Chemical and Biological Sciences

Shape the future of healthcare with vital information.

With knowledge of chemistry and biology, you have the power to uncover vital medical information from the analysis of tissue, fluids or chromosomes. Doctors and other clinical practitioners count on your expertise every day in confirming or ruling out important diagnoses. And the future of new drugs may depend on your explorations of their composition, application and effectiveness. Whatever path you choose, your foundational knowledge in the scientific pillars of chemistry and biology will push the future of healthcare forward.

Become a highly skilled chemical and biological scientist.

Working with highly trained faculty in laboratories equipped with the latest technological advancements, you’ll gain a strong foundation in key laboratory skills and experimental techniques combined with practical real-world experience. You’ll graduate ready for a career as a technologist. Or you can seamlessly advance your education at the master’s or doctoral level with one of our pathway programs.

Modern Facilities

Featuring advanced equipment, our on-campus chemistry lab gives students hands-on experience to prepare them for professional settings.

Highly Trained Faculty

MCPHS professors are industry experts with years of expertise in both teaching and advising.

Advanced Learning Opportunities

Capstone courses allow students to develop advanced laboratory skills, and students are encouraged to participate in undergraduate research opportunities at MCPHS or in research/clinical laboratories in the local area.

Partner Universities

MCPHS has established specific agreements with prestigious professional and graduate programs, so students may seamlessly continue their professional education.

Accelerated Programs

Through our biology pathways, students can earn their professional degree in four to eight years, often less time than through traditional channels.

Well-prepared

With innovative training and immersive clinical opportunities, our graduates are extremely well prepared to enter and advance in the field of chemical and biological sciences. Many students enroll in the biology program to build a foundation before moving on to careers in clinical laboratory science, pathology, forensic science, histotechnology and various branches of medical science. Students may also consider one of the professional and graduate programs at partner universities where MCPHS has established specific agreements.

A field of growth

According to the U.S. Bureau of Labor Statistics, the demand for forensic science technicians is expected to grow at a much faster rate than many other occupations, with a potential 27% increase in jobs needed by 2024. Biological scientists are highly sought after by hospitals, clinics, industry, academia, and federal, state, and local governments, with opportunities in almost all areas of biology, including medicine, biotechnology, agriculture, environmental science, and more.

Well-paid

According to the U.S. Bureau of Labor Statistics, the median annual wage for chemists and materials scientists was $72,610 in May 2015, with the highest 10% earning more than $$125,450. Forensic science technicians earned a median annual wage of $56,320 in May 2015, with the highest 10% earning more than $94,410. Biochemists and biophysicists earned a median annual wage of $82,150 in May 2015, with the highest 10% earning more than $153,810.

Chemistry

The mission of the chemistry program is to provide a graduate with the intellectual, experimental, and interactive skills to participate effectively in the chemical sciences enterprise. The program grounds the student in the molecular perspective of chemistry and encourages students to extend their understanding through the basic precepts of the scientific method. It also fosters in the student the high-order professional skills of communication, teamwork, and desire to learn that are hallmarks of the successful, modern chemist.

Medical and Molecular Biology

The mission of the Bachelor of Science in Medical and Molecular Biology program is to produce graduates who have the knowledge and skills for entry into careers in biotechnology, research and development, forensic science, clinical laboratory sciences, and graduate studies in biology, as well as entry into medical school and other health profession programs. The curriculum design provides a broad foundation in the sciences, a range of liberal arts courses, and a concentration in medical and molecular biology. Courses in this program provide foundational knowledge in biology, chemistry, molecular biology, biochemistry, and genetics. Elective courses in biology allow students the freedom to tailor their program to their career interest, focusing either on the molecular/cellular aspects or the medical/physiological aspects of biology.

 

School of Arts and Sciences

Vision

Through teaching, scholarship, and service, the faculty of the School:

  • provide a broad academic foundation in the Arts and Sciences to all MCPHS students,
  • provide depth and breadth in the academic and professional training of students in Arts and Sciences programs,
  • actively participate in and contribute to the scholarly disciplines in the Arts and Sciences, and
  • contribute to the University’s mission in the broader academic and professional communities.

Mission

The mission of the School of Arts and Sciences is to embody and promote the core values defined in the 2015 University Strategic Plan through:

  • scholarship that creates knowledge, pedagogies, integration and engagement in the disciplines represented by the Arts and Sciences faculty,
  • interdisciplinary and inter-professional initiatives and collaborations among Arts and Sciences faculty and in concert with other School faculties to produce scholarship and public service,
  • implementation of a core curriculum that integrates the basic sciences and liberal arts with professional studies,
  • commitment to and promotion of the values of general education and development of the whole person,
  • cultivation of knowledge, reasoning skills, and values that prepare students for lifelong learning,
  • development and application of learner-centered curriculum designs and teaching strategies,
  • assessment that systematically collects and uses data for curricular review and continuous improvement,
  • service to the School, University, and professional communities, and
  • collaboration with Student Affairs staff in the development and implementation of co-curricular programs.
 

Chemistry Lab Report

Tour our Chemistry Lab, an innovative and interactive learning lab that brings the world of chemistry to life.

Watch it