Breaking it Down: Problem Solving through Strategic Chunking

With a focus on strategic thinking, Dr. Suleman Shahid kicked off the event by highlighting the importance of breaking complex problems into manageable components. Through engaging questions and a step-by-step algorithm for solving the Rubik's Cube, participants were immersed in the world of strategic chunking.

Dr. Waqas Ali Azhar extended the discussion with the classic Tower of Hanoi problem, challenging participants to unravel its complexities. He emphasized how breaking down the problem into smaller, similar components allows for a more generalized and effective solution.

The highlight of the session was a hands-on bridge-making activity. Participants were tasked with constructing paper bridges, with the challenge to create the strongest and longest bridge. Dr. Suleman introduced an element of friendly competition, adding a layer of excitement to the learning process.

To delve into the mathematics behind bridges, Dr. Waqas explained various bridge types and components, concluding with an illustrative example of weight distribution on a Truss bridge. The session concluded on a festive note, with warm New Year wishes from the faculty and the distribution of certificates to all participants as a token of appreciation.

Here are some highlights from the event:

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Instructors:

Dr. Waqas Ali Azhar
Adjunct Faculty of Mathematics, LUMS.

Dr. Suleman Shahid
Associate Professor of Computer Science, LUMS.