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10 OKR examples for Software Engineer

What are Software 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.

Creating impactful OKRs can be a daunting task, especially for newcomers. Shifting your focus from projects to outcomes is key to successful planning.

We have curated a selection of OKR examples specifically for Software 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 Software Engineer OKRs with AI

How to create great OKRs for any scenario in seconds

While we have some examples available, it's likely that you'll have specific scenarios that aren't covered here.

You can use Tability's AI generator to create tailored OKRs based on your specific context. Tability can turn your objective description into a fully editable OKR template -- including tips to help you refine your goals.

  • 1. Go to Tability's plan editor
  • 2. Click on the "Generate goals using AI" button
  • 3. Use natural language to describe your goals

Tability will then use your prompt to generate a fully editable OKR template.

How to improve existing OKRs with AI feedback

If you already have existing goals, and you want to improve them. You can use Tability's AI feedback to help you.

  • 1. Go to Tability's plan editor
  • 2. Add your existing OKRs (you can import them from a spreadsheet)
  • 3. Click on "Generate analysis"

AI feedback for OKRs in TabilityTability's Strategy Map makes it easy to see all your org's OKRs

Tability will scan your OKRs and offer different suggestions to improve them. This can range from a small rewrite of a statement to make it clearer to a complete rewrite of the entire OKR.

You can then decide to accept the suggestions or dismiss them if you don't agree.

Using the free OKR generator to get a quick template

If you're just looking for some quick inspiration, you can also use our free OKR generator to get a template.

Unlike with Tability, you won't be able to iterate on the templates, but this is still a great way to get started.

Our Software Engineer OKRs examples

You'll find below a list of Objectives and Key Results templates for Software Engineer. We also included strategic projects for each template to make it easier to understand the difference between key results and projects.

Hope you'll find this helpful!

1OKRs to implement a new CI/CD platform for seamless software deployment and delivery

  • ObjectiveImplement a new CI/CD platform for seamless software deployment and delivery
  • KRConfigure and successfully integrate the chosen CI/CD platform with the existing development toolchain
  • TaskIntegrate the CI/CD platform with version control systems and build automation tools
  • TaskTest the integration to ensure a seamless workflow within the existing development toolchain
  • TaskSet up and configure the chosen CI/CD platform to align with the development toolchain
  • TaskResearch and select an appropriate CI/CD platform for the existing development toolchain
  • KRIdentify and evaluate at least three potential CI/CD platforms based on specific criteria
  • KRImprove the average deployment time by 30% through automation and optimization efforts
  • TaskOptimize server and network configurations to speed up deployment and improve efficiency
  • TaskAutomate manual tasks during deployment process to reduce time and human errors
  • TaskImplement continuous integration system to streamline software deployment process
  • TaskIdentify and remove bottlenecks in the current deployment workflow
  • KRIncrease deployment frequency by 50% compared to the previous quarter, with zero critical production incidents
Tability

2OKRs to enhance data engineering capabilities to drive software innovation

  • ObjectiveEnhance data engineering capabilities to drive software innovation
  • KRImprove data quality by implementing automated data validation and monitoring processes
  • TaskImplement chosen data validation tool
  • TaskResearch various automated data validation tools
  • TaskRegularly monitor and assess data quality
  • KREnhance software scalability by optimizing data storage and retrieval mechanisms for large datasets
  • TaskOptimize SQL queries for faster data retrieval
  • TaskAdopt a scalable distributed storage system
  • TaskImplement a more efficient database indexing system
  • KRIncrease data processing efficiency by optimizing data ingestion pipelines and reducing processing time
  • TaskDevelop optimization strategies for lagging pipelines
  • TaskImplement solutions to reduce data processing time
  • TaskAnalyze current data ingestion pipelines for efficiency gaps

3OKRs to mitigate the risk associated with software maintenance

  • ObjectiveMitigate the risk associated with software maintenance
  • KRImplement efficient risk management model for 90% of maintenance projects
  • TaskDevelop a comprehensive risk management model for maintenance projects
  • TaskApply the model to current maintenance projects for evaluation
  • TaskTrain project managers in risk management implementation
  • KRAchieve zero unresolved critical issues for all maintained software
  • TaskTrain staff in proactive problem identification and resolution
  • TaskImplement regular system checks for software performance
  • TaskEstablish efficient issue reporting and resolution procedures
  • KRProvide tailored training for all software engineers on identified critical areas
  • TaskSchedule and conduct tailored training sessions for engineers
  • TaskDevelop customized training programs focusing on these critical areas
  • TaskIdentify critical areas needing tailored training for software engineers

4OKRs to enhance the efficiency of our software testing suite

  • ObjectiveEnhance the efficiency of our software testing suite
  • KRIncrease the speed of test execution by 25%
  • TaskOptimize code base to reduce unnecessary testing steps
  • TaskUtilize faster test automation tools and frameworks
  • TaskImplement parallel testing to distribute tests across different machines
  • KRReduce software test suite setup time by 15%
  • TaskImplement automated test setup protocols
  • TaskOptimize code for greater setup efficiency
  • TaskReduce redundant or unnecessary tests
  • KRDecrease bug identification time by 20%
  • TaskImplement automated testing tools for routine bug discovery
  • TaskUse dedicated bug tracking systems to report issues
  • TaskConduct regular training for staff in debugging techniques

5OKRs to achieve promotion to software engineer 3

  • ObjectiveAchieve promotion to software engineer 3
  • KRComplete advanced software development certification
  • KRMentor and provide guidance to junior software engineers
  • TaskSchedule regular one-on-one meetings to discuss progress, challenges, and career goals
  • TaskOffer constructive feedback and actionable suggestions for improvement on their code
  • TaskActively involve them in meaningful projects to gain real-world experience and build confidence
  • TaskProvide resources and recommend learning opportunities to enhance their technical skills
  • KRReceive positive performance reviews from team members and supervisors
  • TaskRegularly check in with team members and supervisors to receive feedback and updates
  • TaskActively listen to team members and supervisors, and address any concerns or suggestions
  • TaskSet clear and measurable goals with team members and supervisors
  • TaskContinuously improve skills and knowledge through training and professional development opportunities
  • KRDeliver three high-impact software projects successfully
  • TaskImplement effective project management methodologies to ensure efficient coordination and communication
  • TaskDefine clear project goals, timelines, and deliverables for each software project
  • TaskAssemble a skilled and dedicated team with the necessary expertise for each project
  • TaskRegularly monitor and evaluate progress, making adjustments as needed to meet project objectives

6OKRs to implement efficient test automation processes

  • ObjectiveImplement efficient test automation processes
  • KRReduce manual testing work by 40% through customized automated scripts
  • TaskImplement and monitor the automated scripts’ efficacy regularly
  • TaskDevelop customized automated scripts for these processes
  • TaskIdentify repeated manual testing processes suitable for automation
  • KRSuccessfully automate 70% of all repetitive tests while maintaining accuracy
  • TaskResearch suitable automation tools or software
  • TaskImplement, monitor, and adjust automated processes accordingly
  • TaskIdentify and catalog all existing repetitive tests
  • KRAchieve a 30% decrease in software bugs and glitches through automated testing enhancement
  • TaskRegularly evaluate and refine our testing processes
  • TaskTrain developers in advanced automated testing
  • TaskImplement enhanced and rigorous automated testing protocols

7OKRs to improve software system design and logging framework expertise

  • ObjectiveImprove software system design and logging framework expertise
  • KRCollaborate with senior engineers on at least two software design reviews and provide valuable insights
  • TaskPrepare for software design reviews by doing research and gathering relevant information
  • TaskActively participate in software design reviews by asking questions and offering suggestions
  • TaskSchedule meetings with senior engineers to discuss software design reviews
  • TaskDocument and share valuable insights and suggestions with senior engineers after the reviews
  • KRConduct research on best practices and emerging trends in software system design
  • TaskEngage in discussions with industry experts and peers to gather insights on software system design best practices
  • TaskReview industry publications and online resources for current best practices in software system design
  • TaskAttend relevant conferences and webinars to stay updated on emerging trends in software system design
  • TaskSet up alerts and notifications for research papers and articles on software system design
  • KRImplement logging framework in one project and analyze its effectiveness
  • TaskDefine and implement the desired log messages and their respective levels
  • TaskIntegrate the chosen logging framework into the project's codebase
  • TaskResearch and choose a suitable logging framework for the project
  • TaskAnalyze and measure the impact of the logging framework on project performance and debugging processes
  • KRSuccessfully complete online course on software system design with a passing grade

8OKRs to enhance Quality Assurance automation capacity

  • ObjectiveEnhance Quality Assurance automation capacity
  • KRImplement automation for at least 70% of previously manually tested scenarios
  • TaskIdentify primary scenarios for automated testing
  • TaskEvaluate automation coverage and effectiveness
  • TaskDevelop and implement automation scripts
  • KRAchieve 80% pass rate for all new automated test scripts
  • TaskImplement rigorous script debugging and revision process
  • TaskDevelop comprehensive and effective automated test scripts
  • TaskTrain team members on standard script writing
  • KRIncrease automation coverage by 30% across all project modules
  • TaskDevelop and implement automation scripts for these areas
  • TaskMonitor and assess the increase in automation coverage
  • TaskIdentify areas with low automation within project modules
Tability

9OKRs to enhance quality control testing effectiveness

  • ObjectiveEnhance quality control testing effectiveness
  • KRDecrease defects found post-release by 20%
  • TaskIncorporate more rigorous beta testing phases
  • TaskImprove training for software developers
  • TaskImplement thorough quality assurance procedures
  • KRInitiate 100% of staff into new quality-control training program
  • TaskCreate an informative and engaging training schedule
  • TaskIdentify and list all staff requiring the new training
  • TaskBegin rollout of quality-control training to all staff
  • KRIncrease test coverage rate to 90%
  • TaskIdentify areas of the code lacking sufficient testing
  • TaskImplement and regularly update tests to maintain coverage
  • TaskDevelop comprehensive, relevant tests for those areas

10OKRs to elevate overall test coverage across all features

  • ObjectiveElevate overall test coverage across all features
  • KRImplement a process for monitoring and increasing test coverage on an ongoing basis
  • TaskImplement a continuous test coverage monitoring system
  • TaskDevelop strategies to continuously improve test coverage
  • TaskIdentify existing areas lacking sufficient test coverage
  • KRIdentify and address 30% of areas with low test coverage across existing features
  • TaskPrioritize these features based on importance
  • TaskIdentify features with less than 70% test coverage
  • TaskDevelop and implement tests to increase coverage
  • KRAchieve 70% code coverage for all new features developed in the next quarter
  • TaskConduct reviews and refactoring sessions to improve coverage
  • TaskImplement mandatory unit tests for all newly developed features
  • TaskMonitor code coverage regularly using suitable tools

Software Engineer OKR best practices

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

Focus can only be achieve by limiting the number of competing priorities. It is crucial that you take the time to identify where you need to move the needle, and avoid adding business-as-usual activities to your OKRs.

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.

Tip #2: Commit to weekly OKR check-ins

Having good goals is only half the effort. You'll get significant more value from your OKRs if you commit to a weekly check-in process.

Being able to see trends for your key results will also keep yourself honest.

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 track your Software Engineer OKRs

Quarterly OKRs should have weekly updates to get all the 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 TabilityTability's Strategy Map makes it easy to see all your org's OKRs

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 Software Engineer OKR templates

We have more templates to help you draft your team goals and OKRs.