LIFTING/RIGGING ENGINEER

Aktifitas Lifting memiliki resiko yang tinggi, sehingga memerlukan komitmen tingkat tinggi dari manajemen, alat-alat yang memadai dan kompetensi personel yang cukup dari para pihak, baik dari kontraktor pelaksana lifting maupun pemilik proyek.

Overview

Curriculum

22 Sections
78 Lessons
4 Weeks

Expand all sectionsCollapse all sections

1. PROSEDUR BELAJAR
7
- 1.1
  Download materi dari link yang kami berikan
- 1.2
  Simak video materi dengan seksama
- 1.3
  Kerjakan semua latihan soal yang diberikan (Lifting Calculation, JSA, Lifting Method, LOP, Drawing)
- 1.4
  Lakukan asistensi tugas via WA Group dengan mentor
- 1.5
  Revisi tugas bila ada komentar perbaikan dari mentor
- 1.6
  Final Exams selama 2 hari x 4.5 jam
- 1.7
  Bagi yang lolos passing grade (75/100), e-sertifikat akan diterbitkan
2. Lifting Regulation & Standard
5
- 2.1
  LOLER
- 2.2
  ASME B30.9 & ASME B30.10
- 2.3
  BS 7121
- 2.4
  DNV-ST-N001
- 2.5
  PERMENAKER NO. 8 TAHUN 2020
3. Lifting Category (ADNOC)
3
- 3.1
  Routine
- 3.2
  Non Rountine Complex
- 3.3
  Non Routine Simple
4. Lifting Team
6
- 4.1
  Lifting Engineer
- 4.2
  Lifting Supervisor
- 4.3
  Rigger
- 4.4
  Signal Man
- 4.5
  Crane Operator
- 4.6
  HSE
5. LIFTING ENGINEER DELIVERABLE DOCUMENT
5
- 5.1
  Lifting Analysis
- 5.2
  Lifting Method
- 5.3
  Lifting Operational Plan (LOP)
- 5.4
  Job Safety Analysis (JSA)
- 5.5
  Lifting Drawing
6. Cranes
5
- 6.1
  Crane Type
- 6.2
  Crane components
- 6.3
  Crane Selection
- 6.4
  How to Read Crane Load Chart
- 6.5
  Ground Bearing Pressure (GBP)
7. Lifting Equipment, Lifting Accessories
0
8. Lifting Gear, Inspection & Rejection Criteria
7
- 8.1
  Wire Rope
- 8.2
  Webbing Sling
- 8.3
  Chain Sling
- 8.4
  Grommet
- 8.5
  Shackle
- 8.6
  MBL, WLL & SWL
- 8.7
  How to read sling & shackle table data
9. Center of Gravity (COG)
3
- 9.1
  The Importance of COG
- 9.2
  How to obtain COG data
- 9.3
  Calculation practice to determine COG
10. Load Factors
7
- 10.1
  Weight Contingency
- 10.2
  Dynamic Amplification Factor (DAF)
- 10.3
  COG factor
- 10.4
  Skew Load Factor (SKL)
- 10.5
  Consequence Factor
- 10.6
  Yaw Factor
- 10.7
  Tilt Factor
11 Dynamic Load
2
- 11.1
  Dynamic Sling Load (DSL)
- 11.2
  Dynamic Hook Load (DHL)
12. Most Common Rigging Arrangement
6
- 12.1
  2 sling leg (direct, basket, wrap)
- 12.2
  4 sling leg + 1 hook point
- 12.3
  2 level sling arrangement (1 spreader bar)
- 12.4
  3 level sling arrangement (2 spreader bar)
- 12.5
  Tandem Lifting
- 12.6
  Tailing Lifting
13 Suryey Data Collection
7
- 13.1
  Lifting Object Weight, Shape, COG, Lifting Point
- 13.2
  Site Condition (lansdscape, obstacle, ground bearing capacity, potensial hazard)
- 13.3
  Crane Routing
- 13.4
  Crane Position
- 13.5
  Lifting Height & Working Radius
- 13.6
  Crane availability
- 13.7
  Lifting Sequence
14 Safety Lifting (HSE)
3
- 14.1
  Lifting Hazard
- 14.2
  Risk Assessment & How to Control the Hazard
- 14.3
  Job Safety Analysis (JSA)
15 Communication
0
16. PRACTICE #1 : LIFTING CALCULATION (7 CASES)
6
- 16.1
  Simple : 2 Sling Leg (direct, basket, wrap)
- 16.2
  Simple : 4 Sling Leg
- 16.3
  Complex : 2 Level Sling Arragement (1 spreader bar)
- 16.4
  Complex : 3 LeveL Sling Arrangement (2 spreader bar)
- 16.5
  Complex : Tailing Lifting
- 16.6
  TASK : Lifting Calculation for 40 T Modular Structure
17. PRACTICE #2 : MAKING LIFTING METHOD
0
18. PRACTICE #3 : MAKING LIFTING OPERATIONAL PLAN
0
19. PRACTICE #4 : MAKING JOB SAFETY ANALYSIS (JSA)
0
20. PRACTICE #5 : MAKING LIFTING DRAWING
0
21 PRACTICE #6 : PADEYE DESIGN
0
22 FINAL EXAMS (2 DAYS)
6
- 22.1
  100 Multiple Choice
- 22.2
  Lifting Calculation for complex rigging arrangement
- 22.3
  Making Lifting Method Report
- 22.4
  Making Lifting Operational Plan
- 22.5
  Making Job Safety Analysis (JSA) Report
- 22.6
  Making Lifting Drawing (CAD)

Target audiences

Civil/Mechanical/Ocean/Marine Engineer (D3/S1) yang ingin menjadi Lifting Engineer
Lifting Engineer
Lifting Supervisor yang ingin menjadi Lifting Engineer

Rp3,750,000

Contact To Request

Course Features

Lectures 78
Quiz 0
Duration 4 weeks
Skill level All levels
Language Indonesia
Students 213
Assessments Yes

E-COURSE LIFTING ENGINEER

E-COURSE LIFTING PLAN CALCULATION FOR TAILING LIFTING

E-COURSE LIFTING PLAN CALCULATION AS PER DNVGL-ST-N001

E-COURSE SPEADER BAR & PADEYE DESIGN

LIFTING STANDARD

LEEA APLO CERTIFICATION

BNSP CERTIFICATION

Fundamentals of Mechanics – Forces and Motion

Photography Workshop: Composition and Lighting

Introduction to Artificial Intelligence in Education

Landing page for online courses

Landing page for offline courses

E-COURSE LIFTING ENGINEER

E-COURSE LIFTING PLAN CALCULATION FOR TAILING LIFTING

E-COURSE LIFTING PLAN CALCULATION AS PER DNVGL-ST-N001

E-COURSE SPEADER BAR & PADEYE DESIGN

LIFTING STANDARD

LEEA APLO CERTIFICATION

BNSP CERTIFICATION

Fundamentals of Mechanics – Forces and Motion

Photography Workshop: Composition and Lighting

Introduction to Artificial Intelligence in Education

Landing page for online courses

Landing page for offline courses

LIFTING/RIGGING ENGINEER

Overview

Curriculum

Target audiences

Course Features

Company

Links

Support

Recommend

Become an instructor?

Fundamentals of Mechanics – Forces and Motion

Photography Workshop: Composition and Lighting

Introduction to Artificial Intelligence in Education

Fundamentals of Mechanics – Forces and Motion

Photography Workshop: Composition and Lighting

Introduction to Artificial Intelligence in Education

LIFTING/RIGGING ENGINEER

Overview

Curriculum

Target audiences

You May Like

Course Features

Company

Links

Support

Recommend

Become an instructor?

Login with your site account

Search

Modal title