Lotus International Training Consultancy LLC
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Mechanical & Hydraulic Diesel Training Course

Course Duration:

4 Days Intensive Training

Certificate Validity

1 year

Training Schedule

On-Demand

Course Description

After completing this Mechanical & Hydraulic Diesel Training Course, candidates will be able to operate engines and generators safely, efficiently, and cost-effectively.

They will gain strong technical knowledge and the confidence to identify and fix minor issues on their own. Participants will also learn how to perform troubleshooting, preventive maintenance, and mandatory servicing, ensuring smooth and reliable operation of diesel and hydraulic systems.

This hands-on training builds real-world skills that help improve equipment performance, reduce downtime, and support workplace safety.

Day 1: Diesel Engine Fundamentals

  • Introduction to diesel engines
  • Engine construction, design, and applications
  • Functions and applications of engine parts
  • Engine balancing techniques
  • Engine cooling systems, power calculations & power cycles
  • Routine, periodic, preventive & breakdown maintenance
  • Troubleshooting methods for diesel engines

Day 3: Engine, Motor & Hydraulic Systems

  • Engine-hydraulic power relationship
  • Governors, firing order & performance discussion
  • Quality checks and engine-safe hydraulic operations

Instructional Methods:

  • Interactive lectures
  • PowerPoint presentations
  • Audio-visual training videos
  • Q&A sessions and practical discussions

Equipment Required:

  • Computer / Laptop / DVD

Day 2: Engine Operations & Efficiency

  • Handling and inspection procedures (A-B-C checks)
  • Engine efficiency & energy management
  • Fuel consumption control and emergency engine requirement calculations
  • Documentation, record keeping & fuel consumption tracking
  • Comprehensive spare parts management
  • SI vs CI engine comparison

Day 4: Power Generation & Maintenance

  • Basics of AC-DC power generation
  • Power generation applications and system types
  • Mass vs captive power generation comparison
  • Engine–alternator–generator relationship & calculations
  • Calibration, cable sizing & maintenance procedures
  • Generator construction, design & calculations
  • Motor types and application-based calculations
  • Charts, tables, formulas, technical bulletins, and case studies
  • Q&A session, mock test, and final exam
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Mechanical & Hydraulic Diesel Training
Mechanical & Hydraulic Diesel Training1

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