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1
- #1
PBroad
Mining
- Mar 27, 2002
- 113
One of the great sucesses of technology institutes is in teaching the "Practice of Engineering". However, we know of Business practice that restricts these technocrats to problem solving in a hands on facility. Several treads on this board highlight this problem, and I could have responded therein. But the problem is more than has been written so far.
It has been said that our growth will be in applications engineering. This however, ignores the the fact that it is hard for a monoped to move forward. What "Engineering" needs is a second leg, which is taught in some top notch schools, but not all, and that is the "Strategy of Engineering".
It is in this field that engineers have historically, and will in the future, play the greatest role. Some see Sustainable Development as something new. However, in a recent book Clem Sunter ("What it really takes to be world class" he stresses the need to be efficient, innovative, well managed and socially and environmentally responsible. The best mining companies have long followed this Anglo-American mantra, but there are also boom & bust operators who fuel Wall Street's endless cycles.
Just as the need for materials and energy drove us underground initially we are driven to explore beyond our solar system. However, when we view "Sustainable Development" we should view it as a fence, not as a wall! As Engineers we need to be the ones who appreciate the limits of our current knowledge. To exploit the benefits of new discoveries (new alloys, or new energy sources), for the elevation of all humanity, and when these do not exist to create them. Therein lies the future of Engineering, not in building the first 200 storey building, but in having fire and rescue services in place when that tower is built.
It has been said that the height of insanity is to continue to do things one way, while expecting variable outcomes. That merely defies the basic laws of Science. As Engineers we need to change the variables, not just to solve mechanical problems. Do this and we can look, not at Engineering five years hence, but in 2 or 3 generations.
It has been said that our growth will be in applications engineering. This however, ignores the the fact that it is hard for a monoped to move forward. What "Engineering" needs is a second leg, which is taught in some top notch schools, but not all, and that is the "Strategy of Engineering".
It is in this field that engineers have historically, and will in the future, play the greatest role. Some see Sustainable Development as something new. However, in a recent book Clem Sunter ("What it really takes to be world class" he stresses the need to be efficient, innovative, well managed and socially and environmentally responsible. The best mining companies have long followed this Anglo-American mantra, but there are also boom & bust operators who fuel Wall Street's endless cycles.
Just as the need for materials and energy drove us underground initially we are driven to explore beyond our solar system. However, when we view "Sustainable Development" we should view it as a fence, not as a wall! As Engineers we need to be the ones who appreciate the limits of our current knowledge. To exploit the benefits of new discoveries (new alloys, or new energy sources), for the elevation of all humanity, and when these do not exist to create them. Therein lies the future of Engineering, not in building the first 200 storey building, but in having fire and rescue services in place when that tower is built.
It has been said that the height of insanity is to continue to do things one way, while expecting variable outcomes. That merely defies the basic laws of Science. As Engineers we need to change the variables, not just to solve mechanical problems. Do this and we can look, not at Engineering five years hence, but in 2 or 3 generations.