Overview
Philosophy
The proposed syllabus takes into account recent scientific and technical advances in the education and training of engineers. It is relevant and broad-based in line with the requirements of the engineering profession.
Rationale
To improve on its utility, the program has been and will continue to be re-aligned to be consistent with the changing needs of society. It has been developed from a program of three options to the current five distinct areas of study: Environmental Engineering, Irrigation and Water Resources Engineering, Power and Machinery Engineering, Process and Food Engineering and Structures Engineering, each one addressing a unique engineering need in the society. The programme is targeted toward those graduates who would like to practice at a higher level in industry, research and education.
Objectives
Graduates of the University of Nairobi Bio systems Engineering Undergraduate Program are expected to succeed in diverse careers where they integrate and apply principles of engineering and biology to a wide variety of globally important problems. UoN Biosystems Engineering graduates are expected to attain that success by:
- To give additional knowledge and necessary skills to the engineering graduates to enable them to practise at a higher level in industry, research and education.
- Identifying and solving problems at the interface of biology and engineering, using modern engineering techniques and the systems approach,
- Analyzing, designing, and controlling processes and systems that involve critical biological components,
- Demonstrating a professional foundation that includes vision, adaptability, creativity, a practical mindset, effective communication skills, continuing professional growth, and ethical conduct, and
- Working inclusively and equitably in diverse, cross-disciplinary environments towards sustainable solutions.
Schedule of Intakes
The Department admits new students at the beginning of every academic calendar year (which is usually September)
Application Information
You will be required to enter some basic information, including your email address and to choose a password. We will then send you an email to the address you entered, so that we can validate your account. When you have clicked on the validation link (sent to you in the email), you will be able to log in to the application system using the "Login" box below
For instructions on how to apply click here
To apply online here
Mode of Delivery
- Face-to-Face Mode
This is through lectures and tutorials using notes, electronic presentations, instruction manuals, group discussions, practical laboratory demonstrations and fieldwork.
- Open, Distance Learning and e-Learning
In case of delivery through ODeL, special arrangements shall be made for the practical laboratory, field work and computing sessions. Where not feasible alternative arrangements will be made to do them on campus.
- Blended Learning
This is a hybrid of face to face with Open, Distance Learning and e-learning.
Contact of Support Persons
ENGINEERING BLOCK, FIRST FLOOR ROOM 112 & 113
TEL: +254204913522
EMAIL: uon-ebe@uonbi.ac.ke
Notable Alumni
Admission Requirements
Admission Requirements
1. The common regulations for Masters Degree in all Faculties and those of the Faculty of Engineering, of the University of Nairobi, shall apply
2. The following shall be eligible for admission:
2.1 Holders of Bachelor of Science in Engineering with at least upper second-class honors Degree.
2.2 Holders of lower second-class honors Degree in Engineering with either a relevant post-graduate diploma or at least two years of relevant experience.
2.3 Holders of pass Degree in Engineering with either a relevant post-graduate diploma or three years of relevant experience.
Course Excemptions
- A candidate may be exempted up to a maximum of one-third of the taught courses, provided that these are from institutions recognized by the senate of the University of Nairobi.
- Applicants seeking course exemptions shall send a formal application to the Director, Board of Postgraduate Studies through the Dean Faculty of Engineering including justification of request and attach evidence of relevant credentials in support of the request.
- The application shall be processed only after payment of the prescribed fees.
- Applicants will only be exempted from a course offered at a level that is equivalent to what is offered by the University of Nairobi.
Schedule of Intakes
The Department admits new students at the beginning of every academic calendar year (which is usually September).
Structure
Application Information
Application for admission of self - sponsored students is done online and it is open throughout the year the requirements for submitting your application are detailed in the link provided (University of Nairobi Online Application Portal)
Mode of Delivery
- Face-to-Face Mode
This is through lectures and tutorials using notes, electronic presentations, instruction manuals, group discussions, practical laboratory demonstrations and fieldwork.
- Open, Distance Learning and e-Learning
In case of delivery through ODeL, special arrangements shall be made for the practical laboratory, field work and computing sessions. Where not feasible alternative arrangements will be made to do them on campus.
- Blended Learning
This is a hybrid of face to face with Open, Distance Learning and e-learning.
Course Structure and Duration
The programme shall run over a minimum of four semesters and a maximum of ten semesters of fifteen weeks each.
The programme shall consist of two parts.
Part I shall be devoted to coursework i.e. continuous assessment, seminar presentations, written assignments and semester examination.
Candidates shall be required to take twelve courses. Six courses shall be from the list of the core courses and the other six from the list of electives for the area of specialization.
Candidates shall take a maximum of six courses and a minimum of three courses per semester.
Part II shall be devoted to undertaking a research project, thesis production and examination.
Course Outline
1. Part I Core Courses
Code |
Title |
Hours |
FEN 601 |
Mathematical Statistics |
45 |
FEN 602 |
Partial Differential Equations and Complex |
45 |
|
Variables |
|
FEN 604 |
Mechatronics |
45 |
FEB 600 |
Research Methods |
45 |
FEB 601 |
Tensor Analysis |
45 |
FEB 605 |
Fracture Mechanics |
45 |
FEB 606 |
Continuum Mechanics |
45 |
FEB 607 |
Digital Simulation and Measurements |
45 |
FEB 608 |
Analogue Simulation |
45 |
FEB 609 |
Vector Analysis |
45 |
FEB 610 |
Similitude Theory and Applications |
45 |
FEB 611 |
Finite Element Method |
45 |
FEB 614 |
Arbitration |
45 |
FEB 615 |
Principles of Automatic Control |
45 |
FEB 617 |
Engineering Acoustics |
45 |
FEB 619 |
Faculty Seminar |
45 |
FEB 620 |
Machine Vision |
45 |
FEB 691 |
CAD/CAM |
45 |
FEB 692 |
Boundary Element Method |
45 |
FEB 693 |
Computational Fluid Dynamics |
45 |
FEB 702 |
Theory of Elasticity |
60 |
FEB 703 |
Theory of Plasticity |
60 |
FEB 704 |
Viscoelasticity |
60 |
FEB 712 |
Transport Phenomena in Engineering |
60 |
FEB 713 |
Robotics |
60 |
FEB 716 |
Theoretical Soil and Granular Mechanics |
60 |
- 2. Part II Elective Courses
- 1. Environmental Engineering
Code |
Title |
Hours |
FEB 621 |
Pollution Abatement |
45 |
FEB 622 |
Advanced Geographical Information Systems |
45 |
FEB 623 |
Environmental Management |
45 |
FEB 624 |
Landscape Engineering |
45 |
FEB 626 |
Water and Waste Water Treatment Processes |
45 |
FEB 628 |
Management of Soil and Water Salinity |
45 |
FEB 629 |
Watershed Engineering |
45 |
FEB 630 |
Land Use Systems Analysis |
45 |
FEB 631 |
Soil Erosion Processes and Models |
45 |
FEB 632 |
Stream Sanitation |
45 |
FEB 633 |
Water Resources Management |
45 |
FEB 634 |
Environmental Impact Study |
45 |
FEB 635 |
Waste Management |
45 |
FEB 727 |
Sediment Transport Engineering |
60 |
2. Irrigation and Water Resources Engineering
Code |
Title |
Hours |
FEB 626 |
Water and Waste water Treatment Processes |
45 |
FEB 628 |
Management of Soil and Water Salinity |
45 |
FEB 632 |
Stream Sanitation |
45 |
FEB 633 |
Water Resources Management |
45 |
FEB 634 |
Environmental Impact Study |
45 |
FEB 641 |
Planning and Development of Water Resources Projects |
45 |
FEB 642 |
Advanced Irrigation Engineering |
45 |
FEB 643 |
Advanced Drainage Engineering |
45 |
FEB 647 |
Open Channel Hydraulics |
45 |
FEB 727 |
Sediment Transport Engineering |
60 |
FEB 745 |
Surface Water Hydrology |
60 |
FEB 746 |
Groundwater Hydrology |
60 |
FEB 748 |
Compressible Fluid Flow |
60 |
FEB 749 |
Theory of Flow Through Porous Media |
60 |
3. Power and Machinery Engineering
Code |
Title |
Hours |
FEB 650 |
Transport Systems |
45 |
FEB 653 |
Energy Conversion in IC Engines |
45 |
FEB 654 |
Diesel Engines |
45 |
FEB 655 |
Tribology and Design Applications |
45 |
FEB 656 |
Land Vehicle Dynamics |
45 |
FEB 671 |
Analysis of Dynamic Systems |
45 |
FEB 674 |
Advanced Heat Transfer |
45 |
FEB 678 |
State Space Methods for Dynamic Systems |
45 |
FEB 751 |
Combustion Theory |
60 |
FEB 752 |
Soil Machine Dynamics |
60 |
FEB 757 |
Hydrodynamic Lubrication |
60 |
FEB 758 |
Fluid Power Systems |
60 |
FEB 759 |
Modelling Dynamic Systems |
60 |
FEB 773 |
Fundamentals of Thermodynamics |
60 |
4. Process and Food Engineering
Code |
Title |
Hours |
FEN 603 |
Methods Engineering |
45 |
FEB 635 |
Waste Management |
45 |
FEB 662 |
Mechanical Methods in Food Processing |
45 |
FEB 663 |
Thermal Processing of Food |
45 |
FEB 664 |
Biotechnology of Food Processing |
45 |
FEB 665 |
Fermentation Processes |
45 |
FEB 666 |
Manufacturing Processes and Simulation |
45 |
FEB 667 |
Industrial Safety |
45 |
FEB 668 |
Processing of Field Crops |
45 |
FEB 669 |
Product Development |
45 |
FEB 670 |
Theory of Drying |
45 |
FEB 672 |
Rheology of Fluids |
45 |
FEB 675 |
Advanced Refrigeration |
45 |
FEB 694 |
Analysis of Inventory Systems |
45 |
FEB 749 |
Theory of Flow Through Porous Media |
60 |
FEB 751 |
Combustion Theory |
60 |
FEB 773 |
Fundamentals of Thermodynamics |
60 |
5. Structures Engineering
Code |
Title |
Hours |
FEB 650 |
Transport Systems |
45 |
FEB 676 |
Principles of Heat Exchangers |
45 |
FEB 677 |
Advanced HVAC |
45 |
FEB 681 |
Theory of Plates and Shells |
45 |
FEB 683 |
Advanced Geotechnical Engineering |
45 |
FEB 685 |
Structural Dynamics |
45 |
FEB 686 |
Principles of Foundation Analysis |
45 |
FEB 687 |
Earthquake Engineering |
45 |
FEB 688 |
Concrete Shell Design |
45 |
FEB 689 |
Pre-stressed and Pre-cast Concrete |
45 |
FEB 690 |
Advanced Reinforced Concrete |
45 |
FEB 695 |
Energy Method in Mechanics |
45 |
FEB 696 |
Elastic Wave Propagation |
45 |
FEB 759 |
Modelling Dynamic Systems |
60 |
FEB 782 |
Rock Mechanics |
60 |
FEB 784 |
Mechanics of Composites |
60 |
Fees and Funding
MASTER OF SCIENCE IN ENVIRONMENTAL AND BIO SYSTEMS ENGINEERING - F535
|
|||
Year 1 |
Semester 1 – (6 UNITS) |
Semester 2- (6 UNITS) |
TOTAL |
TUITION |
240,000 |
240,000 |
480,000 |
MEDICAL FEE (PER YEAR) |
6,500 |
- |
6,500 |
ICT SERVICES - (PER YEAR) |
7,000 |
- |
7,000 |
LIBRARY (PER YEAR) |
5,000 |
- |
5,000 |
ACTIVITY-( PER YEAR) |
2,000 |
- |
2,000 |
CAUTION - (ONCE) |
5,000 |
- |
5,000 |
REGISTRATION (PER SEMESTER@2250) |
2,250 |
2,250 |
4,500 |
EXAMINATION (PER UNIT @1000) |
6,000 |
6,000 |
12,000 |
ID CARD ( PER YEAR) |
1,000 |
|
1,000 |
STUDENT ORGANISATION(PER YEAR) |
1,000 |
- |
1,000 |
TOTAL |
275,750 |
248,250 |
524,000 |
|
|
|
|
|
|
|
|
Year 2 |
Semester 1 |
Semester 2 |
TOTAL |
TUITION |
240,000 |
240,000 |
480,000 |
MEDICAL FEE (PER YEAR) |
6,500 |
- |
6,500 |
ICT SERVICES - (PER YEAR) |
7,000 |
- |
7,000 |
LIBRARY (PER YEAR) |
5,000 |
- |
5,000 |
ACTIVITY-( PER YEAR) |
2,000 |
- |
2,000 |
REGISTRATION (PER SEMESTER@2250) |
2,250 |
2,250 |
4,500 |
THESIS EXAMINATION |
- |
30,000 |
30,000 |
ID CARD ( PER YEAR) |
1,000 |
- |
1,000 |
STUDENT ORGANISATION(PER YEAR) |
1,000 |
- |
1,000 |
EXAMINATION (PER UNIT @1000) |
- |
- |
- |
TOTAL |
264,750 |
272,250 |
537,000 |
|
|
|
|
Grand TOTAL |
|
|
1,061,000 |
Careers
Attachment Opportunities
1. Land Surveyors:
Land Surveyors are trained professional who works in Government and private sectors for construction companies and contractors. They measure the land accurately, click pictures, and note the distances and angles between them. An aspirant of Environmental engineering can become a land surveyor and focus on the land's environmental factors that need to be considered. The factors include soil type, vegetation, waterways, etc. One can become a Land Surveyor by doing a Civil Engineering course or an Environmental Engineering course.
2. Environmental Scientists:
Environmental scientists are specialists who use their knowledge of the natural sciences to protect and improve the quality of the environment and human life. They advise the government and people about pollution hazards and coordinate with industries to reduce waste and develop new techniques in waste disposal. Environmental Scientists are Ecologists who research the environment's physical, chemical, and biological aspects. An aspirant should complete this Environmental Science or Environmental Engineering degree to become an Environmental Scientist.
3. Natural Resource Specialist:
Natural Resource Specialists are professionals who study, maintain, develop and conserve natural resources. They research the habitats, advance regulations on natural resource, evaluate environmental impacts, and aims to protect vulnerable animals and plants. Natural Resource Specialists are appointed by the Government or State agencies to conduct surveys and research about a particular field. An aspirant should complete this Environmental Science, Environmental Engineering, or Resource Management degree to become a Natural resource Specialist.
4. Environmental Consultant:
Environmental consultants are professionals who give expert advice about managing ecological issues. They indulge in detailed research and prepare a scientific report. The candidate must have technical expertise, scientific knowledge, and keen observational field skills to have a career as an Environmental Consultant. The candidates need to focus on the areas like control of pollution and noise, upshots of agriculture on wildlife and plants, and the sequel of waste management and recycling. An aspirant should have completed a degree in Environmental Engineering or Environmental Science and have a few years of experience to get this post.
5. Wastewater Engineer:
Also known as Sanitary Engineering, Wastewater Engineering is the study of enhancing sanitary methods of human communities by providing the extraction and disposal of human waste. Wastewater Engineers will plan, design, create, manage and repair the wastewater treatment plants. An aspirant should have completed an undergraduate degree in Environmental Engineering, Civil Engineering, or Mechanical Engineering. They are held responsible for the daily operations at water treatment plants and repairs.
6. Energy Efficiency Engineers:
Energy Efficiency Engineers is the study that uses the principles and tools of engineering to develop energy distribution systems. The primary purpose of energy efficiency is to use less energy for some tasks and produce the same results as when more power is used. Energy Efficiency Engineers will use the principles of Maths and Science to conserve energy and protect the existing sources. An aspirant should have completed Environmental Engineering or Energy Systems Engineering to have a career as an Energy Efficiency Engineer.
7. Geotechnical Engineer:
Geotechnical Engineering uses the principles of soil mechanics and rock mechanics to bring solutions to its engineering problems. The subject is most concerned about the engineering behaviour of earth materials. Expertise in Maths, Science and having good Geological knowledge is necessary for a Geotechnical Engineer. An aspirant should have a degree in Environmental Engineering or Geotechnical Engineering.
8. Environmental Compliance Specialist:
An environmental Compliance Specialist is also known as Environmental Compliance Officer. They are responsible for monitoring the Environmental Laws for land, water, gas, energy, etc., which are induced and ensures they are being appropriately followed in the companies, organisations, industries, agencies, etc. An aspirant should have an undergraduate degree in Environmental Law, Chemical Engineering, Environmental Science or any associate field of study.
9. Water Treatment Plant Operator:
The primary role of the Water Treatment Plant Operator is to reduce waste and maintain water resources efficiently for drinking purposes. They also ensure proper care of the waterways like canals, reservoirs, sewage, etc. The other significant work of the workers is to conduct tests on the water quality. It is enough for an aspirant to complete his high school diploma to become a Water Treatment Plant Operator. However, it is preferred for the candidates to have a degree in Water Treatment, Waster Water Management, or Environmental Science.
10. Professor:
Lastly, an aspirant of Environmental Engineering can get into the teaching profession and give lectures on environmental and ecology topics. To become a professor in college, a candidate must complete his Master’s degree in Environmental Engineering or Environmental Science and clear the state and national level entrance exams. The professors assist the students in choosing their stream after completing Environmental Engineering.
Career Prospects
M.Sc. (Environmental and Biosystems Engineering)
Sectors in which Environmental and Biosystems Engineers find work
- Food Security
- Water for crops, livestock and communities
- Manufacturing
- Renewable Energy
- Environment
Exam Regulations
Examination Regulations
The common regulations for the Masters degree in all Faculties shall apply. The examination shall consist of the following two parts:
Part I Written Examinations
-
-
- Each course shall, unless otherwise stated, be examined by a final written paper lasting three hours at the end of each semester.
- Assessment shall be based on the semester examination in each course which shall account for 70% and continuous assessment for 30% of the total marks.
- The pass mark for each course shall be 50%.
- A candidate shall be permitted to proceed to Part II only after passing all Part I courses.
- A candidate who fails in any course may be permitted to re-sit or retake the failed course up to two times during the next regular semester examinations.
- The pass mark obtained after a re-sit examination shall be recorded as 50 % in the candidates transcript while that for a retake shall be the mark obtained at the said sitting.
- A candidate who fails a second re-sit or retake or fails to complete the programme within the prescribed period shall, on recommendation of the Faculty Board of examiners and approval by senate be discontinued.
-
Part II Research Project and Thesis Examination
-
-
- The thesis shall be submitted and examined as specified in the common regulations for Master's Degrees in all Faculties.
- The examination of the thesis shall be based on a research project undertaken in part II of study.
-
Degree Award
Candidates, who pass, shall be awarded the Degree of Master of Science in Environmental and Biosystems Engineering in one of the following areas:
-
- Environmental Engineering
- Irrigation and Water Resources Engineering
- Power and Machinery Engineering
- Process and Food Engineering
- Structures Engineering