In today’s fast-paced, ever-evolving software development landscape, staying ahead of the curve is crucial. Agile methodologies like Scrum have become the go-to approach for delivering high-quality software efficiently. But within the Scrum framework, developers play a pivotal role, and upskilling is key to maximizing their impact. Enter the Advanced Certified Scrum Developer (A-CSD) certification – a powerful tool to elevate your technical prowess and propel your career in the agile space.
What is the A-CSD and why is it important?
The A-CSD certification builds upon the foundation of the Certified Scrum Developer (CSD) qualification. It delves deeper into advanced technical practices and strategies specifically designed to excel in an agile development environment. By earning this certification, you demonstrate:
In-depth understanding of Scrum principles and values: You’ll not only know the mechanics, but also the heart of Scrum, allowing you to navigate complex situations effectively.
Mastery of Agile Development techniques: From Test-Driven Development (TDD) and Continuous Integration/Continuous Delivery (CI/CD) to refactoring and architectural expertise, you’ll possess the technical agility to thrive in iterative cycles.
Enhanced collaboration and communication skills: The A-CSD emphasizes teamwork and stakeholder engagement, equipping you to work seamlessly within Scrum teams and deliver value consistently.
Commitment to continuous learning: Earning this certification signifies your dedication to professional growth and staying at the forefront of agile practices.
Who should consider the A-CSD?
This certification is ideal for:
Experienced Scrum Developers: If you’ve been working in Scrum for a while and want to refine your technical skills and leadership potential, the A-CSD is your next step.
Software Developers transitioning to Agile: Gain a deeper understanding of Scrum and agile development practices to excel in your new role.
Technical Leads and Team Leads: Enhance your ability to guide and support your team in delivering high-quality software iteratively and incrementally.
Anyone aspiring to advance their career in Agile: The A-CSD certification is a recognized industry credential that demonstrates your expertise and commitment to agility, opening doors to exciting opportunities.
Investing in your A-CSD certification is an investment in your future. It empowers you to become a more valuable asset to your team, navigate the ever-changing software landscape with confidence, and unlock exciting career possibilities. So, are you ready to take your agile game to the next level? Start your journey towards A-CSD certification today!
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Lean, Agile & Scrum
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(44) Community Commentapply a modelling technique to visualize the flow of work.
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(36) Community Commentdescribe at least three concepts that help identify improvements to a work system.
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(38) Community Commentdiscuss at least three different types of wastes in product development environments and how they could be addressed in a Scrum Team’s Definition of Done.
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(39) Community Commentpractice formulating and iteratively evolving a Definition of Done (DoD) and identify at least three reasons why and how the DoD should evolve.
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(37) Community Commentdiscuss at least three methods Developers could use to address challenges arising when working with multiple teams on one product.
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(58) Community Commentevaluate at least one improvement you or your team introduced into your way of working as a result of a Retrospective.
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(37) Community Commentdiscuss at least one business perspective on development work.
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Collaboration & Team Dynamics
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(43) Community Commentcompare and contrast at least three different approaches of working together.
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(40) Community Commentapply at least one technique to improve listening and understanding others.
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(42) Community Commentpractice giving and receiving feedback.
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(40) Community Commentapply a collaborative development practice.
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(35) Community Commentdescribe the differences between utilization, efficiency, and effectiveness.
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(40) Community Commentpractice at least one way to size Product Backlog Items so they fit into a Sprint.
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Architecture & Design
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(36) Community Commentexplain at least three differences between up-front and emergent architecture.
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(37) Community Commentexplain at least three design principles that inform agile architecture considerations.
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(32) Community Commentexplain at least three approaches how to design for and verify system constraints, and practice one of them.
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(41) Community Commentcompare and contrast at least three code and product quality metrics.
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Refactoring
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(40) Community Commentdemonstrate at least one approach to refactor a system for maintainability.
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(39) Community Commentexplain at least three possible code and product smells and demonstrate how to approach one of them during refactoring.
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(64) Community Commentexplain refactoring to a non-technical stakeholder.
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(41) Community Commentexplain technical debt, outline at least three causes that lead to technical debt, and discuss how to address one of the causes.
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Test Driven Development (TDD)
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(37) Community Commentrestate at least three guiding principles of TDD and explain why they are necessary.
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(33) Community Commentdemonstrate designing a software or product entity using TDD as a design approach.
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(43) Community Commentapply at least five unit-testing principles and practices.
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(67) Community Commentidentify at least five measures to improve the quality and effectiveness of tests and apply at least three test refactoring approaches.
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(38) Community Commentoutline at least one concept to categorize testing and assign different methods for testing to the different categories.
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(40) Community Commentlist at least three attributes of a test first business facing collaborative approach.
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(40) Community Commentapply at least one approach to implement a test driven feedback loop with stakeholders and users.
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(43) Community Commentapply at least one technique to deal with missing or resource inefficient components or subsystems.
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(40) Community Commentdiscuss at least three different ways to approach technical excellence by validating and improving the inner quality of a system; and practice at least one of them.
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Integrating Continuously
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(41) Community Commentdiscuss at least five areas of concern that need to be dealt with when integrating continuously.
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(40) Community Commentpractice creating a build that is automated, self-testing, and fast.
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(41) Community Commentapply at least one Continuous Integration (CI) approach with a team.
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Learning by Delivering Continuously
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(41) Community Commentdefine Continuous Delivery (CD) and discuss at least three benefits.
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(41) Community Commentdescribe at least three technical practices for Continuous Delivery.
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(42) Community Commentdiscuss at least one approach to incorporate feedback about the expected outcome of a delivery.
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(35) Community Commentoutline a continuous deployment approach.
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