Master of Science in Global Change and Sustainable Agriculture

Master of Science in Global Change and Sustainable Agriculture

Programme Summery

The Sustainable Development Goals (SDGs), number 1 and 2, have everything to do with agriculture: poverty and hunger have to be halved by 2030. Projections for 2030 have shown hungrier people in Africa than in the early 1990s. Hundreds of millions of children are expected to be born over that period of time, and many of them may become new members of the hunger force. Today, tropical agriculture has been interpreted as food insecurity and hunger driven by land degradation, climate change and population pressure on land. This calls for sustainable land and water resources management to avert the negative trend in the tropics. Tens of millions of lives can be saved from hunger. Practical scientific solutions exist. Agriculture based on area expansion is always detrimental and cannot be designated sustainable unless the forgone ecosystem services are accounted for somehow. Sustainable agricultural development remains an elusive goal and incompletely understood concept by the current generation of agricultural scientists, particularly in many of the world's poorest regions where adoption is low. Low agricultural productivity continues to be a key factor in unsustainable production systems, despite decades of research on soil conservation, breeding and other sustainable practices. The challenge facing University training, researchers and policy analysts is to understand the processes causing low agricultural productivity and how to design mechanisms or a combination of technologies and practices that will provide farmers in developing countries with the economic incentives needed to adopt more sustainable land use and management practices. Many practising African agricultural scientists today have been trained in a single discipline approach, such as soil science, crop science, animal science or food science, and therefore lack a multi-disciplinary approach to address the problem of low agricultural, food insecurity and sustainable development intertwined in the moving target of hunger and increasing population. A graduate program in Global Change and Sustainable Agriculture (GSA) seeks to address the always incomplete concept of sustainable agriculture by generating a critical mass of world-class scientists that have practical intellectual and leadership capacity to offer solutions to the challenges of low agricultural productivity (including people, plants, animals, soil, water, and other resources), environmental health and poverty in the developing world. The programme focus is aligned with vision 2040 and NDPIII. Vision 2040 stresses Science, Technology, Engineering and Innovation (STEI) and industrialization. The NDPIII has its vision as “A Transformed Ugandan Society from a Peasant to a Modern and Prosperous Country within 30 years”. The program duration is two years comprising of two semesters of taught courses, followed by two semesters devoted to research work leading to a thesis. Students gain knowledge and experience in diverse discipline areas and holistic approaches necessary to understand and develop sustainable agriculture to support rural development, alleviate poverty and reach food security, especially in the developing world. The program focuses on multi-disciplinary teaching and research into five major systems: land, water, agriculture, climate and human dimension (society and economic development). The degree program focuses on investigating the internal operational challenges of these systems and the dynamics of their interaction at multiple scales to produce food. Solutions are proposed for their sustainable deployment, focusing on the conservation of; soil resources, biodiversity, and water, in the frame of combating land degradation and climate change. Experiments, participatory research, statistics and mathematical models are the primary investigative tool in our teaching and research to bridge natural and social sciences. The training also prepares one to be a hardworking, dedicated and self-reliant individual with the ability to work with diverse groups of people. In addition, the program cultivates written and verbal communication skills, which enable one to be self-motivated and fit in all walks of life

Entry Requirements

Although a Biology and Chemistry courses are required at ‘O’ level, to be eligible to apply for the Master of Science in Global Change and Sustainable Agriculture, the candidate must hold a Bachelor’s degree of second class lower division and above from a recognized university in any of the following fields; Soil Science, Crop Science, Animal Science, Horticulture, Food Science, Chemistry, Biology, Physics, Agricultural Extension, Agricultural Engineering, Botany, Plant Biotechnology, Forestry, Ecology, Conservation Biology, Natural Resources, Sociology, Geography, Agribusiness, Economics and Social Sciences.

Course Details

First Year Courses

S/N

CODE

COURSE NAME

LH

TH

PH

CH

CU

COMMENT

 

 

YEAR ONE: SEMESTER ONE

 

 

 

 

 

 

1

MSA 7101

Research methods and Graduate Seminars

30

10

30

45

3

CORE COURSE

2

MSA 7102

Soil Ecology

30

10

30

45

3

CORE COURSE

3

MSA 7103

Advanced Soil physics and Water management

30

10

30

45

3

CORE COURSE

4

MSA 7104

Advanced Soil Chemistry

30

10

30

45

3

CORE COURSE

5

MSA 7105

Sustainable Agriculture

30

10

30

45

3

CORE COURSE

6

MSA 7106

Computer Applied Statistics and Biometrics with R and Rmarkdown

30

10

30

45

3

CORE COURSE

7

MSA 7107

Spatial statistics with geostatistics, R and QGIS

30

10

30

45

3

CORE COURSE

 

 

 

 

 

 

 

21

 

 

 

YEAR ONE: SEMESTER TWO

LH

TH

PH

CH

C.U

 

8

MSA 7201

Advanced Plant nutrition and Soil Fertility

30

10

30

45

3

MANDATORY COURSE

9

MSA 7202

Global Change, Planetary Boundaries and Sustainability

30

10

30

45

3

MANDATORY COURSE

11

MSA 7203

GIS and Remote Sensing in Digital agriculture

30

10

30

45

3

MANDATORY COURSE

12

MSA 7204

Global food systems and Feeding a Hungry Planet

30

10

30

45

3

MANDATORY COURSE

13

MSA 7205

Global Ecosystems And Agroecosystems

30

10

30

45

3

MANDATORY COURSE

14

MSA 7206

Ecological Organic agriculture

30

10

30

45

3

MANDATORY COURSE

 

 

 

 

 

 

 

21

 

 

Second Year Courses

S/N

CODE

COURSE NAME

LH

TH

PH

CH

CU

COMMENT

 

 

YEAR TWO: SEMESTER ONE

 

 

 

 

 

 

15

MSA 8101

Advanced Land Use Planning and Policy

30

15

15

45

3

ELECTIVE

16

MSA 8102

Climate Smart Agriculture and green growth

30

15

15

45

3

ELECTIVE

17

MSA 8103

Advanced Agronomy

30

15

15

45

3

ELECTIVE

18

MSA 8104

Climatology and Water cycle

30

15

15

45

3

ELECTIVE

19

MSA 8105

Life Cycle Analysis

30

15

15

45

3

ELECTIVE

20

MPB 8102

Crop physiology

30

15

15

45

3

ELECTIVE

 

 

Sub total

 

 

 

 

6

 

 

 

YEAR TWO: SEMESTER TWO

LH

TH

PH

CH

C.Us

 

21

MSA 8201

Agriculture, food security and international law

30

10

30

45

3

ELECTIVE

22

MSA 8202

Tropical animal husbandry systems and sustainable food production

30

10

30

45

3

ELECTIVE

23

MSA 8203

Postharvest Handling and Value Addition

30

10

30

45

3

ELECTIVE

24

MSA 8204

Gender & Development

30

10

30

45

3

ELECTIVE

25

MSA 8205

Biogas & Alternative Farm Energy Systems

30

10

30

45

3

ELECTIVE

26

MPB 8201

Plant pathology

30

10

30

45

3

ELECTIVE

27

MPB 8104

Agricultural entomology and plant parasitic nematodes

30

10

30

45

3

ELECTIVE

 

 

Sub total

 

 

 

 

6

 

28

MSA 8206

MSc. THESIS

0

0

630

210

12

CORE COURSE

 

 

 

 

 

 

 

 

 

 

 

Grand Total Credit Units (CUs) for MSc.

 

 

 

 

66

 

Target Group

The GLOSA program will be multidisciplinary, and students from a wide range of backgrounds and experiences will be admitted to the program. Consideration will be given to field officers and individuals with first degrees in any of the natural sciences and humanities disciplines, and any other relevant university qualifications and other recognized institutions will be admitted for the program

Aprogramme Name
Master of Science in Global Change and Sustainable Agriculture
Accreditation Status
Accredited
Tuition for East Africans
UGX 1,800,000
Tuition for International Students
UGX 2,700,000
Accreditation Details
Date of Accreditation Date Due for review Comment
22nd/Jan/2024 Jan/2029 Acredited