Web Performance Optimization Lab | CodeWithKasa

Certified Course

Web Performance Optimization Lab

Web Performance Optimization Lab gives learners a structured live faculty-led path with practical projects, checkpoints, and certificate readiness.

Live classesWeb DevelopmentFaculty LedCertificateWeb

Bestseller

4.4

(47)

47 students

Last updated on 12 May 2026

English

Certified Course

What you'll learn

A quick overview of the key outcomes and concepts covered in this course.

Web Performance Optimization Lab is built for CodeWithKasa learners who need clear lessons, practical assignments, and measurable progress. The course keeps the flow simple: learn the concept, practice it, review the output, and prepare for certification.

Projects and assessments are designed around real workflows so learners can test the platform, track completion, and build confidence.

Course Content

Explore the live course curriculum and module flow before joining your batch.

HTML foundation and semantic structure for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

CSS layout systems and responsive rules for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: CSS layout systems and responsive rules

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

JavaScript DOM interaction for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: JavaScript DOM interaction

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Component thinking for UI work for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: Component thinking for UI work

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Forms validation and state handling for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Forms validation and state handling

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

API integration in interfaces for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: API integration in interfaces

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Accessibility and keyboard navigation for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Accessibility and keyboard navigation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Design polish and reusable patterns for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: Design polish and reusable patterns

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio section planning for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Portfolio section planning

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging browser issues for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: Debugging browser issues

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Performance basics for frontend apps for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Performance basics for frontend apps

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Testing user flows for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: Testing user flows

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Deployment readiness for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Deployment readiness

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Capstone feature build for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: Capstone feature build

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Review and refactor sprint for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Review and refactor sprint

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Certification preparation for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Reflection and next steps: Certification preparation

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

HTML foundation and semantic structure for Web Performance Optimization Lab. This module is designed for faculty led learners with practical checkpoints, examples, and review tasks.

Concept walkthrough: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Environment setup: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Guided code-along: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Common mistakes review: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Mini assignment briefing: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Practice implementation: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Debugging session: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Resource review: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Checkpoint quiz: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Portfolio task: HTML foundation and semantic structure

Live discussion topic for Web Performance Optimization Lab. Faculty will cover this during scheduled class, Q&A, and guided practice.

Course Details

Important information about course format, level, certificate, and learning resources.

Course Type

Faculty-led live course

Certificate

Certificate after attendance, assignment review, and final assessment

Exams

Final assessment required for certification

Duration

5 weeks

Experience Level

Intermediate

Study Material

Downloadable notes, project checklists, practice tasks, quiz prompts, and refere...

Additional Book

Web Performance Optimization Practice Workbook

Categories

Web Development, Faculty Led

Tags

Certificate, Live Classes, Web, Web Development

Language

English

Course Requirements

Review the requirements, eligibility, and important notes before starting this course.

Technology Requirement

Laptop or desktop, stable internet connection, modern browser, and VS Code where coding practice is required.

Eligibility Requirements

Basic computer comfort required. Prior coding experience is helpful but not mandatory.

Disclaimer

Learner outcome depends on regular practice, project completion, attendance where applicable, and assessment performance.

Instructor

Meet the instructor guiding this course with practical experience and subject depth.

Ritika Sen

Ritika Sen

Product Analytics Faculty

4.4 Rating (43)43 reviews1 course

Expertise

Product analytics, funnels, experimentation, and reporting dashboards

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Learner Reviews

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Student Testimonials

Real stories and learning experiences from students of this course.

Mitali Roy

Career Switcher at Independent Learner

Review

Web Performance Optimization Lab

The live faculty sessions in Web Performance Optimization Lab helped me stay consistent, complete practice tasks, and understand exactly what was pending before certification.

12 May 2026Text testimonial

Course FAQs

Clear answers to the practical doubts learners usually have about this program.

Yes. The course starts with foundations and gradually moves into practical application.

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