LINEAR PROGRAMMING
Project Proposal
PROJECT MANAGEMENT
CPM & PERT Techniques
Course In charge:
Dr. Syed Jamal Hussain
Presented by:
TARIQ SHABBIR
PROJECT:
A project is an interrelated set of activates that has definite starting and ending point and that results in a unique product or service.
PROJECT MANAGEMENT:
Project management is a scientific way of planning, implementing, monitoring & controlling the various aspects of a project such as time, money, materials, manpower & other resources.
OBJECTIVE OF THE PROJECT:
Programmed Evaluation & Review Technique(PERT)- Used mostly in a research project, where it is difficult to estimate the time taken for various elements of the project.
Critical Path Method(CPM)-
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However, PERT assumes that activity durations are random variables (i.e., probabilistic).
Brief History of CPM/PERT
CPM/PERT or Network Analysis as the technique is sometimes called, developed along two parallel streams, one industrial and the other military.
CPM was the discovery of M.R.Walker of E.I.Du Pont de Nemours & Co. and J.E.Kelly of Remington Rand, circa 1957. The computation was designed for the UNIVAC-I computer. The first test was made in 1958, when CPM was applied to the construction of a new chemical plant. In March 1959, the method was applied to a maintenance shut-down at the Du Pont works in Louisville, Kentucky. Unproductive time was reduced from 125 to 93 hours.
PERT was devised in 1958 for the POLARIS missile program by the Program Evaluation Branch of the Special Projects office of the U.S.Navy, helped by the Lockheed Missile Systems division and the Consultant firm of Booz-Allen & Hamilton. The calculations were so arranged so that they could be carried out on the IBM Naval Ordinance Research Computer (NORC) at Dahlgren,
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An example of a network digram is shown below. A 1 B 3 D
C Dummy
2
Rules for Network Diagram
1. Before an activity is beginning its preceding activities must be completed. Precedence means the relation between the finished activity and the new activity in which cannot be started before the previous activity get finished.
2. The network should have a unique starting (tail) event and a unique completion(head) event as well.
3. Activity cannot be represented by more than one arc (Activity) in the network.
4. Two activities could not have the same starting node and the same ending node.
5. Dummy activity is indication precedence relationship only. Duration of a dummy activity is zero.
6. Flow of a diagram should be from the left to right.
7. Arrows should not be intersected.
8. Dangling must be avoided.
Rules Inform of Diagram B
A A must finish before B and C can start.
Activity theory, as interpreted by Ph.D. candidates, Wardle and Kain, is a process that attempts to see all aspects of activity such as social interactions and use of writing and language to achieve goals. This theory is award winning. Activity theory states that for a system to be effective, the rules, community, subject, division of labor, and motives must be reasonable. These components are shown through the chosen tool of communication most often. When one area of the system is corrupted, the tool will no longer function correctly in order to communicate or achieve its goals.
j, the diagonal elements are made zero by replacing diagonal elements by zero. First, two matrices with the same k value are horizontally concatenated and then the matrices obtained after the horizontal concatenations are vertically concatenated to produce N1 - N2 adjacency matrix A. The numbers N1 and N2 represent the numbers of nodes of type 1 and type 2 respectively. The value of N1 is obtained by rounding the product of the network size N and the node proportion q1 of type 1 to the nearest integer. Then the remaining number of nodes N-N1 is the number N2 of nodes of
Task 1 1.1) Design a networked system to meet the given specification. Your design must satisfy the user requirements and be scalable. [3.1] The design of the network system should include: cost, Bandwidth, system growth, applications, communications, and scalability of the system and selection of components. Introduction - Designing the Network In this design I will be listing and discussing, through the different and necessary designing stages, the various elements involved in designing a network that meets the system requirements given by the client.
The Use of Artillery in the Battle of Heartbreak Ridge Matthew T. McGovern Austin N. Silva Christopher A. Runyon Reinaldo Cintron ALC Class 003-18 The Battle of Heartbreak Ridge was a battle initiated by the United Nations to prevent North Korea from unifying South Korea under its Communist leadership. The battle lasted for one month, starting on September 13th, 1951 and ending on October 15th, 1951. This essay will review the logistics, tactics used by opposing forces, and use of artillery; which ultimately led to the victory of the combined efforts of American & French soldiers under the United Nations. This essay will then examine how these tactics can be applied to modern warfare and how the continued advancements in ordnance
It’s a review technique and program evaluation and it usually used in organizing the task and placing the priorities on timing. The PERT analysis shows thru pathways of the task which means someone the can done parallel and some of them in series. The longest path is called the critical path and this path will set the project length uncles the times can be reduced While in the 1917 the GANTT chart were used which is only place when task is plotted versus the time. This is easily method to understand where our team’s progress relative to the plan. Or in the other hand we can call it TIME chart.
Each network may have a different shape depending on how big it is, how much it expands, and in what direction it is moving in. This is defined as its structure. In order to understand all of this information I will have to look at two areas of knowledge, one of which is mathematics. Mathematics, in comparison to other areas of knowledge, is quite a selective network. It is very limited to what ways of knowing
Job Prioritisation – A list of activities needed to complete in order of relevance, priority and importance. It sets out realistic timeframes and creates a broader understanding of what would have the most consequence if not completed in the allocated timeframe. It recommends what has to be completed first for the greatest efficiency in the workplace, taking goals and final deadlines into account. The biggest and more time consuming tasks should be prioritised first, managing the smaller tasks for possible delegation. This clears the mind of overload and sets out objectives that need to be done, then forwarding the priority lists to a weekly and or monthly
An average riverine battery consisted of three pontoon barges and five LCMs—three as push boats for the barges, one as a fire direction center and command post, and one as an ammunition supply vessel. “Without these new developments in riverine artillery. U.S. maneuver force activities in the delta area would have been seriously curtailed or often would have had to take place out of range of friendly field artillery” (Ott, 1995, p. 80). Riverine artillery was one example of how artillery commanders made technological advances to overcome the obstacles presented in Vietnam.
During June 4th thru 7th of 1942, the Battle of Midway was one of the most decisive battles in the Pacific Ocean during World War II. The US Navy was able to defeat the superior Imperial Japanese Navy due to multiple assumptions made by the Japanese about the strength and capabilities of the US Navy. One assumption that Admiral Yamamoto of the Imperial Japanese Navy made is that he would be able to catch the US Navy by surprise. Another assumption he made was he would be able to destroy the US Navy Fleet in the Pacific. Using battle analysis this paper will examine what the Japanese could have done differently during the course of the Battle of Midway, and how the Japanese that could have changed the course of World War II in the Pacific
My ideas for our chapter service projects are to organize a clothing swap and donation drive, pen pal with the fourth graders, clean the community, chose an organization that helps others out and donate, promote health and fitness in the community, visit a retirement home, and make hygiene kits for a homeless shelter. My personal service project is to ask for money, food and clothing donations for my birthday to donate them and volunteer at the public library to read to kids. My first idea for our chapter service project is to organize a community clothing swap and donation drive. As time goes by, clothes begin to go out of style and are quickly forgotten. If you look at your closet some immediate thoughts might be that you have nothing to wear as is usual for girls.
Requirements Gathering – 4 weeks This is the investigative stage of the project. which involved conception, initiation and analysis of the problem. Design phase – 3 weeks This stage involves translating the requirements from the previous stage into detailed designs that address them.
CARVER matrix method helps the military to know whether they have the right target by summing the six CARVER values. The higher the CARVER score the more the impmiant a target becomes. Six CARVER factors applied in time management Criticality-by knowing the nature of the target with respect to main objective, the military can be in a position to know whether they are close or far towards achieving their goals. Accessibility-determine whether you are in a position to get your target. Military always have means into which they will tackle the project in hand immediately.
Reflective Journal Student Name: Talita Silva Lima Programme: Higher Diploma in Science – Cloud Computing Month: July 1. Project Management In this section I will explain in detail my project management through a Gantt Chart and what I have done since my last journal until now, how my time management is going in order to delivery this project before the deadline and some of my achievements.