Advanced Salesforce Development Course Curriculum Structure (Proposed)

By jerryRandom

Salesforce Development Learning

Comprehensive Salesforce DEV101 Curriculum Overview

Meta Title:
Comprehensive Salesforce DEV101 Curriculum: Master Salesforce Development Skills

Meta Description:
Unlock full Salesforce development mastery with our DEV101 curriculum. Covers Apex, Lightning, SFDX, APIs, Einstein AI, DevOps, and real-world projects. Designed for serious Salesforce developers.

This advanced Salesforce DEV101 curriculum offers a complete roadmap for mastering development skills through technical instruction, hands-on activities, and community support.

Section 1: Salesforce Platform Architecture Foundations

Commentary:
Understanding Salesforce’s multi-tenant foundation early ensures developers scale solutions correctly as their orgs grow.

Section 2: Advanced Apex Programming Methodologies

  • Design Pattern Mastery: MVC, Factory, and Singleton implementations within Apex.

  • Testing Excellence: Advanced Apex test class techniques ensuring coverage and robustness.

  • Performance Optimization: Governor limits and bulkification strategies curated with LLM references.

  • Expert Insights: Learn how Apex has evolved over the past decade to meet platform scalability needs.

Commentary:
Mastering Apex design patterns is critical for future-proofing codebases in growing Salesforce environments.

Section 3: Lightning Component Development

Commentary:
Modern development focuses increasingly on LWC — understanding Aura’s role remains essential for maintaining legacy applications.

Section 4: Salesforce DX Development Workflow

  • Modern Tools: Implementing Salesforce DX (SFDX) with scratch orgs and source-driven development.

  • Project Structure: Codebase organization for collaborative teams.

  • CLI Mastery: Hands-on practice with SFDX CLI commands.

  • Concept Mapping: Visual keyword graphs to link key concepts like Org Shape, Scratch Orgs, Unlocked Packages.

Commentary:
SFDX is mandatory for efficient Salesforce team development today. Early mastery pays dividends during complex deployments.

Section 5: API Integration Strategies

  • API Ecosystem: Complete coverage of REST API, SOAP API, Bulk API, and Streaming API.

  • Authentication: Implementing OAuth flows securely.

  • Integration Patterns: Choosing between synchronous and asynchronous techniques based on system needs.

  • Coding Challenge: API implementation timed exercises for real-world preparation.

Commentary:
API mastery turns a Salesforce developer into a Salesforce architect. It unlocks integration capabilities that are critical for enterprise projects.

Section 6: Einstein and AI Development

  • AI Capabilities: Overview of Salesforce Einstein and platform AI features.

  • Prediction Models: Building and deploying models with Einstein Prediction Builder.

  • Hands-On Learning: Create custom predictions from sandbox datasets.

  • Future Trends: Where AI is headed in Salesforce, including GPT integration rumors.

Commentary:
With Salesforce doubling down on AI integrations, early familiarity with Einstein offers developers a huge edge.

Section 7: Enterprise Data Modeling

  • Scalable Design: Master advanced object relationships like Junction Objects and External Lookups.

  • Data Management: Strategies for handling large data volumes (LDV).

  • Migration Techniques: ETL tool usage and Data Loader advanced tips.

  • Community Insights: Hand-picked strategies from StackExchange and Salesforce Developer Forums.

Commentary:
Efficient data modeling is a major differentiator between junior developers and architects.

Section 8: DevOps and CI/CD Implementation

  • Tool Comparison: Implementation of Jenkins, Copado, and AutoRABIT.

  • Pipeline Creation: Automated CI/CD pipelines customized for Salesforce metadata.

  • Deployment Strategies: Proven deployment models like Unlocked Packages and Change Sets.

  • Expert Q&A: Monthly live panel with seasoned Salesforce DevOps practitioners.

Commentary:
Salesforce DevOps is no longer optional. Strong CI/CD pipelines define modern, agile Salesforce development teams.

Continuous Support Framework

You also gain ongoing support:

  • Bi-weekly personalized code review sessions

  • Private GitHub repo access for real-world reference code

  • Monthly Salesforce developer update newsletters

  • Virtual hackathon participation opportunities for practical experience

Alternative Standard Structure

For those preferring a traditional syllabus structure, our standard DEV101 curriculum includes:

  • Course Introduction: Salesforce ecosystem orientation

  • Salesforce Fundamentals: Platform basics and multitenancy

  • Data Management: Object model and schema design

  • Apex Programming: Core development and test-driven methodologies

  • User Interface Development: Visualforce and LWC coverage

  • Integration Strategies: APIs and external system connectivity

  • DevOps Practices: Deployment and version control workflows

  • Certification Preparation: Exam strategy and career growth guidance

Conclusion

This comprehensive Salesforce DEV101 curriculum provides structured, multi-pathway learning designed for serious developers. Whether through innovative project-based learning or a more traditional structure, developers gain deep technical skills, real-world readiness, and community integration needed for long-term Salesforce success.

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