Table of Contents
Quick Answer
The fastest way to upgrade your resume.
If you want your Software Engineering or IT resume to stand out, you must eliminate weak, passive phrases like "Responsible for coding" and "Worked on the database".
Instead, use powerful, tech-specific action verbs like Architected, Optimized, Deployed, and Hardened. These words show ownership, technical depth, and execution. Below, you'll find 160+ action verbs categorized by IT domains, along with 50 real-world resume bullet point examples you can copy today.
Word Profile
What Hiring Managers Look for in Resume Language.
| Target Role | Software Engineer / IT Professional |
| Key Competencies | System Architecture, Cloud Infrastructure, CI/CD, Debugging, Security, Code Review |
| Weak Verbs to Avoid | Helped, Worked, Did, Was responsible for, Handled, Coded |
| Ideal Verb Tense | Past tense for previous jobs; Present tense for current role. |
| ATS Optimization | High Impact |
Why Replace Weak Verbs?
The problem with passive language on a resume.
Software Engineers and IT professionals are hired to build scalable, secure, and efficient systems. When you use phrases like "Was responsible for maintaining the server," you are describing a job description, not your technical impact. Hiring managers want to know what you achieved with that responsibility. Action verbs prove you are an engineer who drives results, not just a ticket-taker.
The Passive Trap
"Was responsible for managing the AWS infrastructure."
This tells the recruiter what you were supposed to do, not if you reduced costs or improved uptime.
The Active Fix
"Architected AWS infrastructure, reducing latency by 40% and cutting hosting costs by $10k annually."
This shows ownership, action, and a quantified positive outcome.
Word Grid
A complete visual directory of action verbs. Click any word to explore its definition.
Architecture & System Design
Development & Implementation
Optimization & Performance
Security & Compliance
Deployment & Release Management
Troubleshooting & Debugging
Development & Implementation Verbs
When you need to show that you wrote clean, scalable code and built robust features.
Developed
Wrote and built software applications or features.
- Developed a RESTful API using Node.js, supporting 10,000 concurrent requests per second.
- Developed a custom React component library, reducing UI development time by 30%.
- Developed automated data pipelines using Python and Apache Airflow.
Engineered
Designed and built complex systems or applications.
- Engineered a microservices architecture, decoupling a monolithic legacy application.
- Engineered a highly scalable notification system handling 5M+ daily push notifications.
- Engineered custom middleware to bridge communication between IoT devices and the cloud.
Implemented
Put a technical specification or system into effect.
- Implemented OAuth 2.0 authentication, securing user data across 3 web applications.
- Implemented CI/CD pipelines using GitHub Actions, reducing deployment time by 50%.
- Implemented caching with Redis, lowering database query response times by 80%.
Coded
Wrote the underlying instructions for software.
- Coded 50+ unit tests using Jest, achieving 95% code coverage for the payment module.
- Coded custom Python scripts to automate the extraction of data from legacy systems.
- Coded responsive HTML/CSS layouts for the e-commerce storefront.
Integrated
Combined different systems or software to function together.
- Integrated Stripe payment processing, enabling seamless checkout for 100k users.
- Integrated third-party analytics tools (Mixpanel) to track user behavior in real-time.
- Integrated the CRM with the marketing automation platform via webhooks.
Automated
Converted manual processes into code-driven workflows.
- Automated server provisioning using Terraform, saving the DevOps team 15 hours weekly.
- Automated the QA testing suite, reducing manual testing time by 90%.
- Automated report generation, sending daily KPI dashboards to executives by 8 AM.
Programmed
Wrote sequences of instructions for computers to execute.
- Programmed a custom inventory management algorithm, reducing stockouts by 15%.
- Programmed machine learning models in Python to predict customer churn.
- Programmed interactive frontend visualizations using D3.js.
Built
Constructed a software application or system from the ground up.
- Built a real-time chat application using WebSockets and React.
- Built an internal admin dashboard that streamlined customer support workflows.
- Built a custom CMS allowing non-technical staff to update website content safely.
Scripted
Wrote scripts to automate tasks or manipulate data.
- Scripted Bash utilities to monitor server health and alert the team of anomalies.
- Scripted SQL queries to extract and clean 1M+ records for data migration.
- Scripted PowerShell automations to manage Active Directory user onboarding.
Generated
Produced data, reports, or code outputs.
- Generated automated weekly performance reports for the executive team.
- Generated API documentation automatically from Swagger annotations.
- Generated 50,000+ mock data entries using Faker.js for load testing.
Architecture & System Design Verbs
Proving you can design infrastructure and guide technical vision.
Architected
Designed the fundamental structure of a software system.
- Architected a cloud-native AWS infrastructure capable of handling 1M daily active users.
- Architected the transition from a monolithic architecture to a microservices-based ecosystem.
- Architected a multi-tenant database schema for the SaaS platform.
Designed
Planned and created the structure or UI of an application.
- Designed the GraphQL schema, replacing legacy REST endpoints for faster data fetching.
- Designed a highly normalized relational database structure in PostgreSQL.
- Designed the UI/UX wireframes for the mobile app before handing them off to frontend.
Standardized
Established consistent coding practices or infrastructure patterns.
- Standardized the ESLint and Prettier configurations across 5 frontend repositories.
- Standardized the Docker containerization process for all microservices.
- Standardized API response formats, improving developer experience for API consumers.
Pioneered
Introduced a new technology or methodology to the team.
- Pioneered the adoption of TypeScript, reducing runtime type errors by 40%.
- Pioneered the use of GraphQL within the engineering department.
- Pioneered an internal hackathon program that generated 3 patentable features.
Governed
Controlled and directed the use of technical standards.
- Governed access controls using AWS IAM, ensuring least-privilege principles.
- Governed the code review process, maintaining a strict 2-approver merge policy.
- Governed data privacy compliance across all internal databases.
Mentored
Guided less experienced developers professionally.
- Mentored 3 junior developers, all of whom were promoted to mid-level within a year.
- Mentored peers on best practices for test-driven development (TDD).
- Mentored an intern through their first open-source contribution.
Directed
Managed and oversaw the technical work of a team.
- Directed a 5-person engineering team through a critical platform migration.
- Directed the technical scoping for the Q3 product roadmap.
- Directed the transition to Agile development methodologies.
Innovated
Introduced new ideas or technical solutions.
- Innovated a custom caching layer that reduced server load by 50%.
- Innovated an automated rollback mechanism, achieving 99.99% uptime.
- Innovated a real-time fraud detection system utilizing machine learning.
Formalized
Made a technical process official or standardized.
- Formalized the API versioning strategy, preventing breaking changes for active users.
- Formalized the incident response playbook for critical production outages.
- Formalized onboarding documentation for new engineering hires.
Modeled
Created representations of data or system architecture.
- Modeled the data flow architecture using UML diagrams for stakeholder review.
- Modeled entity-relationship diagrams for the new enterprise CRM.
- Modeled predictive analytics using Python and sci-kit learn.
Optimization & Performance Verbs
Demonstrating your ability to reduce technical debt and maximize system efficiency.
Optimized
Made a system or codebase as effective and efficient as possible.
- Optimized SQL database queries, reducing page load times from 4 seconds to 0.5 seconds.
- Optimized AWS EC2 instance types, saving $4,000 monthly in cloud hosting fees.
- Optimized front-end assets using Webpack, reducing bundle size by 30%.
Refactored
Restructured existing code without changing its external behavior.
- Refactored 50,000 lines of legacy Java code into modern Spring Boot services.
- Refactored the frontend state management from Redux to Zustand, simplifying the codebase.
- Refactored monolithic functions into smaller, testable modules.
Streamlined
Made a process or workflow more efficient.
- Streamlined the deployment process by implementing GitOps principles.
- Streamlined the local development environment using Docker Compose.
- Streamlined cross-team communication by integrating Jira with Slack.
Accelerated
Sped up a system, process, or timeline.
- Accelerated API response times by 60% by implementing a Redis caching layer.
- Accelerated the build process by 40% using parallel execution in CI pipelines.
- Accelerated time-to-market for new features by adopting Agile sprints.
Reduced
Decreased resource usage, costs, or technical debt.
- Reduced AWS hosting costs by 25% by auto-scaling non-production environments.
- Reduced application memory leaks by profiling heap usage in Node.js.
- Reduced customer-reported bugs by 30% through improved unit testing.
Maximized
Made the best possible use of technical resources.
- Maximized server utilization through container orchestration with Kubernetes.
- Maximized code reusability by extracting shared logic into an npm package.
- Maximized database performance by indexing frequently queried columns.
Benchmarked
Compared system performance against standards.
- Benchmarked API latency against industry competitors to identify performance gaps.
- Benchmarked various database engines, selecting PostgreSQL for its high write throughput.
- Benchmarked frontend rendering speeds using Lighthouse, achieving a 95+ performance score.
Consolidated
Combined multiple systems or databases into one.
- Consolidated 5 legacy databases into a single, high-availability PostgreSQL cluster.
- Consolidated redundant microservices, reducing infrastructure overhead by 15%.
- Consolidated logging systems into a centralized ELK stack.
Eliminated
Removed unnecessary code, processes, or systems.
- Eliminated 1,000+ lines of dead code, improving application maintainability.
- Eliminated manual server configuration by adopting Infrastructure as Code (IaC).
- Eliminated cross-site scripting (XSS) vulnerabilities by sanitizing user inputs.
Trimmed
Reduced the size or footprint of data or code.
- Trimmed Docker image sizes from 1GB to 200MB using multi-stage builds.
- Trimmed the JavaScript bundle by tree-shaking unused dependencies.
- Trimmed cloud storage costs by implementing S3 lifecycle policies.
Security & Troubleshooting Verbs
Showing you can navigate vulnerabilities and resolve critical bugs.
Hardened
Secured a system against cyber threats and attacks.
- Hardened server configurations to comply with CIS benchmarks.
- Hardened the API gateway by implementing rate limiting and IP whitelisting.
- Hardened user authentication by enforcing mandatory Multi-Factor Authentication (MFA).
Secured
Protected data or systems from unauthorized access.
- Secured data at rest and in transit using AES-256 and TLS 1.3 encryption.
- Secured AWS S3 buckets, closing public read access vulnerabilities.
- Secured internal microservices using mutual TLS (mTLS) authentication.
Diagnosed
Identified the root cause of a technical issue.
- Diagnosed a critical memory leak in the Node.js backend using Chrome DevTools.
- Diagnosed network latency issues by analyzing TCP/IP packet traces.
- Diagnosed database deadlocks by reviewing PostgreSQL query logs.
Troubleshot
Identified and fixed complex system problems.
- Troubleshot a recurring production outage, identifying a race condition in the queue worker.
- Troubleshot DNS misconfigurations causing email delivery failures.
- Troubleshot integration failures between the frontend SPA and the backend API.
Debugged
Removed errors from computer code or systems.
- Debugged a critical payment processing bug, preventing $50k in lost transactions.
- Debugged iOS application crashes using Xcode Instruments.
- Debugged legacy C++ code to resolve a long-standing segmentation fault.
Mitigated
Reduced the severity of a technical risk.
- Mitigated DDoS attack risks by implementing Cloudflare web application firewall (WAF).
- Mitigated technical debt by allocating 20% of sprint time to refactoring.
- Mitigated data loss by implementing automated, geo-redundant database backups.
Patched
Applied updates to fix software vulnerabilities.
- Patched the Log4j vulnerability across 50+ servers within 24 hours of disclosure.
- Patched outdated Linux kernel versions to ensure CVE compliance.
- Patched critical security flaws identified in the annual third-party audit.
Remediated
Fixed a vulnerability or resolved an audit finding.
- Remediated 100% of high-severity vulnerabilities flagged by Snyk security scanning.
- Remediated misconfigured IAM roles, securing cloud access for 200+ employees.
- Remediated accessibility (WCAG) issues, ensuring the web app was fully compliant.
Ensured
Made certain that a technical standard or requirement was met.
- Ensured 99.99% system uptime by implementing multi-region failover architectures.
- Ensured 100% compliance with GDPR data deletion requests.
- Ensured code quality by enforcing strict pre-commit hooks and peer reviews.
Recovered
Restored a failing system or lost data.
- Recovered a corrupted production database using Point-in-Time Recovery (PITR).
- Recovered a stalled deployment pipeline, preventing a critical release delay.
- Recovered 100% of encrypted ransomware data from offline tape backups.
Deployment & Release Management Verbs
Proving you can control CI/CD pipelines and deliver on schedule.
Deployed
Moved code or infrastructure into a live production environment.
- Deployed a new microservice to Kubernetes with zero user downtime.
- Deployed infrastructure changes using Terraform across 3 AWS regions.
- Deployed hotfixes to the production e-commerce platform within 1 hour of detection.
Migrated
Moved data or systems from one platform to another.
- Migrated 2TB of user data from on-premise servers to AWS S3 seamlessly.
- Migrated the backend from JavaScript to TypeScript over 6 months.
- Migrated 50+ virtual machines to Docker containers.
Orchestrated
Arranged and directed complex automated workflows.
- Orchestrated containerized microservices using Kubernetes and Helm charts.
- Orchestrated CI/CD pipelines using Jenkins to support 50+ daily deployments.
- Orchestrated a zero-downtime database switchover during a major upgrade.
Released
Made a new software version available to users.
- Released version 2.0 of the mobile app, featuring 15 new user interfaces.
- Released weekly security patches to the Linux server fleet using Ansible.
- Released a public API, enabling third-party developers to build integrations.
Provisioned
Allocated and set up technical resources.
- Provisioned AWS EC2 instances dynamically using auto-scaling groups.
- Provisioned user access and permissions via Active Directory scripts.
- Provisioned cloud development environments for 30+ engineers.
Synchronized
Aligned data or processes across distributed systems.
- Synchronized user data across the CRM and marketing platforms in real-time.
- Synchronized database replicas globally to ensure low-latency reads.
- Synchronized deployment windows across cross-functional engineering teams.
Containerized
Packaged software into standardized units for deployment.
- Containerized a legacy monolithic application using Docker, enabling cloud migration.
- Containerized the data processing pipeline for isolated, scalable execution.
- Containerized the frontend application, standardizing the dev environment.
Phased
Rolled out a system migration in structured stages.
- Phased the database migration over 4 weekends to prevent user disruption.
- Phased the API version deprecation, giving clients 6 months to upgrade.
- Phased the rollout of the new SSO system across 5 corporate departments.
Transitioned
Moved from one system, technology, or methodology to another.
- Transitioned the engineering team from SVN to Git, improving code collaboration.
- Transitioned the infrastructure from Heroku to AWS to reduce scaling costs.
- Transitioned the project management framework from Waterfall to Agile.
Overhauled
Completely renovated an old system or codebase.
- Overhauled the legacy authentication system, implementing modern JWT-based SSO.
- Overhauled the CI/CD pipeline, reducing build times by 70%.
- Overhauled the frontend state management, fixing persistent UI rendering bugs.
50 Resume Bullet Point Examples
Real-world examples of how to use these verbs on your resume.
Architecture & System Design
- Architected a cloud-native AWS infrastructure capable of handling 1M daily active users.
- Designed a GraphQL schema, replacing legacy REST endpoints for faster data fetching.
- Standardized the Docker containerization process for all microservices.
- Pioneered the adoption of TypeScript, reducing runtime type errors by 40%.
- Governed access controls using AWS IAM, ensuring least-privilege principles.
- Modeled the data flow architecture using UML diagrams for stakeholder review.
- Innovated a custom caching layer that reduced server load by 50%.
- Engineered a microservices architecture, decoupling a monolithic legacy application.
- Formalized the API versioning strategy, preventing breaking changes for active users.
- Scaled the application backend to support a 200% increase in web traffic.
Development & Implementation
- Developed a RESTful API using Node.js, supporting 10,000 concurrent requests per second.
- Implemented OAuth 2.0 authentication, securing user data across 3 web applications.
- Coded 50+ unit tests using Jest, achieving 95% code coverage for the payment module.
- Integrated Stripe payment processing, enabling seamless checkout for 100k users.
- Automated server provisioning using Terraform, saving the DevOps team 15 hours weekly.
- Built a real-time chat application using WebSockets and React.
- Scripted Bash utilities to monitor server health and alert the team of anomalies.
- Programmed machine learning models in Python to predict customer churn.
- Generated API documentation automatically from Swagger annotations.
- Constructed a custom CMS allowing non-technical staff to update website content safely.
Optimization & Performance
- Optimized SQL database queries, reducing page load times from 4 seconds to 0.5 seconds.
- Refactored 50,000 lines of legacy Java code into modern Spring Boot services.
- Streamlined the deployment process by implementing GitOps principles.
- Accelerated API response times by 60% by implementing a Redis caching layer.
- Reduced AWS hosting costs by 25% by auto-scaling non-production environments.
- Maximized server utilization through container orchestration with Kubernetes.
- Benchmarked frontend rendering speeds using Lighthouse, achieving a 95+ performance score.
- Consolidated 5 legacy databases into a single, high-availability PostgreSQL cluster.
- Eliminated 1,000+ lines of dead code, improving application maintainability.
- Trimmed Docker image sizes from 1GB to 200MB using multi-stage builds.
Security & Troubleshooting
- Hardened server configurations to comply with CIS security benchmarks.
- Secured data at rest and in transit using AES-256 and TLS 1.3 encryption.
- Diagnosed a critical memory leak in the Node.js backend using Chrome DevTools.
- Troubleshot a recurring production outage, identifying a race condition in the queue worker.
- Debugged a critical payment processing bug, preventing $50k in lost transactions.
- Mitigated DDoS attack risks by implementing Cloudflare web application firewall (WAF).
- Patched the Log4j vulnerability across 50+ servers within 24 hours of disclosure.
- Remediated 100% of high-severity vulnerabilities flagged by Snyk security scanning.
- Ensured 99.99% system uptime by implementing multi-region failover architectures.
- Recovered a corrupted production database using Point-in-Time Recovery (PITR).
Deployment & Release Management
- Deployed a new microservice to Kubernetes with zero user downtime.
- Migrated 2TB of user data from on-premise servers to AWS S3 seamlessly.
- Orchestrated containerized microservices using Kubernetes and Helm charts.
- Released version 2.0 of the mobile app, featuring 15 new user interfaces.
- Provisioned AWS EC2 instances dynamically using auto-scaling groups.
- Synchronized database replicas globally to ensure low-latency reads.
- Containerized a legacy monolithic application using Docker, enabling cloud migration.
- Phased the database migration over 4 weekends to prevent user disruption.
- Transitioned the infrastructure from Heroku to AWS to reduce scaling costs.
- Overhauled the legacy authentication system, implementing modern JWT-based SSO.
ATS Optimization Tips
How to ensure your action verbs actually reach human eyes.
Use Standard Section Headings
Don't get creative with titles like 'Code Journey' or 'Tech History.' Stick to 'Experience,' 'Education,' and 'Skills' so the ATS knows where to find your action verbs and tech stack.
Avoid Tables and Columns
ATS software reads left-to-right, top-to-bottom. If you put your technical skills in a side column or a table, the ATS might read them out of order or skip them entirely. Use a single-column layout.
Pair Verbs with Exact Keywords
Action verbs are great, but ATS looks for nouns too. Pair them: 'Architected AWS infrastructure using Terraform' is stronger than just 'Architected cloud infrastructure.'
Save as a PDF or DOCX
Unless the application specifically asked for Word, save as a PDF to lock in your formatting. Ensure the PDF is text-based, not a scanned image, so the ATS can read your verbs and metrics.
Professional Writing Tips
How to frame your bullet points for maximum impact.
Drop the Pronouns
Resumes use 'implied first-person.' Never use 'I,' 'my,' or 'we.' Start directly with the action verb.
❌ I architected the AWS infrastructure.
✅ Architected the AWS infrastructure.
Use the XYZ Formula
Google famously recommends this formula for resumes: 'Accomplished [X] as measured by [Y], by doing [Z].' Put your action verb at the very beginning of [Z].
✅ Reduced latency by 40% (X), measured by Datadog APM (Y), by implementing a Redis caching layer (Z).
Keep Tense Consistent
If you are describing a past job, every bullet point should start with a past-tense verb (Architected, Deployed, Optimized). For your current job, use present tense for ongoing duties (Architect, Deploy, Optimize) and past tense for completed projects.
❌ Manage the CI/CD pipeline. Deployed the new API.
✅ Manage the CI/CD pipeline. Deployed the new API.
Don't Overinflate
Be honest about your role. If you only wrote a few helper functions, don't say you 'Architected' the system. Use accurate verbs like 'Contributed to,' 'Implemented,' or 'Coded.' Hiring managers will dig into your claims during the technical interview.
LinkedIn Profile Examples
How to translate these verbs to your LinkedIn profile.
1. The LinkedIn Headline
Don't just write 'Software Engineer.' Use action-oriented language to show what you do and the value you bring.
Weak Headline:
Software Engineer at TechCorp
Strong Headlines:
Senior Backend Engineer | Architecting Scalable APIs | Optimizing Cloud Infrastructure
DevOps Engineer Automating CI/CD Pipelines & Hardening AWS Security
2. The "About" Section
Write in the first person here. Weave your action verbs into a narrative about your engineering philosophy.
"I am a Full Stack Software Engineer specializing in React and Node.js. Over the past 6 years, I have architected microservices handling 1M+ daily requests and optimized frontend performance to achieve sub-second load times. My core strength is automating deployment pipelines and refactoring legacy code, ensuring I consistently deliver robust, scalable applications..."
3. The Experience Section
You can copy your resume bullet points directly here, but you don't need to be as strict about omitting 'I'. Still, starting with an action verb looks cleaner.
• Architected a cloud-native AWS infrastructure capable of handling 1M daily active users.
• Optimized SQL database queries, reducing page load times from 4s to 0.5s.
• Deployed a new microservice to Kubernetes with zero user downtime.
Common Resume Mistakes
Avoid these frequent pitfalls when writing your resume.
Responsible for writing code for the new app.
✓ Developed 15+ new React components for the mobile app, improving user retention by 10%.
Explanation: "Responsible for" is passive and describes a duty, not an achievement. Use strong action verbs to show what you actually did.
Tip: Highlight the technical outcome, not just the job description.
Helped with debugging the database.
✓ Diagnosed and resolved database deadlocks, restoring system performance within 2 hours.
Explanation: "Helped" is a weak verb that diminishes your contribution. It leaves hiring managers wondering how much you actually coded.
Tip: Use words like Diagnosed, Troubleshot, or Resolved.
Worked on improving the API response time.
✓ Optimized API response times by 60% by implementing a Redis caching layer.
Explanation: "Worked on" is vague and lacks metrics. It doesn't tell the recruiter if you succeeded or failed.
Tip: Always attach a quantifiable metric to your action verb.
Was tasked with managing the AWS servers.
✓ Architected AWS infrastructure, reducing latency by 40% and cutting hosting costs by $10k.
Explanation: "Was tasked with" sounds like you were forced to do it. It lacks ownership and leadership.
Tip: Use authoritative verbs like Architected, Governed, or Provisioned.
Led a project that made the site faster.
✓ Refactored the frontend JavaScript bundle, accelerating page load speed by 2 seconds.
Explanation: "Made the site faster" is unprofessional and unquantified. Use precise technical language and exact numbers.
Tip: Use terms like Accelerated, Optimized, or Streamlined.
Assisted the senior developer with the migration.
✓ Migrated 2TB of user data from on-premise servers to AWS S3 with zero data loss.
Explanation: "Assisted" makes you sound like an observer rather than a driver. Even if you were junior, own your specific contribution.
Tip: Use Migrated, Integrated, or Deployed.
Did security updates for the servers.
✓ Patched the Log4j vulnerability across 50+ servers within 24 hours of disclosure.
Explanation: "Did" is the weakest verb in the English language. It tells the reader nothing about your methodology.
Tip: Use Patched, Hardened, or Remediated for security contexts.
Handled server outages.
✓ Troubleshot production outages, implementing automated failover to ensure 99.99% uptime.
Explanation: "Handled" is overly casual for an IT resume. It fails to show strategic problem-solving skills.
Tip: Use Troubleshot, Remediated, or Resolved.
Put together a new CI/CD pipeline.
✓ Engineered a automated CI/CD pipeline using GitHub Actions, reducing deployment time by 50%.
Explanation: "Put together" is a colloquial phrasal verb. Resumes require formal, professional terminology.
Tip: Use Engineered, Architected, or Developed.
Oversaw the codebase and made sure it was clean.
✓ Refactored 50,000 lines of legacy code, improving application maintainability and test coverage.
Explanation: "Made sure it was clean" is subjective and immeasurable. Use specific quality metrics and formal verbs.
Tip: Use Refactored, Standardized, or Streamlined.
Correct vs. Incorrect Examples
Before and after resume bullet points.
Weak / Passive
Responsible for the new app feature.
Strong / Active
Implemented the in-app messaging feature, supporting 10,000 concurrent users.
Weak / Passive
Worked with the team to finish the API.
Strong / Active
Developed a RESTful API using Node.js, supporting 10,000 concurrent requests per second.
Weak / Passive
Helped fix bugs in the software.
Strong / Active
Debugged a critical payment processing bug, preventing $50k in lost transactions.
Weak / Passive
In charge of the cloud budget.
Strong / Active
Optimized AWS EC2 instance types, saving $4,000 monthly in cloud hosting fees.
Weak / Passive
Talked to stakeholders about architecture.
Strong / Active
Presented technical architecture diagrams to the C-suite, securing $500k for infrastructure upgrades.
Weak / Passive
Made the database run faster.
Strong / Active
Optimized SQL database queries, reducing page load times from 4 seconds to 0.5 seconds.
Weak / Passive
Looked after server security.
Strong / Active
Hardened server configurations to comply with CIS benchmarks, eliminating critical vulnerabilities.
Weak / Passive
Changed the system from monolith to microservices.
Strong / Active
Architected the transition from a monolithic architecture to a microservices-based ecosystem.
Weak / Passive
Dealt with a big data breach risk.
Strong / Active
Mitigated DDoS attack risks by implementing Cloudflare web application firewall (WAF).
Weak / Passive
Did testing for the new release.
Strong / Active
Automated the QA testing suite, reducing manual testing time by 90%.
🎮 Mini Quiz
Test your knowledge with these interactive questions.
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Frequently Asked Questions
Quick answers to common questions.
Why are action verbs so important on a Software Engineering or IT resume?
Action verbs demonstrate ownership and technical impact. As an engineer, you are the driver of the product's underlying technology. Passive phrases like 'was responsible for' make you sound like an observer. Verbs like 'Architected' or 'Deployed' show you take charge and deliver results.
Should I use the same action verb multiple times on my resume?
It's best to avoid repeating the same verb in close proximity. If you used 'Developed' in one bullet point, use 'Engineered' or 'Built' in the next. Variety keeps the reader engaged and shows off a broader vocabulary.
What tense should action verbs be in?
For past jobs, use the past tense (e.g., Architected, Deployed, Optimized). For your current job, use the present tense for ongoing duties (e.g., Architect, Deploy, Optimize) and past tense for completed projects or specific features shipped.
How many action verbs should I use per bullet point?
Typically, one strong action verb per bullet point. The formula is: [Action Verb] + [Technical Task] + [Metric/Result]. For example: 'Optimized SQL queries, reducing page load times by 50%.'
Will using these action verbs help me get past ATS (Applicant Tracking Systems)?
Yes. ATS software scans resumes for specific keywords. While it heavily looks for hard skills (e.g., 'Python,' 'AWS,' 'React'), using strong action verbs alongside those skills ensures your resume reads as a highly relevant match for engineering roles.
Is it okay to use 'Managed' on an IT resume?
Yes, but it is very common. 'Managed' is a bit generic. It's better to use more descriptive verbs like 'Architected,' 'Directed,' or 'Governed' to stand out from the hundreds of other resumes that just say 'Managed servers.'
What if I wasn't the lead architect, but a junior developer? Can I still use strong verbs?
Absolutely. If you didn't architect the whole system, you still built a piece of it. Use verbs like 'Implemented,' 'Coded,' 'Integrated,' or 'Tested' to accurately describe your specific contribution without overstating your role.
Should I include metrics and numbers with my action verbs?
Yes. In tech, an action verb without a metric is just a claim. 'Improved performance' is okay. 'Improved API response times by 60%' is a proven achievement. Always try to quantify your impact.
What is the difference between a weak verb and a strong verb?
A weak verb describes a state of being or a passive duty (e.g., 'was,' 'had,' 'helped,' 'worked'). A strong verb shows a specific, decisive action that resulted in a change (e.g., 'Architected,' 'Debugged,' 'Refactored').
Can I use these action verbs in my LinkedIn profile?
Yes, your LinkedIn profile is an extension of your resume. Using strong IT action verbs in your 'Experience' section makes your profile more attractive to recruiters and hiring managers searching for top tech talent.
Quick Reference
A cheat sheet for your resume writing.
Formula: [Action Verb] + [Technical Task] + [Metric/Result]
Find words exactly how you need them
Explore our extensive dictionary using different filters and categories.