Master of Science in Sustainable Energy Engineering

Program Objectives

This programme is designed to produce cutting-edge energy engineering specialists capable of independently designing, optimising, and managing energy utility systems, particularly in developing-country contexts. Graduates will address critical gaps in energy efficiency expertise for industrial and commercial sectors while serving as a talent pool for doctoral research in specialised energy fields.

Scholarship & Financial Support
Busitema University, in collaboration with TEA-LP, offers scholarships and fee waivers to outstanding and financially disadvantaged students.

How to Apply
To be considered for a scholarship, please complete the official application form: Scholarship Application Form

Key Dates
Application Deadline: May 8, 2026 (Applications are now closed)
Notification of Acceptance into the Programme: Monday, June 2, 2026 (Only accepted students will be notified)
Semester Commencement: August 17, 2026
Registration Deadline: September 18, 2026
Scholarship Selection Date: September 25, 2026 (One week after the registration deadline)
Note: Only students who have been accepted into the programme and completed registration by the deadline will be considered for scholarship selection.

Entry Requirements
  • A Bachelor’s degree in Engineering of at least second class lower division from a recognized university. 
  •  A Bachelor’s degree of at least second class lower division in the Natural Sciences (Chemistry, Industrial Chemistry, Physics or Mathematics)
Career Prospects

The expected benefits from the programme include:

 A continuous source of cutting-edge knowledge personnel, able to independently design and supervise: manufacturing, installation, operation, maintenance and disposal of energy engineering systems. This is much unlike the current situation where there is limited in-country personnel to competently handle such a wide-ranging set of activities.

A continuous source of potential new knowledge and technology creators for the Ph.D. programme. The proposed Ph.D. programme is designed as a contingent extension of this M.Sc.’s research so that the student has an effective four years of continuous research (and development) on an issue.

Not only that, but also graduates of the MSE programme can pursue exciting roles such as: Energy Systems Engineer, Renewable Energy Project Manager, Sustainable Energy Consultant, Energy Efficiency Analyst, Research and Development Engineer in Energy Technologies, University Lecturer or Academic Researcher, Energy Policy Advisor, Industrial Energy Manager. Additionally, the programme offers a strong foundation for students interested in pursuing doctoral studies (Ph.D.) in energy-related disciplines.

Department

Program level

Duration
2 years
Program code
MSE

Master of Science in Artificial Intelligence

Program Objectives

The rapid evolution of computing in the last century has transformed our world. Industries in every field are becoming more and more productive and efficient. The UN highlights the critical role of science, technology and innovation in achieving the Sustainable Development Goal (SDGs).SDG goals cannot be achieved without the effective, appropriate, and inclusive application of science,technology, and innovation. Tjoa (2016) also highlights the enormous potential of ICT to accomplish the SDGs, which cover the three dimensions of economic prosperity, social equity and environmental sustainability in 2030. Adding that no other domain in the recent past had such a strong influence on the development of countries and societies than information and communication technologies (ICTs), especially in driving today’s innovation, efficiency and effectiveness across all sectors. The proposed programme intends to address SDG4 (Quality education) and 9 (Generating employment and income through innovation).

Entry Requirements

To be eligible to apply for the Master of Science in Artificial Intelligence , the candidate must hold any of the following:

  • A Bachelor’s degree in Computer Science of second-class lower division and above from a recognised university, or
  • A Bachelor’s degree of second-class lower division and above in Computer Engineering, or
  •  A Bachelor’s degree of second-class lower division and above in Software Engineering, or
  •  A Bachelor’s degree of second-class lower division and above in an Engineering field or
  • Information Technology with a strong foundation in programming, data structures, algorithms, and mathematics, or any other field of Science with a Computer Science option.
Career Prospects
  • The Master of Science in Artificial Intelligence is aimed at telecom engineers, computer scientists, software developers, researchers, developers of robotic and industrial automation systems, etc., those seeking to enhance their understanding of computer science.

Department

Program level

Duration
2 years
Program code
MSA

Postgraduate Diploma in Computer Forensics

Program Objectives

This Programme focuses on identifying data breaches, phishing, or other cybersecurity threats to a company or government agency. Students learn to identify potential risks, address the underlying problems, and prevent future attacks through appropriate software and forensic tools. Further, Uganda does not have any University currently offering this program, and yet there are so many cases of computer-related crimes being reported in the media, with the lack of qualified professionals who can aid the police in collecting evidence of these crimes.

Entry Requirements

First degree in Computer Engineering, Computer Science, Information Technology, Information Systems, Software Engineering, Network Engineering, Communications Engineering, Telecommunication Engineering, Electrical Engineering, Physics, Mathematics, and Law with at least a Second Class Honors (Lower Division)

Career Prospects

The programme targets students with either legal or computer background who are passionate about acquiring skills and knowledge to conduct high technology investigations for acquiring digital evidence and reporting findings.

Department

Program level

Duration
1 Year
Program code
PCF

Master of Computer Forensics

Program Objectives

The Master of Computer Forensics focuses on identifying data breaches, phishing, or other cybersecurity threats to a company or government agency. Students learn to identify potential risks, address the underlying problems, and prevent future attacks through appropriate software and forensic tools. Further, Uganda does not have any University currently offering this program and yet there are so many cases of computer-related crimes being reported in the media, with the lack of qualified professionals who can aid the police in collecting evidence of these crimes.

Entry Requirements

First degree in Computer Engineering, Computer Science, Information Technology, Information Systems, Software Engineering, Network Engineering, Communication Engineering, Telecommunication Engineering, Electrical Engineering, Physics, Mathematics, and Law with at least second class honors (lower division)

Career Prospects

The programme targets students with either legal or computer background who are passionate about acquiring skills and knowledge to conduct high technology investigations for acquiring digital evidence and reporting findings.

Department

Program level

Duration
2 years
Program code
MCF

Masters of Science in Irrigation and Drainage Engineering

Program Objectives

For the agricultural sector, adaptation to and mitigation of climate change impacts will require more investments in technological, human, and social capital. Of these, investment in human capital that sustainably increases farmers’ access to water resources through irrigation prominently stands out among the viable interventions. Such targeted investment will enable farmers to cope with climate change shocks, accelerating improvements in their livelihoods. This programme, therefore, targets on producing graduates with the capacity to identify opportunities for irrigation and water resources management and offering specialized knowledge and skills for implementation. The graduates will also be able to effectively exploit the vast water resources the country is endowed with in terms of lakes, rivers, swamps, and wetlands, accounting for nearly 18% of the country’s surface area, using significant portions of this resource for enhancing agricultural production.

Entry Requirements
  • Honors Bachelor's Degree in the following fields: Irrigation, Water Resources, Agricultural, Environmental, Civil, Mechanical, Bio-Systems, Agro-processing, and Mining Engineering.
  • Holders of other relevant engineering degrees.
Career Prospects

This programme targets graduates seeking to acquire specialized knowledge and skills in planning, designing, constructing, and managing irrigation and drainage systems to enhance agricultural productivity.

Department

Program level

Duration
2 years
Program code
MID

Master of Science in Materials Engineering

Program Objectives

Master of Science in Materials Engineering is a two-year programme comprising of three semesters of taught courses, followed by one semester devoted to research work leading to a thesis. The courses have been designed to have both a firm theoretical knowledge of materials engineering as well as practical skills that can be transferable and beneficial to the industry, so as to address the skills gap in materials engineering sectors.

Entry Requirements
  • A Bachelor’s degree in Engineering of second class lower division and above. 
  • A Bachelor’s degree of second class lower division and above in Natural Sciences or (Chemistry, Industrial Chemistry, Physics, or Mathematics) 3. 
  • A Bachelor’s degree of second class lower division and above in Technology or Science Technology in the relevant disciplines.
Career Prospects

The development of products demands an understanding of the structural elements and components. Expertise in the area of materials sciences is in high demand in nearly every field. The Master of Science in Materials Engineering is aimed at engineers, scientists, and Technologists working in industry, as well as natural scientists who wish to expand their knowledge in the field of materials science.

Department

Program level

Duration
2 years
Program code
MME
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