STAR [Engineering Design and Consultant - EDC]

 

SOLUTION FOR POWER PLANT PROJECT

STAR.edc9@gmail.com
              

Mobile 081273295324
   

STAR Cabang Kota Ambon - Maluku :
Jl. Patimura No. 24A
 

Coming Soon New Training December 2018 :
    1. Steam Turbine Engineer (Teory, Calculation and Design)
    2. Boiler Engineer (Teory, Calculation and Design)
    3. Mechanical Performance Engineer (Turbine, Boiler, Pump, Deaerator, etc)

STAR [Engineering Design & Consultant - EDC] adalah suatu lembaga design yang berfokus pada desain power plant serta service engineering detail/review, commissioning dan performance test pada proyek-proyek pembangkitan (power plant). STAR juga memberikan training secara private maupun regular yang dapat diaplikasikan di perusahaan Power Generation, Oil & Gas, Petrochemical, Palm Oil, Pertambangan, Manufacturing, dan perusahaan yang berhubungan dengan dunia engineering.

 

STAR menjamin training yang diberikan lebih unggul dibanding lembaga training yang lain dimana metode dan teorI yang diberikan jauh lebih komprehensif, selain itu biaya training juga jauh lebih rendah. Mahalnya biaya training engineering saat ini membuat keterbatasan dan kesempatan bagi para fresh graduate maupun pekerja tidak dapat berpartisipasi dalam dunia project engineering terutama power plant dan oil & gas, untuk itu STAR hadir dengan tujuan utama adalah memajukan pemerataan sumber daya manusia INDONESIA.

 

Currently, many power plants are built across Indonesia in particular power plant owned by PLN and private, with the first phase of the 10,000 MW of PLN roomates until 2016 . Currently the government has planned development program  of 75,000 MW  to the second stage where the tender process will begin in the first period of  2025 , so the more opportunities Reviews power skills such as drafters, designers, and engineers will be absorbed by the EPC, OM, and both foreign and local consultants (Procrutment Engineering Construction Operation & Maintenance) as ALSTOM POWER, Black & Veatch, PLN-E, MITSUBISHI POWER, TOSHIBA ENGINEERING, JGC, CHEVRON, PERTAMINA, PLN, BAKRIE ENERGY, MEDCO POWER, INDONESIA POWER, TOYO (EX. IKPT), WIKA, ADHIKARYA, PP, WASKITA, GENERAL ELECTRIC INDONESIA,  REKAYASA INDUSTRY (REKIND), TRIPATRA, SAIPEM, HYUNDAI POWER INDUSTRIES, TOSHIBA EPC, etc. Also For private power plants have added because every plant oil & gas (ofshore & onshore), mining company, petrochemicals, palm oil processing plant, of course, require the generation of its own to support the availability of power and operational. 

 

 

TRAINING SCHEDULE & PRICE :

 

1.  CAESAR II : PIPE STRESS ANALYSIS 
     Private class : maximum 3 days

     -  October 2018 (time and place can be adjusted)

      -  Price : IDR 2.000.000,-
      Regular class : one and a half months
      - 27 October 2018 : 17.30 s/d 20:30 

        The remaining seats : 6 seats
        Price : IDR 1.500.000,-

      Instructor
      Senior Mechanical Design Engineer
       Professional for Mechanical Design, Structural, Piping, Thermal, Combustion, Rotating, & Performance Test
 

2.  PDE : PIPING DESIGN & ENGINEER
     Private class : maximum 7 days

     - October 2018 (time and place can be adjusted)
      - Price : IDR 2.250.000,-
      Regular class : two months
      - 28 October 2018 : 09.30 s/d 15:00 

      - The remaining seats : 5 seats

        Price: IDR 1.750.000,-  

       Instructor
       Senior Mechanical Design Engineer
         Professional for Mechanical Design, Structural, Piping, Thermal, Combustion, Rotating, & Performance Test

3. PIPING DRAFTING for SMU/SMK  
      - Total 8 students     
      - 27 October 2018, Sunday : 9.00 s/d 15.00

        The remaining seats : 5 seats
        Price: IDR 2.000.000,-  
        Instructor
        Senior Piping Design
 

 

4.  MSDE:  MECHANICAL STATIC DESIGN  ENGINEER  

      Private class : maximum 7 days

      -  October 2018 (time and place can be adjusted)
        -  Price : IDR 3.500.000,-
      Regular class : two months   
        - 28 October 2018 : 9.00 s/d 14.00

        The remaining seats: 5 seats

        Price : IDR 3.000.000,-

        Instructor
        Senior Mechanical Design Engineer
        Professional for Mechanical Design, Structural, Piping, Thermal, Combustion, Rotating, & Performance Test

 

5. MPPE : MECHANICAL POWER PLANT ENGINEER

     Private class : maximum 6 days

     - October 2018 (time and place can be adjusted)
      -  Price : IDR 3.500.000,-
     Regular class : two months
       - 27 October 2018 : 9.00 s/d 14.00
       - The remaining seats: 5 seats

       - Price : IDR 3.000.000,-

      Instructor

      Senior Mechanical Design Engineer
       Professional for Mechanical Design, Structural, Piping, Thermal, Combustion, Rotating, & Performance Test

6. MRE : MECHANICAL ROTATING ENGINEER
      Class Private : maximum 3 days       
      - November 2018, Sunday : 9.00 s/d 14.00 

        The remaining seats: 7 seats

        Price : IDR 2.500.000,-
       Instructor  

       Senior Mechanical Design Engineer
        Professional for Mechanical Design, Structural, Piping, Thermal, Combustion, Rotating, & Performance Test

7. CIVIL DESIGN, With : STAAD Pro & AFES

     Class Private : maximum 3 days

     - 27 October 2018(time and place can be adjusted)
      -  Price : IDR 3.000.000,-

      Instructor     
      SAMUEL LEE
      Civil & Structure Design Engineer

 

 

PSA CAESAR II, MSDE, MPPE, MRE, PDE, CIVIL DESIGN, and AutoCAD

1. PIPE STRESS ANALYSIS (PSA) CAESAR II

Training PSA (pipe stress analysis) dengan CAESAR II di PDC sangat berbeda dengan lembaga training lain, sebab di STAR pengetahuan tentang teori stress pipa sangat komprehensif, disertai dengan manual calculation pipe stress dan fleksibilitas pipe maka para siswa setelah lulus dari STAR dijamin dapat bekerja sebagai Piping Stress Analysis. Materi yang diberikan sangat aplikatif dan disertai dengan simulasi piping stress pada suatu project EPC (power plan & oil gas). Materi training meliputi :

 

A.     PIPE PIPE STRESS & Flexibility

• Theory stress on the pipe
• Theory flexibility on pipe
• Manual calculation of stress on the pipe, calculate the forces and moments acting on the support, calculate the tangential stress, axial stress and torsion that occurs in the pipe by using methods grinell
• Manual calculation based expantion flexibility on piping loop, L, Z, U, Loop 3D
• Manual pipe schedule calculation based on ASME B31.1, B31.3, B31.4 and B31.8
• Manual calculation support pipe, pipe span, hanger, spring support (variable and constant effort spring)
• Theory and philosophy code stress on the pipe: Sustained LOAD, LOAD Occasional, Expantion LOAD & OPERATING LOAD based code ASME B31.1, B31.3, B31.4 and B31.8
• Manual pipe stress calculation code: Sustained LOAD, LOAD & Expantion Occasional LOAD
• Basic wind and seismic theory 

B.     PIPE STRESS APPLICATION

• API 610 :  Theory and manual calculation pipe connected to a centrifugal pump (n-type suction, split casing, vertical, multi-stage etc) based on the code standard API 610. In such a standard pipe stress engineer is required to be able to analyze whether the pipe is connected to pump can work safely when the pump running, pumping experience thermal growth, and shut down and did not result in damage to the pipes and pump nozzles. Above analysis refers to the allowable force and moment on the table API 610.
• API 650 & ANSI B73.1 :  Theory and manual calculation nozzle pipe connected to the tank by a standard code standard API 650. In such a pipe stress engineer is required to be able to analyze whether the pipe is connected to the tank nozzle can work safely when the setlement and thermal expantion in the tank.
• NEMA 23 :    Theory pipe connected to the turbine by code standard NEMA 23. In those standards seorong pipe stress engineer is required to be able to analyze whether the pipe is connected to the turbine can work safely when the turbine is running or shut down and do not cause damage to the nozzle ,
• FLANGE Leakage:  Theory pipe connected to the flange. Analyzing leak (leakage) on the flange when the thermal expantion, operating and shut-down.
• WRC 103 & 297:  Theory pipe connected to the nozzle and tank based WRC 103 and 297. A pipe stress engineer is required to be able to analyze whether the pipe connected to the vessel and tank nozzle can work safely in the event of thermal expantion in the pressure vessel.
  
  

 C.     PSA CAESAR II

 

• Piping routing (pipe input): Node element, bend, tee, valve, support (restraing & anchor), wind, seismic, flange, spring etc
• Case Load input: sustained, Occasional, Expantion, OPERATING
• Ouput analysis: stress code compliance, restraint, displacement, flange etc.
• Application input: API 650, API 610, NEMA 23, Flange Leakage, and WRC 103/297
• Application output analysis: API 650, API 610, NEMA 23, Flange Leakage, and WRC 103/297
• CAESAR II pipe routing conversion into CAD isometry

D.     FINAL

The final task in the form of a simulation project with engineering stress analysis reports. Dalam pembuatan tugas akhir para siswa akan dituntun membuat laporan desain kalkulasi sesuai dengan project2  di PLN dan oil gas company.

Modul :
- Standard : ASME, API, NEMA, etc
- EDC Caesar II tutorial (Book I & II)
- Manual calculation
- Calculation report of project
- Example analysis

 

MSDE: STATIC MECHANICAL DESIGN ENGINEER

Sudah menjadi dambaan bagi seorang sarjana teknik kususnya teknik mesin dapat bekerja sebagai seorang mechanical design engineer,  training MSDE (Mechanical Static Design Engineer) di STAR  menawarkan suatu kurikulum yang sangat berbeda dengan lembaga training lainnya, sebab di STAR  seorang bukan dibimbing menjadi mechanical engineer yang hanya mampu mereview suatu design akan tetapi mampu mendesign suatu produk mechanical. Di STAR  pengetahuan tentang mechanical static design sangat memadai dan komprehensif dimana materi mekanika kuakatan bahan (mechanic strength of material), teori dan design calculation : chimney, pressure vessel dan tank digabung menjadi satu kesatuan menjadi MSDE, sehingga para siswa ketika selesai dari dari STAR mempunyai pemahaman dan filosophy yang kuat terhadap mechanical design dan dijamin dapat bekerja sebagi seorang Mechanical Design Engineer.  Materi training meliputi :

 

A.     MECHANIC STRENGTH OF MATERIAL

• Theory and calculation static mechanics: rigid body equilibrium, moments and shear forces on the beam structure, moment and shear force diagrams.
• Theory and calculation centers of gravity (center of gravity)
• Theory and calculation moment of inertia
• Theory and calculation of axial stress, shear stress, bending stress, torsion stress on the structure and cylindrical.
• Material and its properties: the static strength, deformation, impact, fatigue strength (fatigue stress)
• Theory and calculation of deflection in the structure
• Theory and calculation of buckling
• Basic material
• Basic mechanical design: Determining the dimensions of the structure and a simple cylindrical thick

B.     Calculation CHIMNEY DESIGN (STEEL STACK)

• Knowledge of ASME standard STS 2011 (steel stack) & ASCE
• Stress on the shell chimney: longitudinal stress, bending stress, stress circumferensial, compressi stress, and combined stress
• Wind & Seismic
• Manual design diameter chimney 
• Shell thickness
• Manual design calculation stiffner
• Manual design calculation base plate and anchor
• Manual design calculation manhole
• Manual design calculation opening the chimney flue gas
• Ladder and platform design
• Chimney painting

C.     Calculation DESIGN PRESSURE VESSEL (Manual ASME Sec. VIII)

• Knowledge of standard ASME Sec. VIII 2013 (steel stack)
• Pressure vessel: tall tower, cloumn, horizontal vessel etc.
• Stress on the shell pressure vessel: longitudinal stress, circumferensial stress, bending stress, compressi stress, and combined stress
• Wind & Seismic
• Shell thickness
• Manual design calculation siffner
• Manual design calculation skirt
• Manual design calculation base plate and anchor
• Manual calculation nozzle design
• Manual calculation flange design
• Manual lifting lug design calculation
• Manual design calculation support vessels (sadle)
• Manual design calculation manhole
• Ladder and platform design

D.     DESIGN TANK calculation (Manua API 650)

• Knowledge of standard API 650 & AWWA D100
• Manual calculation shell design
• Manual design calculation stiffner
• Manual calculation shell design
• Manual design calculation manhole
• Manual calculation nozzle design
• Manual calculation roof tank design
• Ladder and platform design

E.     DESIGN PRESSURE VESSEL with software PV Elite (PV Elite tools & design calculation pressure vessel column & horizontal vessel with ASME Sec VIII)

F.     DESIGN TANK with software Coade Tank (Coade Tank tools & design storage tank with API 650)

G.     FINAL

The final task in the form of a simulation project design pressure vessel. Dalam pembuatan tugas akhir para siswa akan dituntun membuat laporan desain kalkulasi sesuai dengan project2  di PLN dan oil gas company.

Modul :& Software :
- Standard : ASME, API, & AWWA D100, pressure vessel handbook
- EDC Vessel & Tank tutorial (Book I, II, III, up to Book XII)
- Manual calculation : Vessel & tank
- Calculation report sample project
- Example analysis
 

4. MPPE : MECHANICAL POWER PLANT ENGINEER

STAR menawarkan suatu training MPPE (Mechanical Power Plant Engineer) yang merupakan satu-satunya traninig yang ada di Indonesia. MPPE berfokus pada training dalam bidang mechanical project EPC (Engineering Procurement & Construction) suatu pembangkit listrik, dimana siswa akan dibimbing untuk menjadi engineer siap pakai pada suatu project EPC. Materi MPPE sangat aplikatif pada suatu project EPC PLTU (pembangkit listrik tenaga uap), materi dibatasi sebatas mendesain, mereview dan menganalisa plant secara keseluruhan bukan mendesain detail suatu equipment mechanical (seperti : tank, vessel, turbine, pompa, compressor, cooling tower, heat exchanger dll) mengingat scope pekerjaan mechanical sangat luas dan sebagaian besar equipment2 mechanical tersebut sudah merupakan scope vendor. Kebutuhan mechanical engineer pada suatu project EPC saat ini sangat pesat mengingat semakin banyaknya project-project pembangkit listrik (PLTU, PLTGU, PLTG dll), seiring dengan hal tersebut masih ada beberapa kendala bagi para EPC dalam mencari tenaga yang siap pakai, dimana tenaga yang direkrut masih jauh dari harapan, sebagai solusi atas permasalahan tersebut  maka STAR  hadir dalam upaya menciptakan engineer power plant, dan dijamin para siswa yang telah lulus dapat bekerja sebagai seorang Mechanical Power Plant Engineer pada suatu EPC lokal maupung asing. Materi training meliputi :

 

A.     POWER PLANT OVERVIEW

• PLTU (Coal Fired Steam Power Plant)
• PLTG (Gas Power plant)
• PLTGU (Combine Cycle Power Plant)
• PLTMG (Gas Engine Power Plant)
• NPP (Nuclear Power Plant)

B.     MECHANICAL POWER PLANT EQUIPMENT

• Boiler
• Turbine
• Pump
• Cooling Tower
• Condensor
• HP, LP Heater
• Heat Exchanger
• Coal Handling
• WTP
• WWTP
• Fan
• Ash Handling

C.     THERMAL POWER PLANT ANALYSIS

• Thermodynamic analysis
• Burning (combustion) analysis
• Heat Mass Flow System analysis
• GPHR: Gross Plant Plant Heat Rate (base on turbine heat rate and combustion) analysis
• NPHR: Nett Plant Heat Rate (base on turbine heat rate and combustion) analysis
• Water balance
• Basic design project EPC

D.     EPC POWER PLANT ENGINEERING PROJECT

• Thermidinamika process flow diagram
• Pump Analysis: Pump position, type of pump Calcuation: Head, losses, power motors and NPSH (BFP, Condensate, circulating water pump, etc). Review vendor data sheet and design.
• Induced Draft Fan (IDF) analysis: Calculation draft lost (burner, superheater, economizer, water heaters, ducting, chmney & ESP), flue gas capasitas, power fan. All calculation is based on combustion analysis vendor boiler maker. Review vendor data sheet and design
• Forced Draft Fan (FDF) and analysis: Calculation draft lost in the ducting, capasitas need for combustion air, fan power. All calculation is based on the combustion analysis and vendor boiler maker. Review vendor data sheet and design
• Cooling tower analysis: calculation of makeup water to the cooling tower, flow balance, power fan, capasitas cooling tower. Analysis is based on thermodynamics (flow stady state). Review vendor data sheet and design.
• Boiler: calculation combustion (boilers effesiensi). Review vendor data sheet, combustion analysis vendor, and the vendor design.
• Turbine: turbine heat rate calculation. Review vendor data sheet, combustion analysis vendor, and the vendor design.
• Intake system: basic design of the intake system (intake system equipment, pontoons, open chanal dimension, dimension pipe, pipe material etc). Review vendor and vendor data sheet design.
• Coal handling: analysis capasitas coal handling (coal yard, coal shed and type of coal handling). Review vendor and vendor data sheet design.
• Tank & vessel: analysis capasitas and dimensions of tanks and vessel (fresh water tank, demin tank, water basin, deaerator etc)
• Ash handling system and ESP: Analisys capasitas ash handling system (size ash disposal, ash silo etc). Review vendor and vendor data sheet design.
• WTP and WWTP: Review vendor and vendor data sheet design.
• Heat Exchanger: Review vendor and vendor data sheet design.
• Chimney: Review vendor and vendor data sheet design.
• Thermal piping: basic piping and review vendor and vendor data sheet design.
• BOP piping, ash handling piping, fire fighting piping: Review vendor and vendor data sheet design.
• Service water system: analysis of water tank capacity, and the capacity of the compressor. Review vendor and vendor data sheet design.
• Basic standard design internasional : ASME Sec. I, Sec. VIII, B31.1, STS 2011.  API 650, 610. NEMA 23, NFPI, etc.
• Analysis and auxiliary power consumption.

E.    FINAL TASK : Simulasi Project Pembangkit Listrik : 

Para siswa dituntut untuk dapat menganalisa thermal system dalam suatu project PLTU menentukan size equipment mechanical PLTU berupa kapasitas / power thermal untuk boiler, turbine, auxialiary boiler & turbine, Pump, WTP (termasuk demin tank, fresh tank dll), Coal Handling, Intake System, Ash Handling, Cooling System, compressor system dll. Dalam pembuatan tugas akhir para siswa akan dituntun membuat laporan desain kalkulasi sesuai dengan project2  di PLN dan oil gas company.

Modul :

- Standard :

- EDC coal fired power plant & power plant tutorial (Book I, II, III, up to Book XII)

- Manual calculation

- Calculation report sample project

- Example analysis

 

5. PDE: PIPING DESIGN ENGINEER

Training PDE (Piping Design Engineer) di STAR sangat berbeda dengan lembaga training lain, sebab di STAR pengetahuan tentang piping sangat memadai dan komprehensif dimana materi piping meliputi Basic Piping Drafting, Piping Design dan Piping Engineer (Calculation & Material) yang digabung menjadi satu kesatuan menjadi PDE.  Materi training meliputi :

 

A.     BASIC AUTOCAD

  

B.     BASIC PIPE DRAFTING

• Isodraft Drawing
• Piping isometry drawing 

C.     PIPING ACCESORIES

• Piping
• Fitting (elbow, reducer, tee etc)
• Valve (gate valve, globe valve, ball valve, buterfly valve, check valve etc)
• Flange
• Gasket
• Coupling
• Bolt
• Strainer

D.     PIPING DESIGN

• Design piping connections to the pump arrangement
• Design piping arrangement connection to the tank
• Design piping arrangement connection to the pressure vessel
• Design piping connections to the turbine arrangement
• Design piping arrangement on a pipe rack
• Design piping connections to the compressor arrangement
• Design piping arrangement connection to the condensor
• Design piping connections to the heat exchanger arrangement
• Design piping connections to the cooling tower arrangement 

E.     PIPING ENGINEER 

• Manual calculation schedule by considering factors pipe manufacture (mill tolerance) based on ASME B31.1, B31.3, B31.4, and B31, .8
• Class determines the flange by pressure and temperature based on ASME B16.5
• Class determines the valve by the pressure and temperature based on ASME B16.34
• Manual calculation based on allowable span of pipe material and a maximum deflection
• Theory piping support: cantilever, bracket, sliding, trunion, stanction, portal, pipe shoe, saddle, pipe slipper, stopper, guiding, etc. anchor. Based on the table support PDC.
• Theory and calculation pipe support: cantilever, portal, stanction etc., based on stress ratio of structure (bending stress and tension stress), slenderness factor structure (slenderness factor), deflection and stress compressi.
• Theory and calculation support rigid ​​hanger and spring support (variable and constant effort spring).
• Basic knowledge of ASME, DIN, MSS-P, AWWA, NFPI, & APIs
• Theory and calculation gasket and bolt. Determine the type of gasket to be used on the connection flange which will be calculated whether there kebororan the flange (flange leakage), input calculations based on pressure, temperature and allowable stress bolt.
• Basic pipe stress
• Theory and calculation is based on the flexibility of the pipe expantion loop (Loop U, L, Z, 3D)
• Theory and calculation losses pipe and pump head
• Piping insulation: determining the type of insulation on a service plant and determine the thickness of insulation to be used.
• Knowledge of pipe protection: basic corrosion, coating / painting, and catodic protection.
• Basic pipe welding

F.     PIPING MATERIAL

• Basic materials
• Piping material selection
• Fitting material selection
• Flnge & bolt material selection
• Valve material selection (bonet, trim, body, stem etc)
• Gasket material selection (non metalic, semi metalic, metal)
• Non metal pipe (PVC, HDPE, DPVC etc)
• Piping material application

G. FINAL

The final task in the form of project simulation piping in the form of drawing (design, isodraft and isometric), MTO, engineering reports (material and calculation). Dalam pembuatan tugas akhir para siswa akan dituntun membuat laporan desain kalkulasi sesuai dengan project2  di PLN dan oil gas company.

Modul & Software :

- Standard : ASME, VALVE, FITTING, Flange, Gasket etc

- EDC Piping Design Engineer tutorial (Book I, II, III up to book VIII)

- Manual calculation : PDE

- Calculation report sample project

- Design example

- Example analysis other case

- Pipe data pro


6. PIPING DRAFTING for SMU/SMK

Training PIPING DRAFTING for SMU/SMK difokuskan untuk para lulusan SMU/SMK yang ingin menjadi seorong draftman pada perusahan EPC maupun Operator bidang power plant, oil & gas, petrochemical dll. Saat ini kebutuhan tenaga muda dengan skill drafting autocad piping sangat terbuka luas. Materi meliputi :

 

A.     AUTOCAD 2D 

 Draw (line, cicle, rectangular, ellipse etc)

 Modify

 Dimension

 Text

 Layer

 Property

 Block

 Leader

 Insert

 Scale & Setting ouput drawing

B.     PIPING DRAFTING

• Isodraft Drawing: includes piping arrangement, plant view, section, drawing conection piping to the pump, turbine, compressor, tanks, vessels etc.
• Prelimenary mechanical equipment drawing
• Piping isometry drawing
• Welding symbol
• Piping construction drawing (pipe spooling)
• Pipe detail drawing
• Material take of (MTO)

C.     PIPING SUPPORT DRAFTING

D.     PIPING ACCESORIES

• Piping
• Fitting (elbow, reducer, tee etc)
• Valve (gate valve, globe valve, ball valve, buterfly valve, check valve etc)
• Flange
• Gasket
• Bolt
• Coupling
• Strainer

E.     PIPING DRAFTING SYSTEM

• Drafting piping connections to the pump arrangement
• Drafting piping arrangement connection to the tank
• Drafting piping arrangement connection to the pressure vessel
• Drafting piping connections to the turbine arrangement
• Drafting piping arrangement on a pipe rack
• Drafting piping connections to the compressor arrangement
• Drafting piping arrangement connection to the condensor
• Drafting piping connections to the heat exchanger arrangement
• Drafting piping connections to the cooling tower arrangement
• Drafting piping arrangement connection to the boiler

F.     PIPING DESIGN 3D MODELING

• AutoCAD Plant 3D tools  
• 3D Modeling Pipe rack (structure, ladder, handrail, platform etc)
• Mechanical equipment (pump, tank, vessel, fan etc)
• Pipe routing, input fittings, support and valves.  
• Convert 3D to 2D Isodraft drawing
• Convert 3D to  isometry drawing

G.     FINAL TEST
 
Modul & Software:- Piping Drafting
- AutoCAD plant 3D tutorial
- Sample drawing project
- Pipe data pro software
- AutoCAD Plant 3D

7. CIVIL DESIGN : Staad Pro & Afes

Civil Design merupakan pondasi utama suatu infrastruktur plant station (power plant, oil& gas, petrochemical, factory, high rise building etc). STAR menawarkan suatu training yang sangat komprehensif dan berfokus pada design suatu struktur static power plant, materi yang disajikan sangat aplikatif pada project2 PLTU, PLTG, PLTGU etc, dimana siswa akan diberikan dasar dan filosofi terkait desain dan dibimbing untuk dapat mendesain suatu struktur dengan menggunakan Staad Pro dan Afes. Materi Civil Design meliputi :

A. STAAD PRO

• Pengenalan staad pro tools 2008i
• Pemodelan struktur dengan menentukan parameter desain (steel structure & concrete structure).
• Analisa pembebanan pada structure berupa pembebanan equipment mechanical dan electrical, etc.
• Analisa gempa 2010
• Desain kalkulasi steel structure
• Desain kalkulasi base plate & anchore bolt
• Desain kalkulasi koneksi sambungan bolt & weld

B. AFES

• Pengenalan AFES 3.0
• Parameter desain berupa daya dukung pondasi, concrete dan roun bar
• Foundation grouping berupa penentuan tipe pondasi dangkal dan dalam
• Tie girder data
• Penentuan dimensi footing dan pier
• Foundation reinforcement
• Load case combination
• Foundation analysis

C. TUGAH AKHIR

Para siswa diberikan tugas akhir berupa simulasi kombinasi steel structure dan concrete pada suatu structure di power plant dan/atau oil & gas plant. dalam pembuatan tugas akhir para siswa akan dituntun membuat laporan desain kalkulasi sesuai dengan project2  di PLN dan oil gas company.

 
Address : Bintaro - Jakarta