On the Job Training (OJT) is the Best Training Method

OJT Lifting Plan Calculation as per DNVGL-ST-N001

For : Mechanical Engineering, Civil Engineering, Occupational Health & Safety

DNVGL-ST-N001 lifting plan: apply the highest-safety-factor lifting standard in oil & gas, on real cases.

9 modules · 29 lessons · 100% online

Part of the OJT Lifting Engineer Complete Package · 2 OJT
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Mentor: Heru Prasadja, ST

About this OJT

Learn straight from real projects with OJT Lifting Plan Calculation as per DNVGL-ST-N001

DNVGL-ST-N001 is a lifting standard widely used in the oil & gas industry because it has the highest safety factors. If your client asks you to use this standard, do you know how to apply it to your Lifting Plan? Client requests to use DNVGL-ST-N001 often challenge Lifting Engineers who are new to oil & gas EPC projects.

This Online OJT teaches you how to understand the clauses of DNVGL-ST-N001 & practise applying them in a Lifting Plan so that it complies with DNVGL-ST-N001.

WHO NEEDS THIS ONLINE OJT

  • Lifting Engineers
  • Lifting Supervisors
  • Construction Engineers
  • Civil, Mechanical, Marine & Ocean Engineers

Heru Prasadja,ST – Senior Civil/Offshore Structure Engineer

Curriculum

What you'll learn

9 modules · 29 lessons. Tap each part to see its lessons.

Module 1 Load Factors 7 lessons
  1. Weight contingency and centre of gravity factors (Section 16.2.2)
  2. Dynamic amplification factors (DAF) (Section 16.2.5)
  3. Centre of gravity Factor (COG) (Section 5.6.2.3)
  4. Skew load factor (SKL) (Section 16.2.6)
  5. Consequence factor (Section 16.8.3)
  6. Yaw Factor (Section 16.4.2.5)
  7. Tilt Factor (Section 16.2.3.2)
Module 2 Derivation Of Hook, Lift Point And Rigging Loads 5 lessons
  1. Hook loads (Section 16.3.2)
  2. Static Hook Load (SHL)
  3. Dynamic Hook Load (DHL)
  4. Lift point loads (Section 16.3.3)
  5. Sling loads (Section 16.3.4)
Module 3 Sling And Grommet Safety Factor 6 lessons
  1. Sling or grommet nominal safety factors for design Yf (Section 16.4.3)
  2. Consequence factor,Yc (Section 16.4.5)
  3. Sling or grommet reduction factor, Yr (Section 16.4.6)
  4. Termination factor, Yt (Section 16.4.7)
  5. Bending factor, Yb (Section 16.4.8)
  6. Wear and application Factor, Yw
Module 4 Sling Tension Calculation 5 lessons
  1. Case 1 : 1 Hook + 4 Sling
  2. Case 2 : 1 Hook + 1 Level Speader Bar
  3. Case 3 : 1 Hook + 2 Level Speader Bar
  4. Case 4 : Tandem Crane Lifting
  5. Trunion
Module 5 Sling & Schackle Selection 1 lessons
Module 6 Padeye Design 1 lessons
Module 7 Crane Selection, Utilization & Safety Factor 1 lessons
Module 8 Ground Bearing Pressure 1 lessons
Final Project Final Project 2 lessons
  1. Lifting Plan Calculation for 45 Ton Modular Bridge Structure as per DNVGL-ST-N001
  2. Lifting Plan Drawing

How It Works

From first lesson to certificate

See the 4 learning steps

  1. Choose a Career Position — Decide which industry position you are aiming for.

  2. Pick an OJT — Take a single OJT, or save with the position's Complete Package.

  3. Learn & Solve Cases — Watch practitioner video lessons, then solve Real Project-level cases.

  4. Mentoring & Discussion — Review your work directly with a mentor.

Choose a package

One skill, or fully job-ready?

A single OJT gives you one skill. The Complete Package gives you every skill companies look for in this position, in one payment and at a lower price.

Complete Package Best value

OJT Lifting Engineer Complete Package

The right choice if your goal is to work as Lifting Engineer: no skill left behind, one single payment.

2 OJT programs at once: every skill you need to work as Lifting Engineer.

  1. Lifting/Rigging Engineer
  2. Lifting Plan Calculation as per DNVGL-ST-N001 this OJT

Rp 4.000.000 Rp 3.750.000 Save Rp 250.000 (6%)

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