1) Muhammad Iqbal led the installation, configuration, and troubleshooting of networking equipment across 44 hospital locations as part of a large-scale health information management system project from November 2012 to August 2013.
2) As the regional supervisor, he oversaw 11 engineers across 3 sites and was responsible for technical work, personnel management, and providing guidance.
3) One challenge was resolving a network disconnect between departments, which he addressed by troubleshooting the routing configuration and establishing a remote connection to correct an incorrect IP address.
Обновленный буклет, содержащий линейку продукции и ее описание, компании ООО "Трансформер". Торговая марка "НЕГОРИН".
Renewed booklet containing the product line and its description, the company "Transformer". "NEGORIN" trademark,
Буклет, содержащий линейку продукции и ее описание, компании ООО "Трансформер". Торговая марка "АнКар".
Booklet containing the product line and its description, the company "Transformer". "AnKar" trademark.
NETWORKING SYSTEMS 1
NETWORKING SYSTEMS 5
Networking System
Sarju Thapa
Dr. Stephen Gardner
East Central University
Abstract
In this report, the planning to design the network will be discussed and demonstrated in detail. The planning to design the network layout will be made according to the scenario given in the requirements. The plan will be implemented by the evaluation of the aspects that are important to design the network and other necessary things to design and implement the network. After implementing the network, the network will be tested by secure communication, WAN communication Channel, Wireless network, and PAN network. The troubleshooting of the network will also be discussed and elaborated in detail. The protocols used in this network will also be taken into consideration.
Introduction
Designing a network is not a simple task for someone. There are different phases to design the network. Each phase has a very important role to design the network. The first phase is to collect all the requirements to design the network. The second phase is to evaluate the requirements to make sure that either requirement is enough to design the network or not. After evaluating the requirements, the third phase is to implement all the aspects that are gathered in requirements. The fourth and last phase after implementing the network design is to optimize the network by performance.
Network Layout
The physical arrangement of the network is called network layout. The network layout of the given is scenario is shown below:
Diagram created using CISCO PACKET TRACER 7.3.0
Demonstration
This network consists of two different places one place is headquarter which is the main point of this network and another place is Therall which is the working point of this network.
Headquarter
In headquarter, the Executive office, R&D, Reception, Guest office, and accounting office’s host are connected with one switch. Twisted pair cable is used in this part of the network. Each device directly connected with the headquarter switch. 8P8C (Actually, RJ-45 is the more common term) jack is used in this part of the network and it is located in the reception area. Bus topology is used in this part of the network. (I think that what you have in your diagram is a bus-star hybrid. The switch is the bus, the individual cables to the hosts are the star)
Thrall
In Thrall Remote, the Engineering area, production area, and reception area’s host are connected with the switch. Twisted pair cable is used in this part of the network. Each device directly connected with the headquarter switch. 8P8C jack is used in this part of the network and it is located in the reception area. Bus topology is used in this part of the network.
For bot.
Обновленный буклет, содержащий линейку продукции и ее описание, компании ООО "Трансформер". Торговая марка "НЕГОРИН".
Renewed booklet containing the product line and its description, the company "Transformer". "NEGORIN" trademark,
Буклет, содержащий линейку продукции и ее описание, компании ООО "Трансформер". Торговая марка "АнКар".
Booklet containing the product line and its description, the company "Transformer". "AnKar" trademark.
NETWORKING SYSTEMS 1
NETWORKING SYSTEMS 5
Networking System
Sarju Thapa
Dr. Stephen Gardner
East Central University
Abstract
In this report, the planning to design the network will be discussed and demonstrated in detail. The planning to design the network layout will be made according to the scenario given in the requirements. The plan will be implemented by the evaluation of the aspects that are important to design the network and other necessary things to design and implement the network. After implementing the network, the network will be tested by secure communication, WAN communication Channel, Wireless network, and PAN network. The troubleshooting of the network will also be discussed and elaborated in detail. The protocols used in this network will also be taken into consideration.
Introduction
Designing a network is not a simple task for someone. There are different phases to design the network. Each phase has a very important role to design the network. The first phase is to collect all the requirements to design the network. The second phase is to evaluate the requirements to make sure that either requirement is enough to design the network or not. After evaluating the requirements, the third phase is to implement all the aspects that are gathered in requirements. The fourth and last phase after implementing the network design is to optimize the network by performance.
Network Layout
The physical arrangement of the network is called network layout. The network layout of the given is scenario is shown below:
Diagram created using CISCO PACKET TRACER 7.3.0
Demonstration
This network consists of two different places one place is headquarter which is the main point of this network and another place is Therall which is the working point of this network.
Headquarter
In headquarter, the Executive office, R&D, Reception, Guest office, and accounting office’s host are connected with one switch. Twisted pair cable is used in this part of the network. Each device directly connected with the headquarter switch. 8P8C (Actually, RJ-45 is the more common term) jack is used in this part of the network and it is located in the reception area. Bus topology is used in this part of the network. (I think that what you have in your diagram is a bus-star hybrid. The switch is the bus, the individual cables to the hosts are the star)
Thrall
In Thrall Remote, the Engineering area, production area, and reception area’s host are connected with the switch. Twisted pair cable is used in this part of the network. Each device directly connected with the headquarter switch. 8P8C jack is used in this part of the network and it is located in the reception area. Bus topology is used in this part of the network.
For bot.
Automated Site Verification | Solution Brief | InfovistaInfovista
The time and skills required for validating new sites are often a significant bottleneck in 5G roll-outs.
Automated Site Verification leverages Precision Drive Testing™ to centrally define testing routines and criteria, identifying what to test, where to test and how to get there. When in the field, it automatically conducts the tests, meaning even people with no RF expertise can test for you.
This simplified and guided drive testing approach helps you get your 5G network to market faster.
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IOT project that automate the process of collecting city garbage:
●equip the tracks and the trashes with the gps modules
● use a cloud technologies to collect , analyse and store data.
● develop a dashboard to provide access to different profiles and privileges according to
the user
Now more than ever, today’s businesses require reliable network connectivity and access to corporate resources. Connections to and from business units, vendors and SOHOs are all equally important to keep the continuity when needed. Business runs all day, every day and even in off hours. Most companies run operations around the clock, seven days a week so it’s important to realize that to keep a solid business continuity strategy, redundancy technologies should be considered and/or implemented.
So, we need to keep things up and available all the time. This is sometimes referred to five nines (99.999) uptime. The small percentage of downtime is accounted for unforeseen incidents, or ‘scheduled maintenance’ and usually set to take place during times of least impact, like in the middle of the night, or on holiday weekends if planned. If this is not a part of your systems and network architecture it should be considered if you want to keep a high level of availability. Because things break and unforeseen events do take place, we need to evaluate the need for creating an architecture that is ‘highly available’, or up as much as possible, with failures foreseen ahead of time and the only downtime, is to do planned maintenance.
1. “LARGESCALEDISTRIBUTED HEALTH INFORMATIONMANAGEMENTSYSTEM”
A) INTRODUCTION:
Datesand Durationof the Project:
November2012 – August2013
It took me exactly10 monthsto complete the Project atall three sitesIwasworkingon.
Location:
Lahore
Name of Organization:
Interactive Group
Title:
Regional Supervisor/TeamLead
B) BACKGROUND:
Nature of overall EngineeringProject:
Design,implementationandDeploymentof alarge scale distributedhealthinformation
managementsystemtobe deployedat44 locationsacrossthe country.
Objective of the Project:
Linkingall the 44 hospitals
Nature of your particularworkArea:
Installation ConfigurationandTroubleshootingof NetworkingEquipment, Deployment,
Monitoring,O& M, DocumentationandInventoryManagement.
Chart:
Solution Architect
Khurram Bhugwi
Project Manager
Irfan Ur Rehman
Regional Supervisor
Muhammad Iqbal (Head Engineer)
Resident Engineers (12 Engineers)
2. My Duties:
11 Engineerswere workingundermysupervision 3 at one site and4 at remainingtwo sites,
otherthan technical worksmydutyalsoincludedthere management, Otherthanmybase site I
had to visitthe 2 remainingsiteseveryweektocheckthere workand theirattendance andto
guide themaboutthe future assignmentsandtasks.Ienjoyedworkingwithall the teamaswe
all were youngandenergetic.
C) PERSONAL WORKSPACE ACTIVITY:
Deployment:
Visitsitesasa supervisor,Energizingthe cabinetsincludingconnectionof fiberopticwithODF(FC) and
the otherportionto the Switch(LC) ,while energizingImade sure thatits groundedandeverynode was
connectedbyhavingone personatnode pointsandme on the Cabinet.Deployednew
hardware/equipment/application,andfirewalls,cablingbetweenswitches,firewallsandservers,
configure switchesandfirewallsonremote sites,Configure hardwareandNetworks.
Monitoring:
Monitorinstalledequipment/application ,All the three alternativesthatthe clienthasestablished i.e..
Fiber,MetroEthernetandWimax.Resolve networklayer2and 3 issues.
Issue andIts Solution:
“In thisphase I wentthroughsome issuesandresolvedthemaccordingly the firstof themwasa
networkdisconnected betweendifferentdepartmentsfromthe mainDataCentre of the client’s
network.Itwasconnectedthrough JuniperRouterwithIP VPN.Istartedtroubleshootingbychecking
the network flow diagram. The Operational State wasdowneventhoughthe WAN portwasup.The
Sub-nettingwasrightbutthe pingwasunsuccessful.The service provideralsohadnoclue.
There wasno directconnection of the far-end(Remote router)butaconnectionwasneededinanycase
so wentforthe work around.
The area of jobwas verysensitive andurgentsolutionwasrequired.Butthere wasnodirectconnection.
I decidedtogo forthe work aroundas I neededtoestablishconnectionsomehowinordertominimize
the downtime. I askedfora remote connectionto a computerviainternet inNOC(SP) sothat I can have
the connectivity.Iusedthe TeamViewersoftware andestablishedthe connectionthe remote NOCto
telnetthe remote routerfromthere. There wasanerror in sub-nettingandawrongIP addresswasused
at the remote endWAN port.Throughsub-nettingtechniquesthe IPaddresswascorrectedbyme.And
at last the issue gotresolved “
Operation&Maintenance:
Solve problemsonWindowsplatforms,monitor&identifyproblemsinnetwork.Troubleshoot
3. switch/router/server,Troubleshootissues when,maintainlogsof switchesandrouters,manage
and monitorExchange server2003 onHP SAN clusterenvironment,Active Directoryserver2003
to keepthe operationsrunning.
Documentation:
Keeprecordof all equipment’sof site,Maintainlogof issues daily,Maintainlogof complaints
registeredonservice desk,Keeprecordinventoryissuedtousers,Collectdocumentsassite in
charge andkeeprecordof all activities.
Service DeskSupport:
Provide oncall support,Forwardissuestoconcerndepartments,Visitsitestomaintainand
upgrade layer2 and 3 network,Close ticketsafterverification,Install andconfigure hardwareon
requestsoto ensure maximumsupporttoclients.
ServerAdministration:
Monitor,Configure andtune performance of servers,Resolve issuesif found,Update Operating
Systemspatches,Upgrade software's,Analyze logsforperformance tuning,Generate andshare
systemhealthreportsassite in-charge inordertoensure properworkingof servers.
InventoryManagement:
Monitorcomplete inventoryof Networkhardware,cablingandpowerdiagrams,Trace and
record powersupplymechanismof site equipment's,Update above mentioninventorieswhen
requiredtokeepupto date inventorydetails.
Technology:
JUNIPER, Fiberhome, EMC2, SUN SOLARIS,WINDOWS,MPLS,VPLS,LAYER 2 and 3.
D) SUMMARY:
The Projectwas successfullycompletedin10monthsand one of my site wasthe firstto Produce
100% resultwithinweeksandwasacknowledgedbythe Companyaswell.
ClientwasExtremelySatisfiedwithmyworkandalsogave letterto myCompanymentioning
state of the art work done bythe Supervisorandhisteam.