Internship experience: Pharmaceutical science internship courses can help students explore workplace expectations and develop industry-relevant skills, depending on availability and eligibility.

- Research development: Students can consider Research in Pharmaceutical Science (PHS 480) to gain additional experience in scientific investigation and prepare for research-oriented opportunities.

- Industry relevance: The program's focus on pharmaceutical manufacturing, product formulation, drug analysis, and regulatory affairs aligns with career areas in pharmaceutical, cosmetics, chemical, and biotechnology businesses.

- Employment statistics and salaries: A current, program-specific employment rate and salary figure was not identified in the official information reviewed. Earnings vary according to job responsibilities, employer, location, experience, and further qualifications.

- Professional development: Laboratory training, pharmaceutical coursework, and potential internships can strengthen students' applications for scientific and technical roles. Employment and internship placements are not guaranteed.

- Professional recognition: The degree provides a scientific foundation for pharmaceutical industry employment but does not independently qualify graduates for pharmacist licensure.

- Graduation outcomes: Graduates can seek employment in pharmaceutical and related industries or continue into graduate and professional education, depending on their academic preparation and admission eligibility.

Further Academic Progression: Graduates can pursue a Master of Science (MS) in Pharmaceutical Sciences, medicinal chemistry, biotechnology, or a related field to develop specialised scientific expertise. A Doctor of Philosophy (PhD) can prepare students for advanced pharmaceutical research, academic positions, or research and development careers. The degree can also provide a foundation for applications to professional programs such as the Doctor of Pharmacy (PharmD), medicine (MD), or dentistry (DDS), subject to each program's prerequisite and admission requirements.