Context and Rationale for Undergraduate Science Curriculum

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    Context andRationale for

    anUndergraduate

    ScienceCurriculum

    Natural & Systems Sciences

    Aga Khan UniversityFaculty of Arts and Sciences, EA

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    The East African Context

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    Forest conversion andexpansion humanse3lement on steep long

    slopes

    Land slides in Mt Elgon

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    Deforesta;on of headwaters

    Land degrada;on and sediment loading in the rivers

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    Lake Victoria

    Sediment plume (40-80 Km long)

    Socio-ecological Collapse

    0

    10000

    20000

    30000

    40000

    50000

    60000

    70000

    80000

    1968 1973 1978 1983 1988

    C a t c

    h ( t

    o n s

    )

    Year

    Tilapine

    Haplochromine

    R.argentea

    L.nilo@ca

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    Hydro Politics/Conflict

    Rainfall in the lake basin declined by10-15 % in therecent years

    Egypt and Sudan noware entitled to 55.5

    billion cm 3 annually Decline dry season baseflow and increasedsediment loading in allmajor riversA 2nd hydropower

    plant, decline in lakelevels. Compliancewith the agreedcurve

    Population of Egypt,Ethiopia and Sudan willincrease from 150M to 340Mby 2050

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    Climate Change Hot Spots

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    The East African Commons: Transboundary Resources

    T h e G r e a t La k e s

    Socio-Ecological Corridors Biological memory (resilience) Epidemiology

    o HIV/AIDS (Lake Victoria Basin; epicenter)o zoono@c diseases (RVF)

    Diffusion of innova@on (Bicycle/motorcycle)

    Hierarchical systems (Spa@al/Ins@tu@onal) Mul@ple agent networks Mul@ple ins@tu@onal regimes

    o State (policy/jurisdic@on)o Non state (markets/innova@on/knowledge)

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    Science, Engineering and Policy Solu;ons

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    Reduc;onist Approaches to Problems

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    Science, Engineering and Policy Solu;ons

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    Proposed Science Degree Programmes

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    Integra@on through planned porosity

    NSS DEBA

    SSH

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    Problem-based learning Present students with contextualized, ill-structured

    problems and challenge them to nd meaningfulsolu@ons:

    Engage curiosity and ini@ate self-directed learning;

    Prepare students to think cri@cally and analy@cally;synthesize rather than assimilate content; integrateknowledge;

    Develop an a tude of collabora@on, inquiry, informa@ongathering, evalua@on of evidence and reec@on;

    Simulate methods of resolving problems in life and career.

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    Curriculum Delivery Ques@on-and-answer dialec@cal approach of and

    Plato and Socrates

    Hegelian thesisan@thesissynthesis dialec@c

    Metacogni@on (learning about learning)

    o What is known about the problem?

    o What needs to be known?

    o What requires more learning?

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    Career Opportuni@es Graduate School

    Faculty Research Laboratories

    Industry (Agriculture, Manufacturing, Energy, Mining Medical) Research Development Entrepreneurs

    Local/Regional Public Service

    Interna@onal Development/Conserva@on Organiza@ons

    Teachers (High school, Middle level Colleges)

    Science Communica@on

    Public Policy

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    Issues

    High School science curriculum are different Tanzania and Uganda have an A-level (two

    years a er O-level Kenya has an O-level curriculum Rwanda and Burundi

    Implica@ons on the content of the founda@on

    courses, especially math Exemp@ons (credits) or preparatory curriculum?

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    Thank You