Computer-aided design (CAD) has gotten excessive change in the way we understand the developing process. Before CAD, developing was performed individually, leading to more (human) errors and pointless. CAD has made developing process accurate and faster.
One of the most widely used program for CAD developing is AutoCAD which comes with customized features for MEP, Architectural and Architectural sites. AutoCAD developing has become a routine these days, offering effective and accurate blueprints for specialized, architectural and structural projects. In the starting CAD used to indicate only automated developing, but now it comes with enhanced 3D acting and computer-simulated features.
For example, AutoCAD allows architectural designers to set up floor plans, levels and cross-sections in 3D. The details can be proved helpful with to promote particular architectural products in market or created into details to digitally store some of essential project details such as elements assessment, costs and other concepts. Same goes with specialized or structural projects where you want to successfully co-ordinate different sections of design at one place.
AutoCAD program helps developing in both 2D and 3D. Autocad works 2D vector-based developing and 3D powerful acting with easy changes in three dimensions. This means that products can be observed and analyzed from any place, even from the inside.
The number of companies offering AutoCAD developing solutions is enhancing quickly in Native indian. Native indian is seen as a suggested location for outsourcing AutoCAD developing because of the enhancing cost of CAD solutions in the European and absence of knowledgeable professionals. EPC companies in western can consider using the huge abilities discuss in Native indian and a essential benefits linked with outsourcing by selecting right AutoCAD developing resource.
AutoCAD Creating Native indian is an international developing solutions company offering 2D/3D AutoCAD developing solutions in the area of MEP, architectural and structural industry.
LOWONGAN CAD Drafter Jakarta Raya
PT Murinda Iron Steel
PT. Murinda Iron Steel adalah sebuah Perusahaan General Kontraktor dan Steel Structure yang berdiri sejak tahun 1974. Kami bergerak dibidang jasa konstruksi seperti gedung bertingkat , jembatan , pabrik , gudang , processing plant , power plant , plate works dll. Kami telah mengerjakan berbagai proyek yang tersebar di seluruh Indonesia.
Pada kesempatan ini kami membuka kesempatan karier bagi anda yang kompeten untuk mengisi jabatan : Lamaran lengkap dikirim langsung atau via email ke alamat :
CAD Drafter
Jakarta Raya
Requirements:
Pendidikan min D3 / S1 Tekhnik Sipil
Pengalaman min 2 tahun
Menguasai pembuatan shopdrawing sipil atau baja
Menguasai 2D CAD atau 3D CAD
Mampu bekerja secara team work
Memiliki loyalitas dan integritas yang tinggi
Mampu bekerja dibawah tekanan
PT. MURINDA IRON STEEL
Gedung Permata Kuningan Lantai 15
Jl. Kuningan Mulia Kav. 9C Kuningan Persada Jakarta 12980
Email : recruitment@murinda.com
LOWONGAN CAD Drafter Jakarta Raya
PT Adhi Wiswakarma Desantara
PT. AWD adalah perusahaan Konsultan Design ARSITEKTUR dan INTERIOR berlokasi di Bintaro Jaya Jakarta, mencari orang orang muda yang energik, kreatif, inovatif, komunikatif, dapat berkerja dalam tim atau sendiri dan mandiri untuk bergabung dengan tim kami sebagai :
CAD Drafter
Jakarta Raya
Requirements:
Pendidikan STM/ D3/ S1
Pria
Usia maksimal 27 tahun
Menguasai CAD, lebih diutamakan yang mempunyai kemampuan 3D modeling
Pengalaman minimal 2 tahun
Domisili di Jakarta
Kirim lamaran lengkap, CV dan Hasil Karya melalui e-mail ke:
humancapital@awd.co.id
disertai foto terbaru (4x6), dicantumkan gaji yang diinginkan & nomor telepon/ handphone yang dapat dihubungi.
Viewport In AutoCAD 2010
Viewport
is the perception of an object. So, to see the 3D objects can be seen from the front, side, or top. Or also can be seen in three dimensions by using isometric. In 3D computer graphics it refers to the 2D rectangle used to project the 3D scene to the position of a virtual camera. A viewport is a region of the screen used to display a portion of the total image to be shown
On AutoCAD, viewport can be arranged into multiple views so you can see the same object from different sides. Viewport it self can be set with a number of ways:
Select the View toolbar
Select Viewport Configurations
is the perception of an object. So, to see the 3D objects can be seen from the front, side, or top. Or also can be seen in three dimensions by using isometric. In 3D computer graphics it refers to the 2D rectangle used to project the 3D scene to the position of a virtual camera. A viewport is a region of the screen used to display a portion of the total image to be shown
On AutoCAD, viewport can be arranged into multiple views so you can see the same object from different sides. Viewport it self can be set with a number of ways:
Select the View toolbar
Select Viewport Configurations
There are several options: single, two viewport, three, and others. For example here I use a set viewport Three: Right
If you see in the picture above, there are three viewport is top, front, and 3D. To set-Viewport, you can click on the viewport will be set and then select the menu View> Views
Next, choose one of the options viewport.
Point of view of the various sides of an image design is absolutely necessary for the presentation. It so because one type of images created with AutoCAD can be seen from various perspectives through sharing Viewport, either 2D or 3D images. Of some options you can try one by one to determine the usefulness of each of these options. You can create a single layout viewport that fits the entire layout or create multiple layout viewports in the layout. Once you create the viewports, you can change their size, their properties, and also scale and move them as needed. You can change the Viewport by selecting a type of display according to the image above. Viewport split is an attempt to simplify the illustration and design of the reconstruction process is being made. By using a viewport display, the image that we created can be viewed from several sides at once. Well done is how to display an object of objects with different angles using Viewport, good tutorial on how to use the Viewport in AutoCAD can be beneficial for all associates.
NoteIt is important to create layout viewports on their own layer. When you are ready to plot, you can turn off the layer and plot the layout without plotting the boundaries of the layout viewports.
3D Cad Design Expert
Responding to business queries as and when they arrive has become really important. Organizations and companies have set up their own customer support services in order to meet with the upcoming consumer demands. Today, the companies, which respond to consumers, are considered more successful than the companies who do not respond on time. The organizations moving towards 3CAD system enjoy the following benefits of CAD:
1. High quality
2. Flexibility in design changes
3. Reduced prototype expenses
4. Rapid prototyping
5. Eliminating redundancy
6. Shift from traditional paper based work to electronic paperless one
7. Accurate output.
Design quality is greatly improved, human error is reduced and the need to rework is minimized with the 3D AutoCAD system. 3D design modeling significantly improves design value because it is a more comprehensive process than 2D design. Therefore, many human errors that can occur with long-established 2D design methods can be avoided. To get quantity data, using 3D design modeling is easy because items are represented as they happen. As a result, 3D CAD design is created as a true to life model because the 3D modeling design represents quantities with accuracy. As with 2D CAD design quantity data from 2D views is poor because other components are omitted and projections may show a component in several views. In view of the fact that 3D CAD modeling can be used to generate pictorial views, as well as traditional projections, there exists no need for the 2D prototype (as it was required in the past). 2D methods will always rely on human interference whereas; 3D CAD methods can be smoothly incorporated with other computer systems within companies.
1. High quality
2. Flexibility in design changes
3. Reduced prototype expenses
4. Rapid prototyping
5. Eliminating redundancy
6. Shift from traditional paper based work to electronic paperless one
7. Accurate output.
Design quality is greatly improved, human error is reduced and the need to rework is minimized with the 3D AutoCAD system. 3D design modeling significantly improves design value because it is a more comprehensive process than 2D design. Therefore, many human errors that can occur with long-established 2D design methods can be avoided. To get quantity data, using 3D design modeling is easy because items are represented as they happen. As a result, 3D CAD design is created as a true to life model because the 3D modeling design represents quantities with accuracy. As with 2D CAD design quantity data from 2D views is poor because other components are omitted and projections may show a component in several views. In view of the fact that 3D CAD modeling can be used to generate pictorial views, as well as traditional projections, there exists no need for the 2D prototype (as it was required in the past). 2D methods will always rely on human interference whereas; 3D CAD methods can be smoothly incorporated with other computer systems within companies.
Layer Dalam AutoCAD
Yang di maksud Lapis gambar atau layer dalam autoCAD adalah perbedaan warna dan ukuran pada gambar yang di buat dengan tujuan agar gambar tersebut mudah untuk di baca dan di mengerti juga untuk mempermudah pengaturan obyek yang mempunyai karakteristik yang sama.
Dalam menggambar dengan autoCAD khususnya untuk gambar yang relative kompleks di sarankan agar gambar di buat dalam beberapa layer/lapis meskipun bisa juga di susun tanpa lapis.Seperti halnya kita menggambar secara manual dengan menggunakan rafido,tentunya kita butuh minimal 3 rafido lain ukuran bukan? Sebagai contoh Garis tepi dengan 0.5 mili,garis pokok 0.3 mili dan arsiran dengan 0.1 mili. Fungsi layer dalam AutoCAD kurang lebih sama dengan penggunaan rafido tersebut.
Ini adalah salah satu kelebihan menggambar dengan autoCAD,dimana ketebalan tiap garis bisa kita tentukan sendiri tanpa harus keluar duit membeli rafido di tambah lagi warna dari masing-masing karakter/garis bisa kita rubah, sehingga dengan mudah kita bisa membedakan karakter/garis satu dengan lainnya. Misalnya instalasi air kotor dengan air bersih atau arsir genteng dengan balok kasau.
Kita juga bisa dengan mudah mengganti layer apabila terjadi kesalahan pada saat proses menggambar sedang berlangsung. Tinggal klik ikon (seperti gambar di samping) pada object properties toolbar sehingga muncul kotak dialog Layer Properties Manager. Klik karakter yang hendak kita ganti,setelah berwarna lain tinggal masukkan data baru yang kita inginkan.
Jika layer belum pernah kita edit maka pada layer properties manager tampak kosong. Untuk menambah layer yang kita inginkan tinggal klik New (di kanan atas). Beri nama sesuai kebutuhan misal (arsir atau garis potong) Klik color untuk memilih warna layer, linetype untuk merubah garis ( sambung atau putus-putus), lineweight untuk ketebalan garis (misal 0.5 buat garis tepi). setelah selesai klik OK
Solidworks Vs AutoCAD
From my firsst day in technological innovation university, until my past place as technological innovation manager; I have gotten to analyze Solidworks vs AutoCAD aspect by aspect. I have used AutoCAD, AutoCAD 3d and the newest editions of Solidworks. Autodesk operates AutoCAD and Dassault Systemes operates Solidworks. From a organization viewpoint, each organization has several products/divisions. To begin, each organization has launched outside of CAD items which I can't think on because I don't quite comprehend how or if the other items are relevant to their CAD items and how it connections into their higher technique. Autodesk operates 4 CAD items that I'm conscious of. The other 3 include; Founder, Revit and 3ds Max. Dassault Systemes operates only 1 other product; Catia. From a organization viewpoint, I confide with Dassault Systemes. They are concentrating on a very filter but huge industry, particularly associated with technical technicians and aerospace technicians. Autodesk however seems to be trying to complete gaps in the marketplace and overextending themselves. Their unique item was excellent, 2d creating application that proved helpful best for structure and structures.
Here is my Solidworks vs AutoCAD take. I think that Solidworks is much better suitable for developing complicated techniques and devices, and AutoCAD 3d is much better suitable for municipal technicians and those who style less complicated techniques. It is much less computerized and more challenging to modify factors on the fly. The example I will provide is Solidworks is like a term processer and AutoCAD is like a typrwriter. Since Solidworks is function motivated, functions can be modified in viewpoint and the customer can see how the changes impact the whole program. Solidworks has many resources that simulate the real production processes; for example opening expert. This is basically like an whole, routine, tap, countersink and counterbore catalog and allows the customer to place complicated opening paterns in a few moments. It also has a designed in collection of all of the starndard and some non-standard components. This creates it quite simple to automade the style procedure. I have individually stored all of the components in the conventional Solidworks collection that we use in our stock and given it the corresponding stock aspect variety so I can just choose and take and place areas.
The piece steel functions in Solidworks are awesome, the customer can basically sketch anything they can think about then convert it to piece steel. The application will determine the smooth patern and where to fold it to create your complicated piece steel aspect. It is awesome. The application is also able to mimick way areas and devices will shift together so that disturbance can be seen before reducing any steel.
When determining upon getting Solidworks vs AutoCAD, create sure to take into account all aspects.
Here is my Solidworks vs AutoCAD take. I think that Solidworks is much better suitable for developing complicated techniques and devices, and AutoCAD 3d is much better suitable for municipal technicians and those who style less complicated techniques. It is much less computerized and more challenging to modify factors on the fly. The example I will provide is Solidworks is like a term processer and AutoCAD is like a typrwriter. Since Solidworks is function motivated, functions can be modified in viewpoint and the customer can see how the changes impact the whole program. Solidworks has many resources that simulate the real production processes; for example opening expert. This is basically like an whole, routine, tap, countersink and counterbore catalog and allows the customer to place complicated opening paterns in a few moments. It also has a designed in collection of all of the starndard and some non-standard components. This creates it quite simple to automade the style procedure. I have individually stored all of the components in the conventional Solidworks collection that we use in our stock and given it the corresponding stock aspect variety so I can just choose and take and place areas.
The piece steel functions in Solidworks are awesome, the customer can basically sketch anything they can think about then convert it to piece steel. The application will determine the smooth patern and where to fold it to create your complicated piece steel aspect. It is awesome. The application is also able to mimick way areas and devices will shift together so that disturbance can be seen before reducing any steel.
When determining upon getting Solidworks vs AutoCAD, create sure to take into account all aspects.
Drafter Kalimantan Timur - Berau
PT. Mutiara Tanjung Lestari
A subsidiary of PT. Berau CoalEnergy Tbk, is well established and modern mining contractor company providing services for the rapid growth mining and related industries in East Kalimantan, require professional with complete dedication and high motivation to fill the position for:
Drafter
Kalimantan Timur - Berau
Responsibilities:
Develop, interpret and execute Life of Mine and other mine planning and scheduling models.
Design, plan, optimize, cost and review the coal mining operations.
Ensure and develop all scheduling plan, Recommend appropriate cut off grades strategies
Ensure daily, weekly, quarterly, annual budgets & forecasts, life of mine plans are prepared and to accepted standards and a timely and cost effective manner
Oversee the complete mining process from development of mine plans to actual delivering product to the plant.
Requirements:
Minimal degree Mining Engineering
Extensive experience with mining related software:
SURPAC with mine scheduling
MINESCAPE
MINE 2.4D with EPS
DATAMINE
Has POP, POM certificate is advantage
In-depth understanding of the mine-planning and scheduling process, especially in open-cast brown fields and green fields projects
Experience in coal mining operational management
Project management skills
Experience in the construction/development of new mining operations)
Willing to be placedin Berau (East Kalimantan)
If you feel that your qualifications meet our requirements; please send your CV in English with one recent photo, code “Drafter” in the subject. Mail it to :
recruitment@mtl.co.id
(cc) recruitment@beraucoalenergy.co.id
A subsidiary of PT. Berau CoalEnergy Tbk, is well established and modern mining contractor company providing services for the rapid growth mining and related industries in East Kalimantan, require professional with complete dedication and high motivation to fill the position for:
Drafter
Kalimantan Timur - Berau
Responsibilities:
Develop, interpret and execute Life of Mine and other mine planning and scheduling models.
Design, plan, optimize, cost and review the coal mining operations.
Ensure and develop all scheduling plan, Recommend appropriate cut off grades strategies
Ensure daily, weekly, quarterly, annual budgets & forecasts, life of mine plans are prepared and to accepted standards and a timely and cost effective manner
Oversee the complete mining process from development of mine plans to actual delivering product to the plant.
Requirements:
Minimal degree Mining Engineering
Extensive experience with mining related software:
SURPAC with mine scheduling
MINESCAPE
MINE 2.4D with EPS
DATAMINE
Has POP, POM certificate is advantage
In-depth understanding of the mine-planning and scheduling process, especially in open-cast brown fields and green fields projects
Experience in coal mining operational management
Project management skills
Experience in the construction/development of new mining operations)
Willing to be placedin Berau (East Kalimantan)
If you feel that your qualifications meet our requirements; please send your CV in English with one recent photo, code “Drafter” in the subject. Mail it to :
recruitment@mtl.co.id
(cc) recruitment@beraucoalenergy.co.id
Piping Drafter Jakarta Raya
PT Southern Chemicals & Engineering
Are you looking for a chance to develop and grow? If yes then PT. Southern Chemicals & Engg. is giving you the same opportunity.
We have been in Water Treatment industry for 3 decades, now we are currently in a very rapid growth period and are looking for qualified professionals to join with our team as :
Drafter
Jakarta Raya
Requirements:
Technical High School or D3 from Mechanical or Electrical Engineering
Having experience as drafter for 3 years
Familiar with relevant codes used in oil & gas, petrochemicals, power plant
Able to use AutoCAD, PDMS is an advantages
Experience in making Fabrication Drawing Detail, Piping, Layout, P&ID
Please send your application, CV and recent photograph to :
customerservice@southchem-group.com
or to :
PT. SOUTHERN CHEMICALS & ENGINEERING
Komp. Plaza Pasifik B2 No. 28
Kepala Gading, Jakarta Utara 14250
Mold Designer Engineer Japan
Overseas Professional Achievers Intl Inc.
Search / Recruitment Firm Principal Name: SUN VERTEX COMPANY LIMITED |
|
ENGINEERING DRAFTER (CIKUPA) Jakarta Raya
PT Herman Industries
|
We are LK CNC MACHINERY DISTRIBUTOR.
Currently we are looking for highly qualified, self starter, hard working and strong leadership professional qualification to fill up the following position as :
ENGINEERING DRAFTER (CIKUPA)
Jakarta Raya
Requirements:
hrd@hermanindustries.com atau Jl. KH. Zainul Arifin No. 3B, Jakarta Pusat |
Piping Drafter ( Kode : PD ) Jakarta Raya
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List of API Standard for Machinery
STD 610 : "Centrifugal
Pumps for Petroleum, Heavy Duty Chemical, and Gas
Industry Services" & American Petroleum Institute 1995-00-00 ANSI 194
"ST2400, STP204, STP005"
Industry Services" & American Petroleum Institute 1995-00-00 ANSI 194
"ST2400, STP204, STP005"
STD 611 : "General-Purpose
Steam Turbines for Petroleum, Chemical, and Gas
Industry Services Fourth Edition" & American Petroleum Institute 1997-06-00
67 "ST2400, STP204, STP005"
Industry Services Fourth Edition" & American Petroleum Institute 1997-06-00
67 "ST2400, STP204, STP005"
STD 612 : "Special-Purpose
Steam Turbines for Petroleum, Chemical, and Gas
Industry Services" & American Petroleum Institute 1995-00-00 98 "ST2400,
STP204, STP005"
Industry Services" & American Petroleum Institute 1995-00-00 98 "ST2400,
STP204, STP005"
STD 613 : "Special
Purpose Gear Units for Petroleum, Chemical, and Gas
Industry Services" & American Petroleum Institute 1995-00-00 73 "ST2400,
STP204, STP005"
Industry Services" & American Petroleum Institute 1995-00-00 73 "ST2400,
STP204, STP005"
STD 614 : "Lubrication,
Shaft-Sealing, and Control-Oil Systems and Auxiliaries
for Petroleum, Chemical and Gas Industry Services Fourth Edition" & American
Petroleum Institute 1999-04-00 206 "ST2400, STP204, STP008"
for Petroleum, Chemical and Gas Industry Services Fourth Edition" & American
Petroleum Institute 1999-04-00 206 "ST2400, STP204, STP008"
STD 616 : "Gas
Turbines for Petroleum, Chemical, and Gas Industry Services
Fourth Edition" & American Petroleum Institute 1998-08-00 92 "ST2400,
STP204, STP005"
Fourth Edition" & American Petroleum Institute 1998-08-00 92 "ST2400,
STP204, STP005"
STD 617 : "Centrifugal
Compressors for Petroleum, Chemical, and Gas Service
Industries" & American Petroleum Institute 1995-00-00 101 "ST2400, STP204,
STP005"
Industries" & American Petroleum Institute 1995-00-00 101 "ST2400, STP204,
STP005"
STD 618 : "Reciprocating
Compressors for Petroleum, Chemical, and Gas Industry
Services" & American Petroleum Institute 1995-00-00 167 "ST2400, STP204,
STP005"
Services" & American Petroleum Institute 1995-00-00 167 "ST2400, STP204,
STP005"
STD 619 : "Rotary
Type Positive Displacement Compressors for Petroleum,
Chemical, and Gas Industry Services Third Edition" & American Petroleum
Institute 1997-06-00 117 "ST2400, STP204, STP005"
Chemical, and Gas Industry Services Third Edition" & American Petroleum
Institute 1997-06-00 117 "ST2400, STP204, STP005"
STD 670 : "Vibration,
Axial Position, and Bearing Temperature Monitoring
Systems Third Edition; Replaces STD 678" & American Petroleum Institute
1993-00-00 ANSI 72 "ST2400, STP204, STP005"
Systems Third Edition; Replaces STD 678" & American Petroleum Institute
1993-00-00 ANSI 72 "ST2400, STP204, STP005"
STD 671 : "Special-Purpose
Couplings for Petroleum, Chemical, and Gas Industry
Services Third Edition" & American Petroleum Institute 1998-10-00 ANSI 36
"ST2400, STP204, STP005"
Services Third Edition" & American Petroleum Institute 1998-10-00 ANSI 36
"ST2400, STP204, STP005"
STD 672 : "Packaged,
Integrally Geared Centrifugal Air Compressors for
Petroleum, Chemical, and Gas Industry Services" & American Petroleum
Institute 1996-00-00 87 "ST2400, STP204, STP005"
Petroleum, Chemical, and Gas Industry Services" & American Petroleum
Institute 1996-00-00 87 "ST2400, STP204, STP005"
STD 674 : “Positive
Displacement Pumps - Reciprocating & American Petroleum
Institute 1995-00-00 67 "ST2400, STP204, STP005"
Institute 1995-00-00 67 "ST2400, STP204, STP005"
STD 675 : “Positive
Displacement Pumps - Controlled Volume & American Petroleum
Institute 1994-00-00 41 "ST2400, STP204, STP005"
Institute 1994-00-00 41 "ST2400, STP204, STP005"
STD 676 : “Positive
Displacement Pumps - Rotary & American Petroleum Institute
1994-00-00 52 "ST2400, STP204, STP005"
1994-00-00 52 "ST2400, STP204, STP005"
STD 677 : "General
Purpose Gear Units for Petroleum, Chemical, and Gas
Industry Services Second Edition" & American Petroleum Institute 1997-07-00
80 "ST2400, STP204, STP005"
Industry Services Second Edition" & American Petroleum Institute 1997-07-00
80 "ST2400, STP204, STP005"
STD 681 : "Liquid
Ring Vacuum Pumps and Compressors for Petroleum, Chemical,
and Gas Industry Services First Edition" & American Petroleum Institute
1996-02-00 80 "ST2400, STP204"
and Gas Industry Services First Edition" & American Petroleum Institute
1996-02-00 80 "ST2400, STP204"
STD 682 : ”Shaft
Sealing Systems for Centrifugal and Rotary Pumps & American
Petroleum Institute 1994-00-00 ANSI 128 "ST2400, STP204, STP005"
Petroleum Institute 1994-00-00 ANSI 128 "ST2400, STP204, STP005"
RP 683 : "Quality
Improvement Manual for Mechanical Equipment in Petroleum,
Chemical, and Gas Industries" & American Petroleum Institute 1993-00-00 39
"ST2400, STP204, STP005
Chemical, and Gas Industries" & American Petroleum Institute 1993-00-00 39
"ST2400, STP204, STP005
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