15 customisable OKR examples for Quality Assurance Engineer
What are Quality Assurance Engineer OKRs?
The Objective and Key Results (OKR) framework is a simple goal-setting methodology that was introduced at Intel by Andy Grove in the 70s. It became popular after John Doerr introduced it to Google in the 90s, and it's now used by teams of all sizes to set and track ambitious goals at scale.
How you write your OKRs can make a huge difference on the impact that your team will have at the end of the quarter. But, it's not always easy to write a quarterly plan that focuses on outcomes instead of projects.
We have curated a selection of OKR examples specifically for Quality Assurance Engineer to assist you. Feel free to explore the templates below for inspiration in setting your own goals.
If you want to learn more about the framework, you can read our OKR guide online.
Building your own Quality Assurance Engineer OKRs with AI
While we have some examples available, it's likely that you'll have specific scenarios that aren't covered here. You can use our free AI generator below or our more complete goal-setting system to generate your own OKRs.
Feel free to explore our tools:
- Use our free OKR generator
- Use Tability, a complete platform to set and track OKRs and initiatives, including a GPT-4 powered goal generator
Our customisable Quality Assurance Engineer OKRs examples
We've added many examples of Quality Assurance Engineer Objectives and Key Results, but we did not stop there. Understanding the difference between OKRs and projects is important, so we also added examples of strategic initiatives that relate to the OKRs.
Hope you'll find this helpful!
1. OKRs to enhance release quality and punctuality
Enhance release quality and punctuality
Reduce the number of defects at release by 25%
Conduct regular training sessions for technical staff
Enhance the product development process for fewer mistakes
Implement rigorous quality assurance checks prior to release
Increase beta testing satisfaction score by 15%
Improve communication with beta testers about updates and bug fixes
Implement user suggestions to make products more user-friendly
Develop a rewards system to incentivize participation and feedback
Deliver all project milestones 5 days before the due date
Enhance team efficiency with task management tools to meet early deadlines
Start planning and organizing tasks five days ahead of initial schedule
Consistently review project progress to anticipate any potential delays
2. OKRs to implement a flawless DevOps pipeline
Implement a flawless DevOps pipeline
Deliver 100% of production deployments without rollback or hotfix
Implement thorough QA testing before each deployment
Establish a robust and effective pre-deployment review system
Regularly update and educate team on best deployment practices
Increase developer satisfaction rate with the pipeline to above 90% by addressing identified bottlenecks
Monitor and measure developer satisfaction post-implementation
Conduct surveys to identify the current pipeline bottlenecks
Implement optimization solutions for identified bottlenecks
Reduce pipeline failure rate by 50% through process optimization and automated testing
Optimize current processes to eliminate bottlenecks
Identify top causes of pipeline failure and address
Implement automated testing within the pipeline process
3. OKRs to implement a robust chaos testing system in our production environment
Implement a robust chaos testing system in our production environment
Achieve 90% system resilience score post chaos testing and fixing identified vulnerabilities
Develop resolutions for identified system weaknesses
Measure system resilience post-fix, aiming for 90% score
Implement chaos testing to identify system vulnerabilities
Identify and document 10 potential points of system failure by month-end
Compile findings into comprehensive document
Review system for possible vulnerabilities or weaknesses
Record 10 potential failure points
Develop and deploy chaos experiments to simulate 50% of identified points of failure
Implement and execute the chaos experiments
Design chaos experiments to simulate these failures
Identify the key potential failure points in the system
4. OKRs to improve Continuous Integration process efficiency
Improve Continuous Integration process efficiency
Achieve 100% compliance with CI pipeline best practices and standards
Establish regular monitoring and auditing of the CI pipeline to ensure ongoing compliance
Implement automated code quality checks and testing at every stage of the pipeline
Conduct a thorough review and update of the existing CI pipeline processes
Provide comprehensive documentation and training on CI pipeline best practices and standards
Decrease average CI build time by 15%
Implement caching mechanisms to reduce redundant computations and speed up builds
Upgrade hardware resources and infrastructure for faster build execution
Optimize build script to parallelize tasks and reduce dependencies
Identify and remove unnecessary or redundant steps from the build process
Reduce CI build failures by 20% through automated validation
Incorporate a smoke test suite to quickly identify fundamental failures
Regularly review and update test cases to ensure effectiveness and relevance
Create comprehensive unit and integration test suites for continuous integration
Implement static code analysis tool to catch potential issues early
Increase test coverage of CI builds by 10%
5. OKRs to enhance quality control testing effectiveness
Enhance quality control testing effectiveness
Decrease defects found post-release by 20%
Incorporate more rigorous beta testing phases
Improve training for software developers
Implement thorough quality assurance procedures
Initiate 100% of staff into new quality-control training program
Create an informative and engaging training schedule
Identify and list all staff requiring the new training
Begin rollout of quality-control training to all staff
Increase test coverage rate to 90%
Identify areas of the code lacking sufficient testing
Implement and regularly update tests to maintain coverage
Develop comprehensive, relevant tests for those areas
6. OKRs to elevate overall test coverage across all features
Elevate overall test coverage across all features
Implement a process for monitoring and increasing test coverage on an ongoing basis
Implement a continuous test coverage monitoring system
Develop strategies to continuously improve test coverage
Identify existing areas lacking sufficient test coverage
Identify and address 30% of areas with low test coverage across existing features
Prioritize these features based on importance
Identify features with less than 70% test coverage
Develop and implement tests to increase coverage
Achieve 70% code coverage for all new features developed in the next quarter
Conduct reviews and refactoring sessions to improve coverage
Implement mandatory unit tests for all newly developed features
Monitor code coverage regularly using suitable tools
7. OKRs to foster continuous improvement on Engineering metrics
Foster continuous improvement on Engineering metrics
Achieve a 10% increase in team's average productivity metrics
Introduce incentives for meeting or surpassing productivity goals
Implement training sessions to improve skills and efficiency
Optimize workflow by eliminating unnecessary procedures
Implement weekly trend analysis reports for every team member
Schedule and distribute weekly trend analysis to each team member
Establish report templates to track weekly trends for each team
Automate data collection and trend analysis processes
Reduce error rates in engineering processes by 15%
Enhance quality control and testing procedures
Regularly review and improve existing engineering processes
Implement training programs to update engineering knowledge and skills
8. OKRs to increase test automation coverage to 80%
Increase test automation coverage to 80%
Develop and implement 20% more automated tests every month
Identify areas needing additional automated tests
Integrate tests into existing system
Write and validate new automations
Maintain less than 5% failure rate in our automated tests
Provide ongoing team training on test creation
Implement rigorous quality assurance processes
Regularly review and update the automated tests
Improve average test execution time by 15%
Implement more effective test optimization strategies
Upgrade server hardware to boost processing power
Train staff in efficient testing procedures
9. OKRs to implement efficient test automation processes
Implement efficient test automation processes
Reduce manual testing work by 40% through customized automated scripts
Implement and monitor the automated scripts’ efficacy regularly
Develop customized automated scripts for these processes
Identify repeated manual testing processes suitable for automation
Successfully automate 70% of all repetitive tests while maintaining accuracy
Research suitable automation tools or software
Implement, monitor, and adjust automated processes accordingly
Identify and catalog all existing repetitive tests
Achieve a 30% decrease in software bugs and glitches through automated testing enhancement
Regularly evaluate and refine our testing processes
Train developers in advanced automated testing
Implement enhanced and rigorous automated testing protocols
10. OKRs to accelerate product scalability for multi-tenant utilization
Accelerate product scalability for multi-tenant utilization
Increase software load capacity by at least 20% to handle increased users
Optimize software code to enhance efficiency
Evaluate current server capabilities and identify limitations
Upgrade or add additional servers to bolster capacity
Develop and test five new multi-tenant friendly features for our product
Design and develop five new features based on the research
Conduct market research to identify potential multi-tenant friendly features
Execute thorough testing of these features before release
Achieve 100% bug-free certification for our multi-tenant product construction
Conduct thorough and regular product performance testing
Implement quick, effective bug-fixing procedures
Invest in quality assurance training for the team
11. OKRs to achieve optimal efficiency in engineering operations
Achieve optimal efficiency in engineering operations
Lower engineering error rates by 10% through enhanced quality control measures
Regularly monitor and review error reports
Conduct regular training for quality control measures
Implement rigorous testing protocols for every engineering process
Reduce operation downtime by 20% through improved preventative maintenance procedures
Implement strict equipment servicing and inspection schedules
Develop detailed preventative maintenance protocols
Train personnel in efficient troubleshooting techniques
Increase operational efficiency by 15% via process improvement initiatives
Implement new strategies to streamline processes
Regularly assess and adjust improvements for optimal efficiency
Identify inefficiencies in current operational procedures
12. OKRs to revamp system solutions to maximize quality
Revamp system solutions to maximize quality
Increase defect detection rate by 30% through enhanced testing procedures
Consistently conduct thorough manual code reviews
Train staff in comprehensive software testing methodologies
Implement in-depth automated testing tools and systems
Achieve 95% client satisfaction rate with improved system performance and utilities
Develop and optimize system utilities based on client needs
Conduct regular client feedback surveys to measure satisfaction
Implement robust system maintenance routine to enhance performance
Reduce system breakdown incidents by 50% to ensure quality reliability
Implement regular preventive maintenance for all system components
Update outdated hardware and software regularly
Train staff on proper system usage and troubleshooting
13. OKRs to build a high-quality MVP product for the targeted market segment
Build a high-quality MVP product for the targeted market segment
Complete robust product design involving the critical feature set by week 6
Develop and refine design mock-ups integrating critical features by week 4
Identify and outline critical features for product design by week 2
Finalize and complete robust product design by week 6
Obtain positive feedback on the MVP from at least 80% of our beta testers
Reach out to beta testers for feedback
Implement suggestions to improve MVP
Follow up for positive feedback confirmation
Finalize MVP development and resolve all identified bugs by week 10
Organize team to address bugs sequentially
Review and sort identified bugs by priority
Finalize development of MVP by week 10
14. OKRs to develop comprehensive USB chip for government use
Develop comprehensive USB chip for government use
Finalize chip design and specifications by testing 5 different iterations
Evaluate test results and finalize chip design and specifications
Conduct thorough testing on each design iteration
Create 5 different chip design iterations for testing
Manufacture a batch of 500 fully functioning and quality-assured chips
Arrange raw materials and necessary manufacturing machinery
Design technical specifications and blueprint for the chip
Implement robust quality control inspections post-production
Accomplish 100% successful installation in government systems without data breach incidences
Monitor the installation process extensively for any unauthorized access
Conduct regular system audits to identify potential weaknesses post-installation
Implement robust security protocols before installation commences
15. OKRs to enforce coding standards to prevent new tech debt
Standardize coding practices for debt reduction
Conduct training sessions to educate all team members
Reduce tech debt backlog by 50% through enforcement of standards
Develop and implement updated coding standards
Conduct quarterly reviews to ensure adherence to standards
Quality Assurance Engineer OKR best practices to boost success
Generally speaking, your objectives should be ambitious yet achievable, and your key results should be measurable and time-bound (using the SMART framework can be helpful). It is also recommended to list strategic initiatives under your key results, as it'll help you avoid the common mistake of listing projects in your KRs.
Here are a couple of best practices extracted from our OKR implementation guide 👇
Tip #1: Limit the number of key results
Having too many OKRs is the #1 mistake that teams make when adopting the framework. The problem with tracking too many competing goals is that it will be hard for your team to know what really matters.
We recommend having 3-4 objectives, and 3-4 key results per objective. A platform like Tability can run audits on your data to help you identify the plans that have too many goals.
![Tability Insights Dashboard](https://tability-templates-v2.vercel.app/_next/static/media/tability-insights-board.e70f9466.png)
Tip #2: Commit to weekly OKR check-ins
Setting good goals can be challenging, but without regular check-ins, your team will struggle to make progress. We recommend that you track your OKRs weekly to get the full benefits from the framework.
Being able to see trends for your key results will also keep yourself honest.
![Tability Insights Dashboard](https://tability-templates-v2.vercel.app/_next/static/media/checkins-graph.b2aec458.png)
Tip #3: No more than 2 yellow statuses in a row
Yes, this is another tip for goal-tracking instead of goal-setting (but you'll get plenty of OKR examples above). But, once you have your goals defined, it will be your ability to keep the right sense of urgency that will make the difference.
As a rule of thumb, it's best to avoid having more than 2 yellow/at risk statuses in a row.
Make a call on the 3rd update. You should be either back on track, or off track. This sounds harsh but it's the best way to signal risks early enough to fix things.
How to turn your Quality Assurance Engineer OKRs in a strategy map
OKRs without regular progress updates are just KPIs. You'll need to update progress on your OKRs every week to get the full benefits from the framework. Reviewing progress periodically has several advantages:
- It brings the goals back to the top of the mind
- It will highlight poorly set OKRs
- It will surface execution risks
- It improves transparency and accountability
Spreadsheets are enough to get started. Then, once you need to scale you can use a proper OKR platform to make things easier.
![A strategy map in Tability](https://tability-templates-v2.vercel.app/_next/static/media/tability_strategy_map.2ad25843.png)
If you're not yet set on a tool, you can check out the 5 best OKR tracking templates guide to find the best way to monitor progress during the quarter.
More Quality Assurance Engineer OKR templates
We have more templates to help you draft your team goals and OKRs.
OKRs to ensure successful completion of Annual Audit Plan
OKRs to drive a significant increase in sales performance
OKRs to enhance and refine presentation skills
OKRs to implement a centralized sales data repository and reporting system
OKRs to successfully merge two websites with optimized SEO strategy
OKRs to enhance proficiency in time management
OKRs resources
Here are a list of resources to help you adopt the Objectives and Key Results framework.
- To learn: What is the meaning of OKRs
- Blog posts: ODT Blog
- Success metrics: KPIs examples
Create more examples in our app
You can use Tability to create OKRs with AI – and keep yourself accountable 👀
Tability is a unique goal-tracking platform built to save hours at work and help teams stay on top of their goals.
![Signup](https://tability-templates-v2.vercel.app/_next/static/media/hi_tabby.abf06789.png)
![Signup](https://tability-templates-v2.vercel.app/_next/static/media/magic_tabby.7ff0a69b.png)
![Signup](https://tability-templates-v2.vercel.app/_next/static/media/track_tabby.c131e286.png)