RSlogix/Studio5000 Ladder Logic Training: Basic Course

Editorial Take

Jeff Sharman’s course on RSlogix and Studio 5000 offers a focused, practical introduction to PLC programming for industrial automation. Designed for beginners yet valuable for technicians refreshing their skills, it demystifies Rockwell’s widely used platform with structured, hands-on lessons.

Standout Strengths

• Beginner-Friendly Structure: The course opens with a clear roadmap and platform overview, easing new learners into Studio 5000’s interface. Concepts build logically from project creation to complex logic implementation.
• Real-World Project Workflow: Students follow a realistic workflow: creating a project, configuring tags, programming routines, and going online. This mirrors actual industrial practices, enhancing job readiness.
• Comprehensive Instruction Coverage: The course thoroughly covers essential instructions—logic, timers, counters, math, and program control. Learners gain functional fluency applicable across automation systems.
• Effective Use of Lab Exercises: Practical labs reinforce theoretical content, allowing students to apply skills immediately. These exercises are concise and directly tied to module objectives.
• Strong Instructor Expertise: Jeff Sharman brings industry experience, offering context beyond software steps. His explanations reflect real-world troubleshooting and design considerations.
• Well-Organized Module Design: The syllabus is logically grouped into onboarding, configuration, programming, and documentation phases. This structure supports progressive skill development.

Honest Limitations

• Assumes Basic PLC Familiarity: While labeled for all levels, the course moves quickly through foundational concepts. Absolute beginners may need supplementary material on PLCs and I/O systems.
• Limited Advanced Content: The course stops at intermediate topics. Those seeking advanced programming techniques or fault diagnosis will need follow-up training.
• No Software Included: Students must source Studio 5000 or RSLogix software separately. This adds friction for learners without access to licensed versions.
• Minimal Emphasis on Safety Logic: Critical safety circuits and best practices in industrial control are not covered, which could limit real-world applicability in high-risk environments.

How to Get the Most Out of It

• Study cadence: Complete one module per session with hands-on practice. Avoid rushing—each concept builds on the last. Two hours weekly ensures steady progress.
• Parallel project: Recreate examples in your own Studio 5000 project. Modify logic to test outcomes, deepening understanding of instruction behavior and scan cycles.
• Note-taking: Document tag structures, instruction syntax, and communication settings. A personal reference log enhances retention and future troubleshooting.
• Community: Join Rockwell forums or Udemy Q&A to ask questions. Engaging with peers helps clarify complex topics and share debugging tips.
• Practice: Use free simulation tools or demo software to run your programs. Testing logic in a virtual environment builds confidence before live deployment.
• Consistency: Maintain weekly engagement even after course completion. Revisit labs monthly to reinforce memory and refine techniques.

Supplementary Resources

• Book: 'Programmable Logic Controllers' by Frank D. Petruzella offers foundational theory that complements this course’s practical focus.
• Tool: Rockwell’s free RSLogix 5000 Emulate software allows safe testing of logic without hardware.
• Follow-up: Consider advanced courses on HMI integration or ControlLogix architecture to expand skills.
• Reference: Allen-Bradley’s official instruction set manuals provide detailed syntax and usage examples for all Studio 5000 functions.

Common Pitfalls

• Pitfall: Skipping lab exercises leads to weak retention. Hands-on practice is essential—treat each lab as a real-world assignment.
• Pitfall: Misunderstanding tag scope can cause programming errors. Pay close attention to controller vs. program tags during setup.
• Pitfall: Rushing into online mode without simulation increases risk. Always test logic in offline mode first to avoid system faults.

Time & Money ROI

• Time: At four hours, the course delivers high-density learning. Completing labs may extend total time to 6–8 hours, a reasonable investment for skill gain.
• Cost-to-value: Priced as paid, it offers strong value given Studio 5000’s industry prevalence. The skills directly support entry-level automation roles.
• Certificate: The completion certificate validates foundational knowledge, useful for resumes or internal promotions in industrial settings.
• Alternative: Free YouTube tutorials lack structure and depth. This course’s organized curriculum justifies its cost for serious learners.

Editorial Verdict

This course stands out as one of the most accessible entry points into Studio 5000 and ladder logic programming. Jeff Sharman avoids unnecessary jargon, focusing instead on actionable skills that translate directly to the workplace. The progression from project setup to functional routines is well-paced, and the inclusion of lab exercises ensures learners don’t just watch—they do. For beginners in automation, this course fills a critical gap between theoretical knowledge and practical implementation, especially given the dominance of Rockwell systems in North American manufacturing.

However, it’s not without limitations. The lack of built-in software access and minimal coverage of safety practices mean learners must supplement independently. Still, the course’s clarity, structure, and relevance to real-world systems make it a top recommendation for those starting out. If you’re targeting roles in maintenance, controls engineering, or industrial IT, this training offers a strong return on time and money. Paired with hands-on practice and further study, it forms a solid foundation for a career in industrial automation.