• Identify various battery types and understand their working principles
• Troubleshoot common battery and charger issues using diagnostic tools
• Apply preventive and routine maintenance strategies to maximize battery life
• Implement safety protocols in handling and maintaining battery systems
• Evaluate advancements and trends in battery technology and charging systems

• Maintenance technicians
• Electrical engineers
• Engineering support staff
• Professionals working with battery systems

1. Introduction to Battery Technology

• Types of batteries
• Working principles of batteries
• Battery applications in industry

2. Battery Charging Systems

• Charger types and functions
• Charging techniques
• Monitoring and control systems

3. Troubleshooting Battery Systems

• Common battery failures
• Diagnostic methods
• Troubleshooting procedures

4. Battery Maintenance Practices

• Routine maintenance procedures
• Performance testing
• Longevity and efficiency improvement

5. Safety in Battery Maintenance

• Safety precautions and procedures
• Handling and disposal of batteries
• Emergency response for battery incidents

6. Advanced Diagnostic Tools

• Using multimeters and analyzers
• Software tools for diagnostics
• Interpreting diagnostic data

7. Preventive Maintenance Strategies

• Developing preventive maintenance plans
• Cost-benefit analysis
• Lifecycle management of batteries

8. Emerging Trends in Battery Technology

• Advancements in battery technologies
• Future of battery applications
• Innovations in charging systems

The course combines various teaching methods, including instructor-led presentations, group discussions, case study analyses, and assessments through quizzes and a final exam to engage participants and ensure they understand and retain the material.