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KILIMANJARO YETU
Academic Programmes August 29, 2026

Bachelor of Science in Chemical and Process Engineering

August 29, 20263 min read

Programme Description

The Bachelor of Science in Chemical and Process Engineering program is designed to equip students with the knowledge and skills necessary to become highly trained processing engineers who can effectively and sustainably utilize potential resources while maintaining environmental responsibility. The program provides a comprehensive academic training to ensure that graduates are well prepared to work efficiently in the processing industry. Additionally, practical exposure is integrated into the program, allowing students to apply their knowledge in real world scenarios. Upon completion of the program, graduates will possess the necessary qualifications to meet the requirements for professional registration and pursue higher-level careers in the chemical and process industry. Overall, the Bachelor of Science in Chemical and Process Engineering program strives to produce well-rounded graduates who can contribute to the processing industry in an environmentally responsible manner while maintaining the highest standards of professionalism. 70

Learning Outcomes

  • Identify the needs of the society and demands of the 21st century and be able to improve the quality of life.
  • Describe/demonstrate the principles of chemical engineering design and identity their application for sustainable development.
  • Identify, analyze, interpret and solve problems of chemical and allied industries by using modern techniques, engineering tools, research, and innovation.
  • Define and demonstrate safety principles and practices in process industries.
  • Recognize and employ professional and ethical responsibilities.
  • Work in multidisciplinary teams.
  • Serve on managerial positions within the chemical and associated industries.
  • Demonstrate and identify life cycle environmental impacts of chemical and allied industries and their mitigation measures.
  • Communicate effectively the technical knowledge, skills, and training.
  • Engage in life-long learning and professional development.

Programme Structure

Year 1

Semester One

Code Course Title Status Credits
LG 102 Communication Skills Core 7.5
DS 102 Development Perspectives Core 7.5
CP 111 Principles of Programming Core 9
MT 1113 Engineering Mathematics I Core 9
MN 111 Engineering Drawing Core 7.5
RE 111 Engineering Mechanics I Core 7.5
RE 112 Fundamentals of Electrical Engineering Core 7.5
CPE 111 Principles of Chemical and Process Engineering Core 7.5

Semester Two

Code Course Title Status Credits
CPE 122 Electrical Engineering Core 10.5
MT 1212 Engineering Mathematics II Core 9
CH 1206 Basic Inorganic Chemistry for Engineers Core 7.5
CH 1207 Physical Chemistry Core 7.5
CH 1201 Organic Chemistry I Core 9
MN 121 Computer Aided Drafting Core 7.5
CP 123 Introduction to High-Level Programming Core 9

Year 2

Semester One

Code Course Title Status Credits
CPE 211 Chemical Engineering Laboratory I Core 6
RE 212 Design Methodology and Practice Core 1E+1
MP 212 Mass and Energy Balances Core 7.5
MP 211 Fluid Mechanics Core 7.5
MT 2112 Engineering Mathematics III Core 9
RE 213 Strength of Materials I Core 7.5
RE 211 Engineering Mechanics II Core 7.5
CPE 129 Practical Training I Core 9.6

Semester Two

Code Course Title Status Credits
CPE 221 Unit Operations I Core 7.5
CH 1102 Basic Analytical Chemistry Core 9
MN 223 Engineering Thermodynamics Core 10.5
MP 221 Chemical Reaction Engineering Core 10.5
PE 225 Heat and Mass Transfer Core 7.5
RE 222 Strength Of Materials II Core 7.5
MT 2215 Engineering Mathematics IV Core 9

Year 3

Semester One

Code Course Title Status Credits
CPE 311 Engineering Economics Core 7.5
CPE 312 Unit Operations II Core 9
CPE 313 Chemical Engineering Laboratory II Core 7
CPE 314 Process Plant Equipment Design Core 7.5
PE 313 Instrumentation and Process Control Core 7.5
RE 313 Corrosion Principles and Control Core 7.5
CPE 229 Practical Training II Core 9.6

Semester Two

Code Course Title Status Credits
CPE 321 Industrial Automation Core 9
CPE 322 Research Methods Core 7.5
CPE 323 Quality Control and Management Core 7.5
CPE 324 Material Science Core 7.5
CPE 325 Process Modelling and Simulation Core 9
CPE 326 Chemical Engineering Laboratory III Core 7.5
CPE 327 Fermentation Process Core 7.5
CPE 316 Pulp and Paper Technology Core 7.5
CPE 328 Pharmaceutical Technology Core 9
CPE 315 Process Technology I Core 9
ES 313 Environmental Planning and Assessment Core 1E+1

Year 4

Semester One

Code Course Title Status Credits
CPE 411 Bio-Process Engineering Core 9
CPE 412 Petrochemicals and Lubricants Core 7.5
CPE 413 Final Year Project I Core 7.5
PE 414 Natural Gas Processing Technology Core 7.5
CPE 414 Industrial Ecology and Cleaner Technology Core 7.5
MN 415 Entrepreneurship and Management Core 7.5
CPE 329 Practical Training III Core 9.6

Semester Two

Code Course Title Status Credits
CPE 421 Chemical Process Plant Design Core 9
RE 421 Industrial Safety and Maintenance Core 7.5
CPE 422 Safety in Chemical Industries Core 7.5
CPE 423 Final Year Project II Core 10.5
PE 425 Contracts and Project Management Core 7.5
MN 421 Engineering Ethics and Professional Conduct Core 6
RE 413 Energy Systems Modelling Elective 7.5
RE 424 Energy Efficiency, Management, and Audit Elective 1E+1
MG 221 Organizational Behaviour Elective 8
HR 121 Principles and Practices of Human Resource Management Elective 9
CPE 415 Process Technology II Other 9
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