Front End Engineer Performance Goals And Objectives

Write clean and efficient HTML code.

Ensure that all web pages are properly formatted and rendered across different devices and browsers.

Use responsive design in all web development projects.

Implement accessibility standards for users with disabilities.

Optimize web pages for fast loading times.

Use CSS to create visually appealing and intuitive user interfaces.

Ensure that all images and media on the website are properly scaled and optimized for performance.

Use appropriate typography to enhance readability and user experience.

Create animations and transitions that add value to the user experience.

Implement A/B testing to improve website performance.

Collaborate with UX designers and back-end developers to ensure seamless functionality and usability of the website.

Stay up-to-date with the latest front-end technologies and trends.

Participate in code reviews and offer constructive feedback to team members.

Use version control systems such as Git to manage codebase.

Write effective documentation for all project work.

Work efficiently under tight deadlines and handle multiple projects simultaneously.

Communicate effectively with team members to ensure a smooth workflow.

Improve website speed by reducing HTTP requests, optimizing images, and minifying assets.

Ensure cross-browser compatibility by testing on multiple browsers and devices.

Implement SEO best practices to increase website visibility and ranking.

Create reusable components and implement them across multiple projects.

Use JavaScript to add interactivity and functionality to web pages.

Implement responsive navigation menus that are easy for users to navigate on mobile devices.

Improve website security by using HTTPS, avoiding vulnerable third-party libraries, and implementing strong authentication mechanisms.

Create accessible forms that are easy for users to fill out and submit.

Conduct performance audits to identify areas for improvement on the website.

Use performance metrics such as TTI, FCP, and LCP to measure website speed.

Implement lazy loading to improve website performance on pages with many images or videos.

Use web workers and service workers to improve website performance and offline capabilities.

Implement seamless user authentication and authorization mechanisms.

Create interactive data visualizations using D3.js or other libraries.

Use Webpack or other bundlers to optimize JavaScript code and assets.

Implement server-side rendering to improve website performance and SEO.

Use ESLint or other code quality tools to maintain high-quality code standards.

Collaborate with designers to ensure that designs are feasible and realistic for implementation.

Create dynamic user interfaces using React, Vue, or Angular.

Implement best practices for accessibility, such as proper use of ARIA roles and attributes.

Create intuitive and engaging micro-interactions using CSS animations and transitions.

Ensure that all links on the website are working properly and do not lead to 404 errors.

Optimize website performance by using a content delivery network (CDN) to serve static assets.

Create effective error handling mechanisms that provide helpful feedback to users when things go wrong.

Use progressive enhancement techniques to ensure that the website works even for users with older browsers.

Implement Google Analytics or other tracking tools to monitor website traffic and user behavior.

Write unit tests and use test-driven development (TDD) practices to ensure code quality.

Use GraphQL or other APIs to efficiently fetch data from the back end.

Use headless CMS solutions such as Contentful, Strapi, or Sanity to manage content in a more efficient manner.

Improve website speed by implementing lazy-loading of images and videos below the fold.

Implement proper caching mechanisms for frequently accessed data.

Use front-end frameworks such as Bootstrap or Foundation for rapid prototyping and development.

Create custom WordPress themes that are optimized for speed and performance.

Create interactive maps using libraries such as Leaflet or Mapbox.

Use Gatsby or other static site generators to improve website speed and SEO.

Implement proper error reporting and monitoring mechanisms to quickly identify and resolve bugs.

Use third-party libraries such as React Native or Ionic to create mobile apps from web codebase.

Improve website security by implementing two-factor authentication and other security measures.

Create websites that are optimized for high traffic and scalability.

Write clean and maintainable code that is easy for other team members to understand and modify.

Optimize website performance by minifying CSS and JavaScript files.

Create custom animations using SVG and CSS.

Use front-end frameworks such as Angular Material or Ant Design to create consistent UI across all pages.

Implement proper error tracking and reporting mechanisms to quickly identify and fix errors.

Use React Native or other mobile app frameworks to create cross-platform mobile apps.

Create seamless user experiences by implementing single-page applications (SPAs).

Ensure that all external links on the website open in a new tab or window.

Implement proper form validation to prevent users from submitting incorrect or incomplete data.

Use WebGL or Three.js to create 3D graphics and animations on the website.

Create effective landing pages that convert visitors into customers or leads.

Use React Storybook or other UI component libraries to create reusable components.

Collaborate with back-end developers to ensure seamless integration of front-end and back-end functionality.

Implement real-time communication using WebSockets or other technologies.

Use serverless architecture to reduce costs and improve scalability.

Create effective email templates that are optimized for different email clients and devices.

Improve website performance by removing unused CSS and JavaScript code.

Use Google Maps API or other mapping solutions to create interactive maps on the website.

Implement proper error handling and reporting mechanisms to ensure that unhandled errors do not crash the application.

Use front-end testing frameworks such as Jest or Cypress to automate testing.

Create engaging and interactive infographics using tools such as D3.js or Datawrapper.

Use front-end style guides to create consistent visual design across all pages.

Implement proper logging and debugging mechanisms to quickly identify and resolve issues.

Use front-end optimization tools such as PageSpeed Insights or Lighthouse to identify areas for improvement on the website.