mboya

Here's an outline of the approach I would adopt for each of the mentioned areas:

Scalability Solutions:

1. Assessment: Understand the current system architecture, identify pain points, and forecast growth projections.
2. Scalability Plan: Develop a roadmap outlining short-term and long-term scalability goals.
3. Technology Stack Evaluation: Assess existing technologies and evaluate alternatives that can better support scalability requirements.
4. Architecture Refactoring: Implement changes to the architecture to introduce scalability patterns like microservices, horizontal scaling, caching strategies, etc.
5. Monitoring and Optimization: Implement robust monitoring tools to track system performance and continuously optimize for scalability.

Team Building:

mboya

# automation methis 'assign_task' to be able to match work with eng based on skills and availability
def assign_task(available_eng, tasks)
  assigned = Hash.new { |hash, key| hash[key] = [] }
  
  tasks.each do |task|
    eng_suited = available_eng.select do |eng|
      eng.availability && ((eng.skills & task.skills_required).sort).eql?(task.skills_required.sort)
    end

    assign = eng_suited.sort_by { |e| assigned[e].sum(&:duration) }.first

mboya

# # When Kevin turns on the machine, the screen displays the symbol '@'. When the button is pressed, the display of the screen changes in the following way:
#  - 1st time button is pressed: '@' turns to '&&'
#  - 2nd time button is pressed: '&&' turns to '&@&@'
#  - 3rd time button is pressed: '&@&@' turns to '&@&&&@&&'
#  - the 4th time the button is pressed: '&@&&&@&&' turns to '&@&&&@&@&@&&&@&@' and so forth.

# Requirements:
#  - Create a function called `count_symbols` that will count the number of '@'s and '&'s that are displayed on the screen after the button has been pressed ñ number of times.

def count_symbols(clicker)