Yes, Manchester University strongly emphasizes undergraduate research in its Bachelor of Science degree in Chemistry. Chemistry majors have access to hands-on research opportunities that allow them to explore topics in general chemistry, physical chemistry, organic chemistry, and chemical physics.

These experiences not only support classroom learning but also prepare students for graduate study or professional training. Chemistry students work directly with faculty on meaningful research projects, gaining valuable insight into experimental design, data analysis, and scientific presentation. Many students present their findings at conferences or co-author publications—unique advantages for students pursuing graduate school or careers in science-related industries.
The chemistry program includes elective courses that allow students to specialize in their research interests in areas such as biochemistry, materials science, or environmental science. Engaging in undergraduate research strengthens a student’s resume, builds technical and problem-solving skills, and demonstrates the ability to conduct independent work—an essential trait for research chemists and professionals in scientific roles.

Through senior research and guided lab work, chemistry prepares students to transition seamlessly into both advanced education and industry settings, while also meeting major requirements and contributing to their overall academic growth.

Absolutely. Manchester University’s chemistry program encourages students to gain practical, real-world experience through internship placements that complement their academic coursework. Chemistry majors can participate in internships at pharmaceutical companies, environmental testing labs, manufacturing plants, and healthcare organizations.

These opportunities help chemistry students build essential laboratory experience in settings that apply general chemistry, organic chemistry, analytical chemistry, and physical chemistry in real time. Internships allow students interested in chemical biology or materials science to explore career paths, build professional networks, and enhance their resumes.

For students pursuing graduate school or professional programs, internships offer meaningful insight into what specific roles entail—whether it’s working in chemical separations, developing new compounds, or performing chemical analysis using advanced instruments.

Additionally, these roles often align with courses listed in the degree requirements, helping students reinforce concepts learned in the classroom. Manchester’s faculty and career services team actively support students in identifying internship sites that align with their goals, providing guidance throughout the application and placement process.

By engaging in internships, chemistry majors not only meet minimum grade and credit expectations but also gain valuable experience that prepares them for full-time employment and lifelong learning in the physical sciences.

Yes, Manchester’s Bachelor of Science degree in Chemistry provides an exceptional foundation for graduate school, medical school, pharmacy programs, and other professional paths. The chemistry program includes rigorous coursework in general chemistry, organic chemistry, analytical chemistry, and physical chemistry—core subjects required for many advanced degree programs.
Students also engage in laboratory experiences, senior research projects, and optional elective courses in specialized areas like biochemistry, chemical biology, and materials science. This curriculum ensures that chemistry prepares students for success in graduate study by building critical thinking, technical proficiency, and scientific communication skills.

The university’s supportive environment—featuring small class sizes, accessible faculty, and individualized advising—helps students planning to continue their education select appropriate courses and meet all major requirements, including maintaining a minimum cumulative major GPA.

Additionally, research experience and internships further enhance student readiness for competitive admissions processes. Whether pursuing an ACS certified degree or aligning their program with the American Chemical Society Committee guidelines, students benefit from a chemistry bachelor that fosters intellectual growth and professional competence.

Graduates of Manchester’s chemistry program have gone on to pursue advanced degrees in chemistry, biology, medicine, public health, and more, showcasing the strength of the school’s science degree offerings.

Chemistry students at Manchester University benefit from access to well-equipped, modern laboratory spaces designed to support high-quality instruction and research. Facilities include dedicated labs for general chemistry, organic chemistry, analytical chemistry, and physical chemistry, each stocked with professional-grade instruments and tools.

Equipment available includes gas and liquid chromatographs, infrared (IR) and ultraviolet-visible (UV-Vis) spectrometers, nuclear magnetic resonance (NMR) machines, and specialized systems for instrumental analysis and chemical separations.

These resources provide chemistry majors with hands-on experience that reflects real-world laboratory environments, preparing them for both employment and graduate study. The department also supports students interested in chemical biology, biochemistry, and materials science by offering tailored lab spaces and additional coursework.

Faculty ensure that laboratory experiences align with lecture courses and degree requirements while fostering safe, independent exploration. The university continually updates its lab technology to reflect current industry standards, helping students stay competitive in chemistry programs nationwide.

These resources are integral to student success, not only meeting academic benchmarks like the minimum grade requirements but also building confidence and competence in technical settings. Overall, Manchester’s facilities help chemistry prepare students for careers in physical sciences, medicine, forensics, and beyond.

Yes. Manchester University encourages chemistry majors to enhance their academic experience by pursuing a double major or a complementary minor. Common pairings with the Bachelor of Science in Chemistry include biology, environmental science, mathematics, and psychology—each of which adds an interdisciplinary perspective and depth to a chemistry bachelor’s education.
For example, students interested in biochemistry or medical school often combine chemistry with biology to strengthen their preparation for professional training. Those intrigued by environmental chemistry or chemical physics may pursue environmental studies or physics as a secondary field.
The flexibility of Manchester’s degree programs and elective courses allows chemistry students to meet degree requirements efficiently, often completing a double major or minor without extending their time to graduation.

Faculty advisors work closely with students to map out course sequences, ensure alignment with major requirements, and maintain a minimum cumulative major GPA. Additionally, pairing chemistry with another discipline can broaden career options in research, teaching, technical writing, or regulatory science.

Whether students are planning for graduate study, professional school, or entry into the workforce, combining chemistry with another academic area strengthens their credentials and expands their scientific and analytical toolkit.