The MicroTrain Blog

You have made a decision to put your dream computer together let me show what skill sets are needed to do this (gone are the days that only hardcore nerds will be able to do this) If you follow my advice your journey to geekdom will be complete.

First Thing

1. Pray
2. Unplug PC
3. Backup
4. Ground yourself (ESD strap or Touch the Metal Chassis)
5. Pray once more to the PC Gods in giving you the strength needed to complete this task

Tool Kits are needed for installing and configuring a computer

A Closer Look of a typical tool kit:

You will need the following to tools to assemble a computer:

• Flat Blade Screwdriver
• Phillips Screwdriver
• Torx Screwdriver
• Needle-Nose Pliers
• Flashlight
• Compressed Air
• Wire Cutters and Strippers
• Multimeter
• Magnifying Glass
• Cable Tester
• Wire Crimper
• Punch down Tool

Hardware needed to install a typical PC

• Case
• Power Supply
• Motherboard
• CPU
• Memory (ROM vs. RAM)
• Hard Drive (PATA or SATA)
• External Hard Drives (USB or Firewire)
• CD or DVD Devices
• Video Adapter and Monitor
• Sound Card and Speakers
• Modem and Network Adapter
• Keyboard, Mouse and Joystick

Case Installation

1. Open Case (usually screws on the side be careful some PC that are proprietary are a challenge to open)
2. Connect all the various switches and LEDs t o the motherboard. You will find these connectors in a bank of connectors, usually at the bottom-right of the motherboard. Examples (Power switch, Power LED, HD LED, Speaker, and Reset)

Power Supply Installation

1. Slide the Power Supply Unit, using the shelf as a guide in your case
2. Supporting the Power Supply Unit at the front, screw it to the rear of the case with the supplied screws
3. Plug the P1 Connector (20 or 24 pin) to the ATX socket (match the notch)
4. Plug additional connectors (P4 and P8) to the other remaining P4 or P8 socket
5. Plug the mini or floppy drive power connector to the back of the floppy drive
6. Plug the Molex to any internal storage devices and optical devices inside your computer
7. Plug any SATA power connector to SATA hard drives if needed

Motherboard Installation

1. Remove the retaining screws on the case you are going to use
2. Remove the cover
3. Screw the stand-offs in place ready for the motherboard
4. Screw the motherboard into place

CPU Installation

Installing a CPU Package (PGA or LGA)

1. Pick up CPU package (PGA or LGA)
2. Lift the socket-locking lever to the 90 degree position
3. Align the two triangular corners of the CPU with the corresponding corners of the socket (this will indicate pin 1)
4. Drop the CPU into the socket gently (remember ZIF Zero Insertion Force)
5. Close the locking lever

Fitting a Heat Sink and CPU Fan

1. The first step is to align the heat sink with the CPU. The bottom of the sink has a recess that engages with a corresponding lip in the socket
2. Now you need to engage the locking lips. Holding the heat sink in place, engage the clip on one side over the plastic lug on the socket. You can do with your finger.
3. Now engage the clip on the other side of the heat sink. This will require considerably more force you will probably need a flat –head screwdriver to do it.
4. Finally, connect the fan to the motherboard’s fan power supply. This will be a 3-pin socket labeled “CPU Fan”.

Installing a CPU (SEC) Single Edge Cartridge

1. Pick up the CPU package (SEC)
2. Align the CPU (SEC) lining up the notch with the CPU Slot
3. Drop the CPU into the slot gently
4. Lock the SEC into the slot
5. Finally connect the fan to the motherboard’s fan power supply. This will be a 3-pin socket labeled “CPU Fan”.

RAM Desktop Installation

Note RAM Memory Sticks come in the following sizes 128MB, 256MB, 512MB, 1GB, 2GB, 4GB and 8GB SIMM – Single Inline Memory Module (30 or 72 pin)

1. Place SIMM in a 45 degree angle, push it upright to lock with the corresponding notch on the sides
2. Must be installed in same pairs
3. Must populate first two slots of the SIMM sockets in order for it to work

DIMM – Dual Inline Memory Module (168, 184 or 240 pin)

1. The first thing you do is open the plastic retaining clips on each side of slots you are going to use.
2. Align the cut-out on the module pin connector with the engaging pin on the slot
3. Holding the module upright press down both ends
4. When the module is correctly seated, retaining clips should lock automatically.
5. DIMM’s can be installed as a single pair (unless it states Dual Channel then you must install it in pairs)

RIMM – Rambus Inline Memory Module (184 or 232 pin)

1. The first thing you do is open the plastic retaining clips on each side of slots you are going to use.
2. Align the cut-out on the module pin connector with the engaging pin on the slot
3. Holding the module upright press down both ends
4. When the module is correctly seated, retaining clips should lock automatically.
5. Must populate all RIMM slots available
6. If not unpopulated slots must use CRIMM’s (Continuity Rambus Inline Memory Module)

Parallel ATA Hard Drive Installation

1. Slide the hard drive along the supporting shelves until the front end is lined up with the front. Screw into place
2. Set the master, slave or jumper setting of the hard drive
3. Connect the Molex connector to the back of the hard drive device
4. Connect the IDE cable to the back of the hard drive (pin 1 colored side, should be closest to the power connector)
5. Boot up to your BIOS/CMOS setup and set your hard drive to AUTO detect

Serial ATA Hard Drive Installation

1. Slide the SATA device along the supported shelves until the front end is lined with the front. Screw into place
2. Connect the 7 pin SATA Power connector to the back of the SATA device
3. Connect the 15 pin SATA connector to the back of the SATA device
4. Connect the other end of the SATA cable to the SATA connector on the motherboard
5. Boot up to your BIOS/CMOS setup and set your SATA device to AUTO detect

Floppy Drive Installation 

1. Slide the floppy drive along the supporting shelves until the front end is lined up with the front. Screw into place
2. Connect the mini or Floppy Drive Power connector to the socket of the Floppy Drive in the back
3. Connect the Floppy Drive Ribbon Cable with the twist to the Floppy Drive and match pin 1(usually in cable it is colored)
4. Connect the other end of the Floppy Drive Ribbon Cable to the Floppy Drive Connector match the corresponding notch
5. Boot up to your BIOS/CMOS setup and set your Floppy Drive device to enable

USB or Firewire External Device Installation

1. Connect the USB or Firewire connector to back of your USB or Firewire Device
2. Connect the power to USB or Firewire Device and connect the other end to an AC Outlet
3. Turn on your computer and since most USB or Firewire Device is PnP it should detect the Device

CD or DVD Installation

1. Slide the CD or DVD drive along the supported shelves until the front end is lined with front. Screw into place
2. On the back of the CD or DVD set the appropriate jumper setting to Master, Slave or Cable Select
3. Connect the Molex connector to the back of the CD or DVD device
4. Connect the IDE cable to the back of the CD or DVD (pin 1 colored side, should be closest to the power connector)
5. Connect the audio cable to the back of your CD or DVD and the other end to the sound card or motherboard connector
6. Boot up to your BIOS/CMOS setup and set your CD or DVD to auto detect

Video Card and Monitor Installation

1. At the bottom rear of the case, you will see a number of plates adjacent to each slot on the motherboard, Remove the one next to the expansion bus you’re going to use (PCI-e, AGP or PCI)
2. Install the video card by holding it at the edges (Avoid ESD make sure you are grounding yourself)
3. Slide the video card into the expansion bus and press it firmly down
4. Screw the face plate at the edge of the board to the chassis
5. Load the video card drivers
6. Take the VGA or DVI cable from the monitor and plug it into the video card’s VGA or DVI port at the rear of the PC

Sound Card and Speaker Installation

1. At the bottom rear of the case, you will see a number of plates adjacent to each slot on the motherboard; Remove the one next to the PCI slot you’re going to use.
2. Install the sound card by holding at the edges (Avoid ESD make sure you are grounding yourself)
3. Slide the sound card into the PCI slot and press it firmly down
4. Screw the face plate at the edge of the board to the chassis
5. Load the sound card drivers
6. Connect the speaker cables to the appropriate sound card port

Modem Card Installation

1. At the bottom rear of the case, you will see a number of plates adjacent to each slot on the motherboard; Remove the one next to the PCI, ISA or AMR slot you’re going to use.
2. Install the modem card by holding at the edges (Avoid ESD make sure you are grounding yourself)
3. Slide the modem card into the expansion slot you’re going to use and press it firmly down
4. Screw the face plate at the edge of the board to the chassis
5. Load the modem card drivers

Network Card Installation

1. At the bottom rear of the case, you will see a number of plates adjacent to each slot on the motherboard; Remove the one next to the PCI slot you’re going to use.
2. Install the network card by holding at the edges (Avoid ESD make sure you are grounding yourself)
3. Slide the network card into the PCI slot you’re going to use and press it firmly down
4. Screw the face plate at the edge of the board to the chassis
5. Load the network card drivers

Mouse, Keyboard and Joystick connection

1. Connect the mouse to the USB, PS2 or Serial Port
2. Connect the keyboard to the USB, PS2, or DIN/5 Port
3. Connect the Joystick to the USB, or Joystick Port
4. Load the mouse, keyboard and joystick drivers

Lets Recap

Building a PC from Scratch

1. Prepare work area have appropriate Tool Kits, ESD Ground Strap (if rebuilding a PC unplug PC and then backup information and record settings)
2. Populate the Motherboard – install CPU, heat sink/fan and install RAM
3. Open Case and screw Motherboard in case
4. Install video card in PCI, PCI-e or AGP slot (connect appropriate power and cooling mechanism)
5. Install Floppy drives, hard drives, CD/DVD R, RW and other internal drives such Zip drives or Tape Drives. Set master/slave, set Molex and mini connectors make sure appropriate cables are match with Pin 1 on the drives and the controllers.
6. Install PCI or ISA Add on cards such as Soundcard, Modem, Firewire, SCSI, and Modem cards
7. Connect Power Connector (P1 or P8/P9) to the AT or ATX Socket
8. Connect Front Panel Connectors (Power switch, Reset, HD led, and Speakers) and other additional cables such as CD ROM or audio cables
9. Connect Peripherals such as keyboard, mouse, joystick and printers
10. Power On (turns on on/off switch on back of power supply and turn on PC) finally finalize setting in the BIOS/CMOS listed below

OS Installation and Checklist

1. Load OS
2. Load Drivers
3. Load Antivirus Software
4. Load Antispyware Software
5. Install Firewall
6. Load Utilities and Plug Ins
7. Load Applications
8. Load latest Service Packs
9. Tweak Computer (Security Settings and Hardened your system)
10. Congratulations

Conclusion

Building a PC from scratch is one of those things that you must do in life. To me it's a rite of passage sore of like running the marathon or getting your first kiss. You will get plenty of satisfaction and a sense of accomplishment and the most important become an official member of Geekdom.

Jo Blitz Escotal

CEO Escotal.com

Networking has been and always will be the tool and technique used by project managers in regards to building and securing their project teams.  Networking also works well when integrated into the career of project managers to help them find and secure their next project management opportunity.

Why Network?

No longer can a project manager sit in an office and manipulate software to get work done -- work is done through people.  It takes communication: up to 90% as evidenced on the PMP exam to accomplish successful projects.  If not assigned to you, you are networking and negotiating to find your dream team (and I don't mean the dream team that gives you nightmares).  I mean the team of qualified, subject matter experts that will accomplish the goals and objectives of your project. 

Building a solid networking list will help you when you need to replace or add people to you team for reasons outside of your control.

Benefits to you career:  If you have taken my PMP certification class, you know that I am a strong proponent of networking using handbills.  Handbills, if done correctly can facilitate the discussion with anyone in regards to your next career opportunity.  There are many project managers that have found out that when they network, they give more than they get! 

You may say, "Really?"

This is the secret behind successful networking -- helping others in their career pursuits.  Give me your thoughts!