A Bachelor of Science (BSc) in Industrial Chemistry at Dedan Kimathi University Of Technology is an undergraduate degree program that focuses on the application of chemistry principles and techniques in industrial settings. It combines theoretical knowledge with practical laboratory experiences to equip students with the skills necessary for a career in the chemical industry.
Qualifications to study Bachelor of Science in Industrial Chemistry at Dedan Kimathi University
To study a Bachelor of Science in Industrial Chemistry Program at Dedan Kimathi University one must have;
KCSE with a minimum aggregate of C+ and
a) C+ in Mathematics, Chemistry and Physics
b) C+ in Mathematics, Chemistry and Biology
c) C+ in Mathematics, Biological Sciences and Physical Sciences
Have a minimum of 2 Principal Passes in Science Subjects in K.A.C.E in which one must be in Chemistry or any other qualification accepted by the university senate
Have a Diploma in Industrial Chemistry or any other relevant field of chemistry with at least a credit pass from an institution recognized by the University Senate
Full time: 4 years
Here are some key aspects and subjects typically covered in a Bachelor of Science in Industrial Chemistry program:
Bachelor of Science in Industrial Chemistry Key Study Areas
1. Core Chemistry Subjects: The program covers core areas of chemistry, including organic chemistry, inorganic chemistry, physical chemistry, analytical chemistry, and biochemistry. Students gain a solid understanding of chemical principles, reactions, and properties.
2. Industrial Chemical Processes: Students learn about the chemical processes used in various industries, such as petrochemicals, polymers, pharmaceuticals, cosmetics, food and beverages, and environmental management. They study chemical reactions, synthesis methods, process optimization, and safety considerations related to industrial-scale production.
3. Chemical Analysis and Instrumentation: The program emphasizes laboratory techniques and instrumental methods used in chemical analysis. Students learn how to conduct qualitative and quantitative analysis, utilize spectroscopic techniques, perform chromatography, and operate other analytical instruments.
4. Chemical Engineering Principles: Students gain an understanding of chemical engineering principles and their application in industrial processes. They learn about mass and energy balances, heat transfer, reaction kinetics, reactor design, and process control. This knowledge allows them to collaborate effectively with chemical engineers in industrial settings.
5. Safety and Environmental Considerations: The program addresses safety practices and environmental regulations related to chemical processes. Students learn about hazardous materials handling, waste management, and sustainable practices in the chemical industry. They develop an awareness of safety protocols and environmental responsibility.
6. Industrial Quality Control: Students learn about quality control methods and techniques used in the chemical industry. They study statistical analysis, quality assurance, quality management systems, and laboratory accreditation. Students gain skills in ensuring product quality and compliance with industry standards.
7. Polymer Science and Technology: Students explore the properties and applications of polymers in various industries. They learn about polymer synthesis, characterization methods, polymer processing techniques, and polymer applications in materials science, plastics, coatings, and adhesives.
8. Research and Laboratory Skills: The program includes laboratory work to develop practical skills in chemical analysis, synthesis, and research methods. Students learn how to design experiments, analyze data, and report their findings. They may also have opportunities to work on research projects under the guidance of faculty or industry professionals.
9. Professional Skills and Communication: The program emphasizes the development of professional skills necessary for success in the chemical industry. Students enhance their communication skills, critical thinking abilities, teamwork, and project management skills. They learn to effectively present scientific information and collaborate with colleagues.
Career opportunities for graduates of a Bachelor of Science in Industrial Chemistry can be found in various sectors of the chemical industry. Graduates may work in areas such as chemical manufacturing, pharmaceuticals, petrochemicals, polymers, coatings, environmental consulting, quality control, research and development, or regulatory compliance. Job roles may include chemical analyst, process chemist, quality control chemist, research assistant, production technician, or technical sales representative.
It’s important to note that specific course offerings and program structures may vary between institutions. If you’re interested in pursuing a Bachelor of Science in Industrial Chemistry, I recommend researching the curriculum and admission requirements of the universities or colleges offering the program to gain a comprehensive understanding of what they offer.
Dedan Kimathi University Application Process
Application forms can be obtained from Dedan Kimathi University of Technology Main Campus and Nairobi Campus or downloaded from the University website www.dkut.ac.ke. One can submit dully filled application forms or apply online from the university website https://www.dkut.ac.ke/index.php/academics/admission/apply-online, upon payment of a non-refundable application fee of Ksh.3, 000 for PhD, Ksh.1, 500 for Masters,Ksh.1, 000, for Undergraduate Degree, Ksh 500/- for Diploma and Certificate Programmes to any of the bank accounts on the application forms.
Registrar (Academic Affairs)
P.O. Box 657 – 10100 Nyeri
Tel: 061- 2050000
Registrar AA office: 0713 835 965 firstname.lastname@example.org
Nairobi Campus: 0710-127516 email@example.com
Marketing office: 0713-123021 firstname.lastname@example.org