MY LEARNINGS TO BECOME AGILE SCRUM MASTER

 To determine how many story points you can allocate for a sprint, you need to consider the available hours, the number of developers, and the relationship between hours and story points. Here’s how you can calculate it: Step 1: Determine Total Available Hours for the Sprint Given: Total hours for the sprint : 180 hours Number of developers : 3 Step 2: Estimate Story Points Per Developer Assume that one story point represents a certain number of hours of work. For example: 1 story point = 8 hours Each developer has 60 hours available: Hours per developer = 180  hours 3  developers = 60  hours/developer \text{Hours per developer} = \frac{180 \text{ hours}}{3 \text{ developers}} = 60 \text{ hours/developer} Hours per developer = 3  developers 180  hours ​ = 60  hours/developer Given this, the number of story points each developer can handle: Story points per developer = 60  hours 8  hours/story point = 7....

 To determine how many sprints it will take to complete 59 user stories and how many story points to assign to each user story, we need to break this down step-by-step: Step 1: Estimate the Story Points Assess the Complexity : First, you need to estimate the complexity of each user story. Story points are often assigned based on factors like effort, risk, and complexity. Use techniques like planning poker or t-shirt sizing to estimate. Typical Scale : Story points are often estimated using Fibonacci-like sequences (e.g., 1, 2, 3, 5, 8, 13, 21) or other scales that represent effort. Step 2: Determine Team Velocity Velocity : Velocity is the number of story points a team can complete in one sprint. For example, if the team completes 30 story points in a 2-week sprint, their velocity is 30. Historical Data : If the team has historical data, use that to determine their average velocity. If not, start with a rough estimate based on team capacity. Step 3: Calculate Number of Sprints Once...

 To determine how many sprints it will take to complete 59 user stories and how many story points to assign to each user story, we need to break this down step-by-step: Step 1: Estimate the Story Points Assess the Complexity : First, you need to estimate the complexity of each user story. Story points are often assigned based on factors like effort, risk, and complexity. Use techniques like planning poker or t-shirt sizing to estimate. Typical Scale : Story points are often estimated using Fibonacci-like sequences (e.g., 1, 2, 3, 5, 8, 13, 21) or other scales that represent effort. Step 2: Determine Team Velocity Velocity : Velocity is the number of story points a team can complete in one sprint. For example, if the team completes 30 story points in a 2-week sprint, their velocity is 30. Historical Data : If the team has historical data, use that to determine their average velocity. If not, start with a rough estimate based on team capacity. Step 3: Calculate Number of Sprints Once...

Deciding how many stories and story points to allocate to a 2-week sprint involves understanding the team’s capacity, the complexity of the tasks, and the team’s past performance. Here's how you can approach this in an easy-to-understand way: Steps to Decide Stories and Story Points Understand Team Capacity: Team Members and Availability: Know how many team members are available and how many hours they can work. For example, if you have 3 developers working 6 hours per day, over 10 working days, the total available time is: 3  developers × 6  hours/day × 10  days = 180  hours 3 \text{ developers} \times 6 \text{ hours/day} \times 10 \text{ days} = 180 \text{ hours} 3  developers × 6  hours/day × 10  days = 180  hours Estimate Story Points: Story Points: These represent the effort and complexity of a task, not just time. They help compare how hard or easy different tasks are. For example: Small task = 1 point Medium task = 3 points Large task = 5...

 To calculate how many user stories can be assigned in a 2-week sprint with 3 developers and 1 QA, where each developer works 6 hours per day, we need to consider the total available hours and how many story points the team can realistically complete. Example Calculation Assumptions: Sprint Duration: 2 weeks (10 working days). Work Hours per Day per Developer: 6 hours. Total Developer Hours: 3 developers × 6 hours/day × 10 days = 180 hours. Work Hours per Day for QA: 6 hours. Total QA Hours: 6 hours/day × 10 days = 60 hours. Average Velocity: Assume the team typically completes 25 story points per sprint. Estimating User Stories Allocate Story Points to Developers: Let’s assume each story is 5 story points. If each story requires approximately 30 developer hours (5 story points/story), the developers could handle 6 stories: 180  developer hours 30  hours per story = 6  stories \frac{180 \text{ developer hours}}{30 \text{ hours per story}} = 6 \te...

 The Agile Manifesto also includes 12 principles that guide Agile teams. Here’s a simple explanation of each principle with examples: 1. Satisfy the customer through early and continuous delivery of valuable software. Explanation: Keep your customers happy by giving them useful updates often. Example: If you’re making a video game, give your friends a new level to play every week instead of waiting until the whole game is finished. 2. Welcome changing requirements, even late in development. Explanation: Be open to changes, even if they come late. Example: If you’re building a treehouse and your friend suddenly wants a slide, try to add it even if you’re almost done. 3. Deliver working software frequently, from a couple of weeks to a couple of months, with a preference for the shorter timescale. Explanation: Share small, working pieces often rather than one big project at the end. Example: If you’re writing a story, show a new chapter every week instead of waiting until the wh...

To implement WhatsApp features into Jira’s structure with a focus on Epics, you'll be organizing these features into high-level categories that can be broken down further into User Stories, Tasks, and Subtasks. Here's how you can approach it: 1. Identify Core WhatsApp Features Start by identifying the core features of WhatsApp that need to be implemented. These might include: Chat Functionality Voice and Video Calls Status Updates Contact Management Notifications Media Sharing (Images, Videos, Documents) Security Features (End-to-End Encryption) Group Chat 2. Create Epics for Each Feature Each core feature of WhatsApp should be represented as an Epic in Jira. Epics are large bodies of work that encompass related tasks and User Stories. Example of Epics for WhatsApp Features: Epic 1: Implement WhatsApp Chat Functionality This Epic would include everything related to the basic chat system, such as sending and receiving messages, managing chat history, and message delivery status....