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Article Index
Proposal Report
SUMMARY
ACKNOWLEDGEMENTS
INTRODUCTION
* Why Africa?
WHY SHOULD WE HELP?
* It`s their own fault if they are poor
* Jared Diamond and western (cargo)
* Muhammad Yunus and microcredit
* Ineffective aid
* Unscrupulous people
* The system
* Grameen Bank
* It doesn`t affect us, so why should we care?
* The poor will always be with us
* There is no point in giving aid
* Where does all the money go?
* Africa`s onerous challenges
* Africa`s extreme poverty
* Corruption and poor governance
* Lack of modern values and free market economies
* A population explosion?
* Why not leave it to the United Nations and the world
* The UN
* The governments of the world
* Grassroots movements
THE BENEFITS
THE VENTURE ITSELF
* Adopt a village
* What is needed
* Adopt an educational institute
* How students could be involved
* Forming partnerships and getting funding
* The Earth Institute at Columbia University
* Other partnerships
HOW TO AVOID THE MARIE ANTOINETTE SYNDROME
THE ACTION PLAN
CONCLUSION
SELECTED BIBLIOGRAPHY

4.3       How students could be involved

BCIT students could get involved in this venture in numerous ways. This section gives some suggestions but is by no means exhaustive. Many other ways could surely be found as well.

 As mentioned earlier, students could get credit for taking part in the project itself, by doing research at school, and/or by doing field work in the village. Participating students would bring the skills of their respective technologies to contribute to the whole. Here are some examples:

 -- Civil engineering students could design water management, catchment, conservation, and irrigation systems and techniques, and analyze and test soils for possible well-boring and agricultural uses. They could teach basic water management techniques to the villagers.
-- Civil engineering and architecture/building students could design structures for agricultural storage, water management, schools, clinics, communal kitchens, etc. They could also possibly teach basic carpentry techniques.
-- Electronics and electrical students could set up and operate computer systems, mobile phone systems, and geographic information systems (GPS), develop alternate energy sources and/or connect to existing electricity or other energy sources. They could also teach basic computer, GPS, and electrical skills.
-- Mechanical students could design and/or modify simple machines for farming and other needs and teach basic usage.
-- Management and accounting students could research the feasibility of microcredit and possible funding sources and assist in the implementation and maintenance of a microcredit program and in the set-up of a credible recordkeeping system. They could also research and recommend the integration of the village into the greater local and national economy, including marketable crops and goods, transportation, taxes, etc. They could also teach basic bookkeeping and business principles.
-- Health sciences students could assist in setting up and maintaining a basic heath clinic, ordering supplies, caring for patients, and setting up and maintaining medical and patient records. They could also teach basic hygiene and healthy living techniques, including the use of anti-malarial mosquito nets.

This brief, preliminary list shows that the opportunities for students to get involved are almost unlimited and fit together well with nearly every technology that BCIT offers its students.

The students should be required to write a paper (possibly for the Communication course) describing their experiences in the field and making recommendations on how to improve the program itself, specifics about the delivery of services and products to the village, and/or the student component. Any student presenting reasonable recommendations could receive a $5.00 coffee gift card or other token reward.
 



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