Cara Backup Blog di Blogger

Setelah Anda menulis ke dalam blog maka sebaiknya lakukan backup secara periodik. Hal ini bertujuan agar supaya tulisan Anda tidak hilang sia-sia bila suatu saat ada masalah di hosting blog kita atau misal Anda ingin melakukan upgrade blog. Berikut ada beberapa cara mudah melakukan backup blog Anda di Blogger :

1. Buka browser Anda (dalam hal ini dipakai browser Firefox 3)
2. Siapkan add on Firefox yaitu DownThemAll!, yang dapat Anda download disini.
   
3. Masukan alamat URL blog Anda, misal http://namabloganda.blogspot.com/
4. Tambahkan keterangan dibelakang alamat URL Anda dengan mengetikkan "/search?max-results=N" (tanpa tanda ") sehingga menjadi http://namabloganda.blogspot.com/search?max-results=N.
5. N menunjukkan jumlah total postingan Anda yang dapat dilihat pada Dashboard di Blogger (Gambar 1). N diisi maksimal 1000 postingan (cukup banyak sih 1000 postingan)
   
6. Setelah alamat blog Anda terbuka, klik kanan mouse dan pilih menu DownThemAll!. Add on ini dapat mendukung backup seperti file dan foto yang sudah Anda upload di blog Anda.
7. Seperti pada Gambar 2, Anda dapat menentukan lokasi mana backup blog Anda simpan. Pilih di Save files in dan kemudian centang pada Filters sesuai dengan isi blog Anda.
   
8. Setelah selesai klik Start.

Berikut screenshot Gambar 1 dan Gambar 2 dibawah ini

Gambar 1

Gambar 2

Panduan Memilih Notebook

Panduan Memilih Notebook


Saat ini harga Notebook boleh dibilang relatif lebih murah dibanding tahun lalu. Oleh karena itu barang ini menjadi primadona di hampir semua kalangan baik mahasiswa, pengusaha, dosen, bahkan anak kecilpun sudah dikenalkan menggunakan notebook ini. Namun, sebelum Anda membeli notebook pastikan terlebih dahulu beberapa panduan di bawah ini:

1. Berat dan Ukuran Layar Notebook

Faktor berat notebook memegang peranan penting apabila Anda sering bepergian. Tidak semua notebook memiliki berat yang ringan meskipun dikatakan sebagai barang portable. Bila Anda sangat aktif mobile maka pemilihan notebook berbobot ringan sangatlah diperlukan. Berat yang ideal adalah di sekitar 1,6 – 2,2 kg dan lebih dari itu maka Anda siap-siap untuk memanggul beban notebook Anda sehingga bahu Anda harus wajib dipijit tiap hari. Nah, berat notebook akan berbanding lurus dengan ukuran layarnya. Notebook dengan berat dibawah 2,2 kg akan memiliki layar ukuran 12-13 inci dengan resolusi 1280x800 pixel. Namun notebook yang ringan tentu akan memliki harga yang lebih mahal karena adanya system pendinginan yang lebih kompleks.

2. Sistem Operasi (OS)

Saat ini sebagian besar produsen notebook telah menginstall OS dari Microsoft. Pastikan software yang Anda lihat di notebook adalah asli/original. OS Windows Vista yang lebih banyak diinstall saat ini mengingat Windows XP di pasaran yang sudah agak susah ditemui, namun Anda dapat memilih OS yang sesuai dengan kebutuhan.

3. CPU

Notebook dengan CPU Intel Core 2 Duo memiliki performa yang sangat baik. CPU ini memiliki tenaga pemrosesan yang besar dan menggunakan energi yang lebih sedikit. Panas yang dikeluarkan juga lebih sedikit jika dibandingkan generasi CPU Pentium sebelumnya.

4. RAM

Di pasaran saat ini sudah banyak spec notebook dengan RAM yang tinggi 1 GB karena standar Vista yang diinstall di notebook tsb. Sebenarnya bila notebook memakai OS Windows XP, besarnya RAM tsb sudah lebih dari cukup. Namun, RAM 1 GB untuk Vista masih sangat minim sekali sehingga diperlukan paling tidak RAM 2 GB agar Anda dapat melakukan beberapa aplikasi secara simultan, membuka aplikasi Office sambil berselancar di internet dan untuk mengecek email Anda. Disamping RAM 2 GB ini Anda butuhkan bila Anda adalah seorang gamer atau sering mengedit beberapa foto digital.

5. Port dan Video Card

Notebook yang harganya ekonomis akan memiliki sepasang port USB, tanpa port serial, parallel, atau DVI dan port VGA nya pun hanya satu port. Pastikan kebutuhan Anda sudah sesuai dengan banyaknya port tsb. Apabila budget Anda terbatas maka Anda akan mendapatkan notebook dengan performa grafis yang kurang bagus. Hal ini akan sangat terasa bila OS yang ada adalah Vista dimana dibutuhkan Video Card yang kuat untuk memaksimalkan features barunya seperti interface Aero, menu tembus pandang, serta Flip 3D nya. Pilih model notebook minimal RAM onboard 128 MB, namun Anda disarankan lebih ‘aman’nya upgrade ke RAM 256 MB

6. Wireless dan Bluetooth

Teknologi yang satu ini patut Anda cermati karena saat ini teknologi wireless sudah sangat umum dipakai selain dipasang di notebook seperti di Handphone, dsb. Biasanya standar notebook sudah terinstall kartu wireless (WIFI) 802.11g. Pastikan pula kebutuhan teknologi Bluetooth Anda sudah sesuai dengan kebutuhan Anda terpasang di notebook. Teknologi Bluetooth memungkinkan Anda dapat mensinkronisasikan email, kalender, kontak handpone ke notebook Anda dengan cara menggunakan teknologi wireless.

7. Touch Pad

Pastikan Touch Pad di notebook Anda nyaman. Hal ini penting meskipun kadang kita memakai mouse eksternal.

8. Baterai Notebook

Faktor ini sangat penting karena saat kita memakai notebook tiba-tiba baterai drop membuat kita kerepotan. Oleh karena itu pastikan bila Anda memiliki budget, belilah baterai cadangan untuk Anda yang sering bepergian atau melakukan presentasi penting dan membutuhkan waktu yang singkat.

Enterprise Asset Management

Enterprise Asset Management

Enterprise Asset Management dulunya dikenal dengan nama CMMS
CMMS merupakan system terintegrasi yang mencatat hal-hal yang berkaitan dengan maintenance, dalam CMMS dicatatkan :

Nama Asset/mesin,
daftar pekerjaan Maintenance (Planned & Unplann ed Maintenance),
history pemakaian sejak pembelian,
history kerusakan,
total biaya yang dikeluarkan,
sparepart yang dibutuhkan untuk sebuah mesin,
stok spare part yang ada,
sampai menghitung nilai MTBF (Mean Time Between Failure)& MTTR (Mean Time To Repair).

CMMS juga bisa terintegrasi dengan system lain, seperti ERP pada manufaktur dalam hal ini integrasi dengan data output mesin yang tercatat di ERP sehingga pada output tertentu mesin harus di maintain (servis, ganti spare part, dll), data pembelian spare part, jurnal accounting, dll.

Pada hakikatnya CMMS, seperti namanya, adalah sistem yang mendayagunakan komputasi (Data base sistem) untuk melakukan management aktifitas maintenance asset organisasi. Untuk itu tentu hal pertama yang harus dilakukan untuk menerapkan CMMS adalah :
1. standarisasi sistem registrasi asset.Mulai dari asset sistem service (misal kompressor service unit, power generation unit),
2. equipment unit, maintanable unit sampai spare part.
3. Selain itu asset man power resources juga teresgiter dalam data base CMMS,
4. spesial tool yang tersedia, dsb nya.

Kemudian setelah itu tentu adalah sistem management pekerjaan yang biasanya berupa work order flow process yang mengatur bagaimana suatu alur pekerjaan maintenance harus di jadwalkan, rencanakan, eksekusi ataupun di tunda di"pasang" pada CMMS sehingga pekerjaan maintenance dapat diatur/di manage dengan baik.

Work order flow biasanya juga dilengkapi dengan Standar Operating Procedure atau sejenisnya sebagai guidance untuk melakukan pekerjaan dalam suatu jenis work order. dalam SOP tersebut biasanya dicantumkan spesial tool yang diperlukan, jenis human resources nya, prekiraan man hour, spare part yang diperlukan, consumable item, dll. Berbekal data-data tersebut maka diharapakan pekerjaan maintenance dapat di"atur" dan di jadwalkan POST http://www.blogger.com/post-create.do HTTP/1.0dan di rencanakan dengan baik serta pekerjaan un planed dan unscheduled serta backlog dapat ditekan. Selain itu tentu akan sangat membantu (tidak selalu tersedia module nya) bila CMMS juga dapat menyimpan data histori asset, run time tracker (untuk melihat reliability dan availability asset), dan dapat ber"komunikasi" dengan ERP perusahaan.Adapun poduknya sangat banyak mulai dari yang sederhana seperti CWork, hingga MAXIMO, 7i (Data stream dahulu), JDE atau SAP.

5 Langkah Downgrade Vista ke Windows XP

Sistem operasi Windows Vista memang memiliki interface yang lebih baik dari XP. Namun dibalik itu semua ada beberapa hal yang perlu dicatat, salah satunya adalah spesifikasi komputer Anda harus memenuhi syarat untuk instalasi Vista. Bila Anda memang sudah menginstalasi Vista dan ternyata komputer Anda "tidak memenuhi syarat" maka Anda perlu mempertimbangkan untuk kembali menggunakan Windows XP. Nah, bagaimana bila Anda ingin melakukan downgrade dari Vista ke Windows XP? Cara ini lebih mudah dilakukan daripada Anda harus memformat ulang komputer Anda:

1. Windows XP tidak dapat diinstal di atas Windows Vista. Namun jika Anda ingin menggunakan dual booting pada komputer Anda maka Anda bisa memakai tool DiskPart yang ada dalam disk instalasi Windows Vista untuk membuat partisi yang kedua. Namun bila Anda ingin menggunakan aplikasi seperti GParted bisa juga. Anda dapat menghapus habis Windows Vista dan kemudian menginstal kembali komputer Anda dengan Windows XP dengan aplikasi yang sama. Aplikasi GParted dapat didownload disini dan bisa Anda lihat screenshot dibawah ini

2. Saat Anda memakai XP dan ingin meng copy file ke harddisk SATA Anda, namun Anda tidak dapat melihat disk drive tsb maka penyebabnya adalah mode AHCI pada harddisk SATA adalah enabled. Cara merubahnya adalah Anda masuk ke BIOS komputer Anda dan matikan fungsi mode AHCI yang otomatis akan menyalakan mode ATA untuk memudahkan proses instalasi.

3. Boot komputer Anda dengan menggunakan Windows XP SP2 langsung dan instal sistem operasi tsb secara normal. Bila Anda ingin menjadikan dual booting maka Windows Vista akan berada di drive C dan Windows XP akan berada di drive E (drive lainnya selain drive C).

4. Jika komputer Anda ingin menjadi dual boot (Windows Vista dan Windows XP) maka Anda perlu memperbaiki MBR (Master Boot Record) harddisk Anda. Hal ini dikarenakan saat Anda menginstal Windows XP maka XP akan menimpa MBR yang dipakai oleh Vista sehingga Windows Vista Anda tidak akan bisa loading. Nah, untuk memperbaikinya, jalankan booting melalui disk Windows Vista dan pilih "Repair your computer" pada screen Install Now. Kemudian pilih Startup repair untuk memperbaiki MBR tsb.

5. Tahap terakhir adalah melakukan setup dual booting pada komputer Anda. Beberapa boot manager dapat melakukan hal ini, salah satu diantaranya EasyBCD. Aplikasi gratis ini dapat Anda download disini. Boot komputer Anda di Vista, lalu instal EasyBCD dan klik Add/Remove Entries.

Ganti drive letter menjadi E: dan kemudian ganti type ke Windows NT/2k/XP/2k3. Klik Add Entry, lalu tekan Save. Lakukan reboot ulang dan kemudian bootloader akan muncul secara otomatis. Sekarang Anda dapat memilih OS mana yang Anda familiar, Windows Vista atau Windows XP. Mudah bukan...!

Maintenance, Repair and Operation

Maintenance, Repair and Operation

Maintenance, repair and operations
(Redirected from Maintenance, Repair and Operations)
Jump to: navigation, search

This article does not cite any references or sources. (December 2007)Please help improve this article by adding citations to reliable sources. Unverifiable material may be challenged and removed.
Maintenance, Repair and Operations or Maintenance, Repair and Overhaul (MRO) is fixing any sort of mechanical or electrical device should it become out of order or broken (repair) as well as perfoPOST http://www.blogger.com/post-edit.do HTTP/1.0rming the POST http://www.blogger.com/post-edit.do HTTP/1.0routine actions which keep the device in working order (maintenance) or prevent trouble from arising (preventive maintenance).
The European Federation of National Maintenance Societies defines maintenance as:
All actions which have the objective of retaining or restoring an item in or to a state in which it can perform its required function. The actions include the combination of all technical and corresponding administrative, managerial, and supervision actions.
In telecommunication, the term maintenance has the following meanings:
1. Any activity, such as tests, measurements, replacements, adjustments and repairs, intended to retain or restore a functional unit in or to a specified state in which the unit can perform its required functions.
2. [For material], All action taken to retain material in a serviceable condition or to restore it to serviceability. It includes inspection, testing, servicing, classification as to serviceability, repair, rebuilding, and reclamation.
3. [For material], All supply and repair action taken to keep a force in condition to carry out its mission.
4. [For material], The routine recurring work required to keep a facility (plant, building, structure, ground facility, utility system, or other real property) in such condition that it may be continuously used, at its original or designed capacity and efficiency for its intended purpose.
Source: from Federal Standard 1037C and from MIL-STD-188 and from the Department of Defense Dictionary of Military and Associated Terms
Manufacturers and Industrial Supply Companies often refer to MRO as opposed to Original Equipment Manufacture (OEM). OEM includes any activity related to the direct manufacture of goods, where MRO refers to any maintenance and repair activity to keep a manufacturing plant running.
Industrial Supply Companies can generally be sorted into two types:
the ones who cater to the MRO market generally carry a broad range of items such as fasteners, conveyors, cleaning goods, plumbing, and tools to keep a plant running.
OEM supply companies generally provide a smaller range of goods in much larger quantities with much lower prices, selling materials that will be regularly consumed in the manufacturing process to create the finished item.

[edit] MRO software
In many organizations because of the number of devices or products that need to be maintained or the complexity of systems, there is a need to manage the information with software packages. This is particularly the case in aerospace (e.g. airline fleets), military installations, large plants (e.g. manufacturing, power generation, petrochemical) and ships.
These software tools help engineers and technicians in increasing the availability of systems and reducing costs and repair times as well as reducing material supply time and increasing material availability by improving supply chain communication.
As MRO involves working with an organization’s products, resources, suppliers and customers, MRO packages have to interface with many enterprise business software systems (PLM,EAM, ERP, SCM, CRM).
One of the functions of such software is the configuration of bills of materials or BOMs, taking the component parts list from engineering (eBOM) and manufacturing (mBOM) and updating it from “as delivered” through “as maintained” to “as used”.
Another function is project planning logistics, for example identifying the critical path on the list of tasks to be carried out (inspection, diagnosis, locate/order parts and service) to calculate turnaround times (TAT).
Other tasks that software can perform:
Planning operations,
Managing execution of events,
Management of assets (parts, tools and equipment inventories),
Knowledge-base data on:
Maintenance service history,
Serial numbered parts,
Reliability data: MTBF (mean time between failures), MTTB (mean time to breakdown), MTBR (mean time between removals),
Maintenance and repair documentation and best practices,
Warranty/guarantee documents.
Many of these tasks are addressed in Computerized Maintenance Management Systems (CMMS). Data standards have been developed around these activities, most notably EAMXML

From Wikipedia, the free encyclopedia

Enterprise Asset management (1)

Enterprise asset management
From Wikipedia, the free encyclopedia
(Redirected from Enterprise Asset Management)
Jump to: navigation, search

Enterprise asset management (EAM) means the whole life optimal management of the physical assets of an organization to maximize value. It covers such things as the design, construction, commissioning, operations, maintenance and decommissioning/replacement of plant, equipment and facilities. "Enterprise" refers to the management of the assets across departments, locations, facilities and, in some cases, business units. By managing assets across the facility, organizations can improve utilization and performance, reduce capital costs, reduce asset-related operating costs, extend asset life and subsequently improve ROA (return on assets).

Asset intensive industries face the harsh realities of operating in highly competitive markets and dealing with high value facilities and equipment where each failure is disruptive and costly. At the same time, they must also adhere to stringent occupational safety, health and environmental regulations. Maintaining optimal availability, reliability and operational safety of plant, equipment, facilities and other assets is therefore essential for an organization's competitiveness.
The functions of asset management are taking a POST http://www.blogger.com/post-edit.do HTTP/1.0fundamental turn where organizations are moving from historical reactive (run-to-failure) models and beginning to embrace whole life planning, life cycle costing, planned and proactive maintenance and other industry best practices. Some companies still regard physical asset management as just a more business-focused term for maintenance management - until they begin to realize the organization-wide impact and interdependencies with operations, design, asset performance, personnel productivity and lifecycle costs. This shift in focus exemplifies the progression from maintenance management to Enterprise Asset Management and is embodied in the British Standards specification PAS 55 (Requirements specification for the optimal management of physical infrastructure assets).
See Institute of Asset Management
Contents[hide]
1 What is Enterprise Asset Management?
1.1 Software Packages
2 Information Technology enterprise asset management
3 Why is Enterprise Asset Management Important?
4 Healthcare enterprise asset management
5 See also

[edit] What is Enterprise Asset Management?
Enterprise Asset Management (EAM) is a business paradigm that integrates strategic planning with operations, maintenance and capital investment decision-making. On the operations side, EAM caters to increased efficiencies of all assets including inventory, regulatory compliance and human resources by combining the salient goals of investment, maintenance, repair and operations management. Simultaneously, EAM addresses business challenges that include productivity enhancement, maximizing asset life cycle, minimizing total cost of ownership and support of the technology and supply chain infrastructure.

[edit] Software Packages
Software solutions to support this business paradigm have been in use since the 1970's. Some of the traditional software solutions available for EAM functionality are:
SAP
IBM Maximo
Oracle eAM
Oracle JD Edwards
IFS
eWorkOrders
Invensys Avantis
Mincom Ellipse

[edit] Information Technology enterprise asset management
ITEAM differs from EAM only in its focus on IT assets. This focus is important for a number of key reasons:
Organizational dependence on these assets
High cost, particularly of datacenter assets
Rapid pace of change/turn-over for assets
ITEAM focuses on both hardware and software asset management, ensuring that the organization has the ability to manage these assets throughout their life. In the case of software, there is the added component of ensuring license compliance.
See the International Association of IT Asset Managers (IAITAM)[1] for more details.

[edit] Why is Enterprise Asset Management Important?
Competitive pressures force organizations to minimize asset total cost of ownership and streamline their asset management operations (these typically involve myriad activities ranging from inventory, parts and labor management to contracts and vendor management for new works). As downtimes become increasingly expensive, both in terms of lost production capacity and unfavorable publicity, organizations are compelled to maximize their asset productive life cycles via optimal maintenance programs.
In the event of asset failure, quick response time is critical. In recent years, stringent industry-specific environmental health and occupational safety regulations are being enforced by government oversight agencies, with industrial owners and operators responsible for compliance. Asset registers, risk registers, work planning and scheduling, life cycle costing and systematic methods for problem identification, root cause analysis and continuous improvement are increasingly seen as prerequesites for a robust asset management system.
By providing a platform for connecting people, processes, assets, industry-based knowledge and decision support capabilities based on quality information,EAM provides a holistic view of an organization's asset base, enabling managers to control and optimize their operations for quality and efficiency.

[edit] Healthcare enterprise asset management

The examples and perspective in this article or section may not represent a worldwide view of the subject.Please improve this article or discuss the issue on the talk page.
Healthcare enterprise asset management (HEAM) presents complexities not found in most other industries. Specifically, healthcare environments have a large number of relatively small, mobile, expensive and sophisticated pieces of equipment. Further, the availability, maintenance and cleanliness of these assets directly impacts the "environment of care" and patient safety, as well as the bottom line. Finally, hospitals are highly regulated and assets must be maintained in a manner that complies with JCAHCO and FDA requirements. HEAM can include the following components related to assets:
Inventory and depreciation
Scheduling of repair and maintenance
Location and logistics (RFID or barcode powered)
Availability and utilization
Safety monitoring and incident tracking
Total Lifecycle Cost
Performance management
Capital planning support
HEAM provides complete visibility of the asset base across the health system, enabling active control of the planning, acquisition, tracking, maintenance and retirement of capital assets.

Computerized Maintenance Management System

Computerized Maintenance Management System (CMMS) is also known as Enterprise Asset Management.


A CMMS software package maintains a computer database of information about an rganization’s maintenance operations. This information is intended to help maintenance workers do their jobs more effectively (for example, determining which storerooms contain the spare parts they need) and to help management make informed decisions (for example, calculating the cost of maintenance for each piece of equipment used by the organization, possibly leading to better allocation of resources). The information may also be useful when dealing with third parties; if, for example, an organization is involved in a liability case, the data in a CMMS database can serve as evidence that proper safety maintenance has been performed.

CMMS packages may be used by any organization that must perform maintenance on equipment and property. Some CMMS products focus on particular industry sectors (e.g. the maintenance of vehicle fleets or health care facilities). Other products aim to be more general.

A typical package deals with some or all of the following: Work orders: Scheduling jobs, assigning personnel, reserving materials, recording costs, and tracking relevant information such as the cause of the problem (if any), downtime involved (if any), and recommendations for future action
Preventive maintenance (PM): Keeping track of PM inspections and jobs, including step-by-step instructions or check-lists, lists of materials required, and other pertinent details. Typically, the CMMS schedules PM jobs automatically based on schedules and/or meter readings.

Different software packages use different techniques for reporting when a job should be performed. Asset management: Recording data about equipment and property including specifications, warranty information, service contracts, spare parts, purchase date, expected lifetime, and anything else that might be of help to management or maintenance workers. The CMMS may also generate Asset Management metrics such as the Facility Condition Index, or FCI.

Inventory control: Management of spare parts, tools, and other materials including the reservation of materials for particular jobs, recording where materials are stored, determining when more materials should be purchased, tracking shipment receipts, and taking inventory.
Safety: Management of permits and other documentation required for the processing of safety requirements. These safety requirements can include lockout-tagout, confined space, foreign material exclusion (FME), electrical safety, and others.

CMMS packages can produce status reports and documents giving details or summaries of maintenance activities. The more sophisticated the package, the more analysis facilities are available.

Many CMMS packages can be either web-based, meaning they are hosted by the company selling the product on an outside server, or LAN based, meaning that the company buying the software hosts the product on their own server.
CMMS packages are closely related to Facility Management System packages (also called Facility Management Software). For the purposes of many organization

From Wikipedia, the free encyclopedia (Redirected from CMMS)

Belajar SAP UMUM

Belajar SAP Bagian I (Umum)
Saya termasuk baru di dunia SAP yang kata orang SAP itu Applikasi yang sangat wah sekalai sehingga untuk coba mencari CD installasinya susah minta ampun.
Trainer bilang sih SAP artinya Sistem Asal Pencet namun sebelumnya dalam bayangan saya SAP artinya Setan Aja Pusing... haa haa haaaa

Karena saya kebetulan seneng sekali dengan IT yang alhamdulillah telah menyelesaikan kuliah di jurusan Informatika lulus tahun 2005, Pada tanggal 7 dan 8 Juni tahun 2008 kebetulan team KOMTEK mengadakan training dan seminar ERP SAP BC400 - ABAP Fundamental di hotel PERMATA Cilegon, saya berusaha ikut walaupun saat mengikuti merasa mahal untuk ukuran saya (ha...ha...ha....) Alhamdulillah setelah saya mengikuti training di akhirnya saya perdalam online melalui fasilitas kantor sedikit demi sedikit mulai mengenal SAP walaupun di kantor belum menggunakan SAP

heee maklum mencari yang gratisan gitu lohhh

Belajar MAXIMO 4.0.3

Belajar MAXIMO 4.0.3
MAXIMO, merupakan program untuk Maintenance, MAXIMO yang pernah saya gunakan adalah MAXIMO versi 4.0.1, 4.0.3, 4.1.0 dan 4.1.1 semuanya masih desktop version.

MAXIMO versi webbase (5.2 atau 6.2) saya baru mengikuti demonya saja oleh consultan MAXIMO. Dibandingkan dengan versi desktop ada banyak perbedaan dan relatif lebih lengkap dan lebih user friendly. Ditempat saya bekerja MAXIMO ini menggunakan database ORACLE 8.0.5.

Module dari MAXIMO sendiri ada
1. Work Request
2. Work Order Tracking
3. Quick Reporting
4. Work Manager
2. Plant Maintenance & Inspection (Preventive Maintenance)
3. Inventory
4. Equipment
5. Purchasing
6. Job Plant
7. Labor
8. Calendar
9. Resources
10. Custom Apps
11. Setup
12. Utilities
13. Issues and Return (bikinan sendiri)
14. Asset Catalog
15. Condition Monitoring
16. Safety Plans
17 . Safety Hazards
18. Tools
19. Service Contract
20.Labor Reporting
21. Craft

Maximo digunakan untuk mengelola aset maintenance, deffect Repair, Preventive Maikntenance, Inventory spare part, dll

UNtuk Reporting saya menggunakan program SQR WorkBench, program BRIO dan Developer Query Builder

Install MAXIMO 4.0.3

Untuk dapat meng Install MAXIMO kita harus punya CDnya.
Requirement dari ComputerA. ServerProcessor : P4Memory : 1GBHardisk : 10 GB
Kalau sebagai server kita harus perhitungkan kita akan menggunaka database apa (Oracle atau MS SQL) ?
1. Install Windows Server
2. Install Oracle Database
3. Jalankan MAXINSTB.

Stand AloneProcessor : P4Memory : 512 MBHardisk : 10 GBKalau hanya untuk belajar dapat kita gunakan database bawaan MAXIMOnya sendir (SQL BASE)

1. Install Windows Server atau Desktop
2. Jalankan MAXIMO Installation
3. Edit SQL.

Demikian sekilas dari saya