Problem Solver

Abdulquadri Oyinlola

Abdulquadri Oyinlola

Areas Abdulquadri Oyinlola is Knowledgeable in:

Mechanical Engineering, electrical engineering, sciences, data exploration, computer aided designing.

Techniques Abdulquadri Oyinlola Uses:

My problem solving technique is a three stage process:
1. Understanding the Problem: when I solve a challenge, my immediate primary aim is to understand fully what the problem is, what are the constraints involved, what are the requirements, what are the specifics and unique conditions to be accounted for etc. Based on these information, I can decide on what approach to take and those to avoid. Asking further questions and gathering extensive information is also imperative in this step.

2. Underlying Ideation: after a full comprehension of the problem, I begin the process of conjuring a solution by looking into broadly all possible existing or novel approach/idea available to tackle the problem (re-inventing a wheel over again isn't practical nor efficient). The thought processes is a time consuming step, but highly essential. Eventually, ideas are generated with most of them being promising, and after much thought on its viability and a feasibility assessment given the challenge constraints, the best of those is selected and used as a basis upon which a solution is developed.

3. Solution Construction: with the base idea in place, all available resources is pulled to fuel the growth and development of the idea into a solution that addresses the problem at hand.

This is basically how I solve.

Abdulquadri Oyinlola's Problem Solving Skills:

  1. Ideation
  2. Analysis and Engineering
  3. Inventor
  4. Conceptual understanding of the primary sciences (chemistry, physics,...)
  5. Data processing and statistics
  6. Research and review expertise
  7. Experienced Problem solver
  8. Design Analysis
  9. General Physics thinking
  10. Mathematical Modeling
  11. Great with Reverse Engineering

Abdulquadri Oyinlola's Problem Solving Experience:

  1. I've been involved in numerous open innovation challenges from many industries and entities – US Reclamation, US Air force engineering corp. I received an award for my contribution in the challenge by proposing a device that mixes highly viscous materials with minimal shear and heat generation. I was largely involved in the initial conceptual design and justification process.