Welcome to the  Department of Chemistry

Undergraduate Programs

The Bachelor of Science (B.Sc.) in Chemistry is typically a four-year program for regular, full-time students. This degree is designed to provide a comprehensive and rigorous education in the core areas of chemistry: organic, inorganic, analytical, and physical chemistry. The curriculum includes extensive laboratory work, coursework, and often a senior research project. For students on an extension or part-time schedule, the duration to complete the program can be extended to five or six years, depending on the specific credit load taken each term. This flexibility allows students to balance their studies with work or other commitments.

• B.Sc .in Chemistry

Graduate profile

Upon graduation, a B.Sc. in Chemistry student is a versatile problem-solver with a strong foundation in the "central science." The graduate is skilled in fundamental laboratory techniques and the safe handling of chemicals. They possess a deep understanding of the core principles of Organic, Inorganic, Analytical and Physical chemistry as well as  Biochemistry, and Environmental Chemistry. The graduate is able to analyze and interpret chemical data, design and conduct experiments, and communicate scientific findings effectively, both in writing and orally.

Potential employers of Biotechnology graduates includes

The career paths and potential employers for chemistry graduates vary significantly based on the level of their degree. A higher degree often leads to roles with more responsibility, research focus, and leadership opportunities.

Bachelor's Degree (B.Sc. in Chemistry)

Graduates with a bachelor's degree in chemistry are well-suited for entry-level positions in a wide range of industries. They are essential for laboratory operations, quality control, and technical support. Potential employers include:

• Pharmaceutical and Biotechnology Companies: Roles in quality control, manufacturing, and R&D support.
• Chemical Manufacturing Companies: Positions as lab technicians, process technicians, and quality assurance analysts.
• Government Agencies: Opportunities in environmental protection, forensic science labs (e.g., crime labs), and public health departments.
• Food and Beverage Industry: Jobs in food safety, quality assurance, and product development.
• Consumer Products (Cosmetics, Cleaning Supplies): Roles in R&D and quality control for product formulation.
• Education: Teaching high school chemistry.

Master's Programs

A Master of Science (M.Sc.) in Chemistry is a graduate-level program that typically takes two years for regular, full-time students to complete. These programs are more specialized than undergraduate degrees, often focusing on a particular sub-discipline like Organic, analytical Physical and Inorganic chemistry. Students usually engage in advanced coursework and a significant research project, culminating in a master's thesis or a capstone project. For extension students, the program duration can be stretched to three or four years to accommodate a reduced course load.

Masters or Specializations:-

• Analytical Chemistry
• Organic Chemistry
• Physical Chemistry
• Inorganic Chemistry

Graduate profile

A Master's degree in Chemistry graduate is a specialized professional with advanced theoretical knowledge and sophisticated laboratory skills. They have a deeper understanding of a specific sub-discipline, such as Organic, Analytical, Physical or  Inorganic chemistry, and are proficient in using advanced scientific instruments for research and analysis. The graduate is capable of designing, executing, and managing complex research projects, critically evaluating scientific literature, and contributing to the body of chemical knowledge through their own research. They are also skilled at communicating complex scientific information to both technical and non-technical audiences.

Potential employers of Biotechnology graduates includes

Graduates with a master's degree possess more specialized knowledge and are often sought after for roles that require a higher level of technical skill and research capability. They can lead small teams, manage projects, and take on more independent work. Potential employers include:

• Pharmaceutical and Biotech R&D: Research scientist positions, clinical research associates, and product development roles.
• Specialized Labs: Employment in analytical testing labs, forensic labs, and environmental consulting firms.
• Chemical and Materials Companies: Roles as senior chemists, research scientists, and process development specialists.
• Government and Regulatory Bodies: Positions in regulatory affairs and advanced research within agencies like the CDC or NIH.
• Academia: Working as a lab manager, research associate, or community college instructor.

PhD Programs

The Doctor of Philosophy (PhD) in Chemistry is the highest academic degree in the field, primarily focused on original research. The regular time to complete a PhD program is between four to six years. The first one to two years are typically dedicated to advanced coursework and passing qualifying exams, while the remaining time is spent on intensive, independent research under the guidance of a faculty advisor. The program culminates in the writing and defense of a dissertation. PhD programs do not usually have a formal "extension" track in the same way as undergraduate or master's degrees, but the completion time can be flexible depending on the research progress.

• PhD Organic chemistry (Natural products)

Graduate profile

A Ph.D. in Chemistry graduate is a highly specialized and independent researcher, an expert in their chosen field of study. Their profile is defined by their ability to conduct original, independent research and to innovate within their discipline. They possess a deep, comprehensive knowledge of their specific research area, as well as a broad understanding of the field as a whole. A Ph.D. graduate is a leader, capable of managing complex projects, mentoring junior scientists, and securing research funding. Their skills extend beyond the laboratory to include critical thinking, problem-solving, and the ability to articulate complex scientific ideas in both publications and presentations. The Ph.D. is the gold standard for those aspiring to careers in advanced research, academia, and leadership roles in the chemical and pharmaceutical industries.

Potential employers of Biotechnology graduates includes

A PhD in Chemistry is the gateway to careers in advanced research, academia, and leadership. These graduates are experts in their fields, capable of leading independent research programs and driving innovation. Potential employers include:

• Academia: Professor and research positions at universities and colleges.
• Pharmaceutical and Biotech Companies: Senior research scientist, principal investigator, and R&D management roles.
• National Laboratories and Government Research Agencies: Scientists and project leaders at institutions like the  quality and standards Authority of Ethiopia (QSAE) or Ministry of Mines and Petroleum (Ethiopia)
• Start-ups and Venture Capital: Roles in technical advising, business development, and entrepreneurial ventures.
• Consulting Firms: Technical consultants for a variety of industries, including pharmaceuticals, intellectual property, and environmental safety.
• Patent Law: Serving as a technical advisor or patent agent for a law firm.