The document provides an overview of automobiles and automobile power plants. It discusses the classification of automobiles based on use, capacity, make, fuel used, body style, wheels, drive, and transmission. The major components of an automobile including the frame, suspension, power plant, transmission system, electrical system, and control systems are described. Different automobile layouts such as front-engine rear-wheel drive, rear-engine rear-wheel drive, and front-engine front-wheel drive are summarized. Safety features in cars like seat belts, air bags, anti-lock brakes, and electronic stability control are highlighted. Different types of automobile power plants including internal combustion engines, electrical vehicles, fuel cells, and hybrid systems are
Automotive gearboxes allow engines to operate at optimal speeds while providing different gear ratios to suit varying road and load conditions. They use helical and herringbone gears to smoothly and quietly change torque and speed. Common types include sliding mesh, constant mesh, and synchromesh gearboxes, as well as transaxles and sequential gearboxes. Automatic transmissions use planetary gears and hydraulics to seamlessly shift gears without driver input. This provides better fuel economy and driver experience but with lower mechanical efficiency than manual transmissions.
This document provides an overview of mechanical engineering, including what mechanical engineers do, common skills required, careers in the field, and the history and foundations of mechanical engineering. It defines mechanical engineering as applying scientific principles and problem-solving techniques to design, manufacture, and market machinery. Mechanical engineers work in diverse industries and use tools like CAD to design systems and machines. The average salary for a mechanical engineer in Iraq is $36,174 per year.
Bevel gears are gears that have a 45 degree angle on their edge which allows them to change the direction of rotation by 90 degrees. There are different types of bevel gears including straight bevel gears which have conical pitch surfaces and tapering teeth, spiral bevel gears which have curved teeth allowing gradual contact, and zerol bevel gears which are similar to straight bevel gears but with curved teeth where the ends align with the axis. Hypoid bevel gears are similar to spiral bevel gears but have hyperbolic pitch surfaces instead of conical, allowing for larger pinion diameters and longer life. Bevel gears can transfer motion through 90 degrees and usable gear ratios depend on the number of teeth.
This document provides an overview of the Pelton turbine. It describes the Pelton turbine as an impulse type water turbine invented by Lester Allan Pelton in the 1870s. The key parts of a Pelton turbine discussed include the penstock, runner, casing, spear rod, deflector, nozzle, and brake nozzle. It also briefly discusses the specific speed of turbines and notes that China produces the most hydroelectric power worldwide.
This document summarizes the key components and classification of automobile chassis. It discusses how a chassis consists of the engine, brakes, steering system, and wheels mounted on a frame along with other components like the transmission and controls. It then classifies automobiles based on factors like capacity, power source, number of wheels, and where the engine is located. Different types of frames are also outlined including conventional, integral, and semi-integral frames. The functions of various vehicle systems and forces acting on the chassis are summarized as well.
Mechanical engineering involves understanding core concepts in mechanics, kinematics, thermodynamics, materials science, and structural analysis. Mechanical engineers design and analyze machines, manufacturing plants, engines, transport systems, medical devices, and more. Examples of mechanical engineering include bicycles, CD players, video game consoles, snowmobiles, microelectromechanical systems, robotics, composite materials, biomechanics, aerospace engineering, and careers in automotive, manufacturing, utilities, HVAC, and space research industries.
The document discusses different types of turning fixtures and mandrels used to securely hold workpieces for machining operations on lathes. Turning fixtures are cheaper than milling and allow for asymmetric jobs to be machined. Fixtures must be carefully designed for operator safety, accuracy, and proper clamping to the faceplate. Mandrels are used internally to locate cylindrical workpieces and come in tapered, clamping, expanding, and threaded varieties to suit a range of bore sizes and provide accurate concentricity.
The document provides an overview of automobiles and automobile power plants. It discusses the classification of automobiles based on use, capacity, make, fuel used, body style, wheels, drive, and transmission. The major components of an automobile including the frame, suspension, power plant, transmission system, electrical system, and control systems are described. Different automobile layouts such as front-engine rear-wheel drive, rear-engine rear-wheel drive, and front-engine front-wheel drive are summarized. Safety features in cars like seat belts, air bags, anti-lock brakes, and electronic stability control are highlighted. Different types of automobile power plants including internal combustion engines, electrical vehicles, fuel cells, and hybrid systems are
Automotive gearboxes allow engines to operate at optimal speeds while providing different gear ratios to suit varying road and load conditions. They use helical and herringbone gears to smoothly and quietly change torque and speed. Common types include sliding mesh, constant mesh, and synchromesh gearboxes, as well as transaxles and sequential gearboxes. Automatic transmissions use planetary gears and hydraulics to seamlessly shift gears without driver input. This provides better fuel economy and driver experience but with lower mechanical efficiency than manual transmissions.
This document provides an overview of mechanical engineering, including what mechanical engineers do, common skills required, careers in the field, and the history and foundations of mechanical engineering. It defines mechanical engineering as applying scientific principles and problem-solving techniques to design, manufacture, and market machinery. Mechanical engineers work in diverse industries and use tools like CAD to design systems and machines. The average salary for a mechanical engineer in Iraq is $36,174 per year.
Bevel gears are gears that have a 45 degree angle on their edge which allows them to change the direction of rotation by 90 degrees. There are different types of bevel gears including straight bevel gears which have conical pitch surfaces and tapering teeth, spiral bevel gears which have curved teeth allowing gradual contact, and zerol bevel gears which are similar to straight bevel gears but with curved teeth where the ends align with the axis. Hypoid bevel gears are similar to spiral bevel gears but have hyperbolic pitch surfaces instead of conical, allowing for larger pinion diameters and longer life. Bevel gears can transfer motion through 90 degrees and usable gear ratios depend on the number of teeth.
This document provides an overview of the Pelton turbine. It describes the Pelton turbine as an impulse type water turbine invented by Lester Allan Pelton in the 1870s. The key parts of a Pelton turbine discussed include the penstock, runner, casing, spear rod, deflector, nozzle, and brake nozzle. It also briefly discusses the specific speed of turbines and notes that China produces the most hydroelectric power worldwide.
This document summarizes the key components and classification of automobile chassis. It discusses how a chassis consists of the engine, brakes, steering system, and wheels mounted on a frame along with other components like the transmission and controls. It then classifies automobiles based on factors like capacity, power source, number of wheels, and where the engine is located. Different types of frames are also outlined including conventional, integral, and semi-integral frames. The functions of various vehicle systems and forces acting on the chassis are summarized as well.
Mechanical engineering involves understanding core concepts in mechanics, kinematics, thermodynamics, materials science, and structural analysis. Mechanical engineers design and analyze machines, manufacturing plants, engines, transport systems, medical devices, and more. Examples of mechanical engineering include bicycles, CD players, video game consoles, snowmobiles, microelectromechanical systems, robotics, composite materials, biomechanics, aerospace engineering, and careers in automotive, manufacturing, utilities, HVAC, and space research industries.
The document discusses different types of turning fixtures and mandrels used to securely hold workpieces for machining operations on lathes. Turning fixtures are cheaper than milling and allow for asymmetric jobs to be machined. Fixtures must be carefully designed for operator safety, accuracy, and proper clamping to the faceplate. Mandrels are used internally to locate cylindrical workpieces and come in tapered, clamping, expanding, and threaded varieties to suit a range of bore sizes and provide accurate concentricity.
1. Turbomachinery refers to machines that transfer energy between a continuously moving fluid and a rotating element. Turbines, compressors, fans, and pumps are all types of turbomachines.
2. Turbomachines can be classified based on the direction of fluid flow as axial, radial, or mixed flow. They can also be classified based on whether they absorb energy from a rotor to increase pressure (pumps, fans, compressors) or produce energy by expanding flow to lower pressures (turbines).
3. Key equations that govern turbomachinery include the Euler turbine equation, which relates power added or removed from flow to characteristics of a rotating blade row, and the energy equation, which equ
The Francis turbine is an inward flow reaction turbine with radial discharge at the outlet. It is a mixed-flow turbine where water enters the runner radially and exits axially. Francis turbines are used in applications with medium head between 45-250 meters. They have medium specific speeds between 50-250 and a vertically oriented shaft. Francis turbines are widely used worldwide due to their high efficiencies between 80-94%. However, they also have high costs due to their complex design and cavitation can be an issue.
The document describes the different layouts of automobiles, including where the engine and drive wheels are located. It discusses the main types - front engine rear wheel drive, rear engine rear wheel drive, and front engine front wheel drive. For each type, it provides details on their characteristics such as noise isolation, drive train loss, weight distribution, and handling. The document aims to explain the different configurations and their respective advantages and limitations.
This document describes a mini project report on a rope brake dynamometer. A rope brake dynamometer consists of a rope wrapped around a pulley connected to the shaft of an engine. One end of the rope supports a dead weight and the other is attached to a spring balance. It works by absorbing the torque produced by the engine through friction between the rope and pulley. The difference between the tensions in the two sides of the rope is used to calculate the braking torque and absorbed power of the engine. The report provides details on the construction, working principle and applications of a rope brake dynamometer.
Here are the key parts of a piston and their functions:
- Piston head (crown): Transmits force from combustion to connecting rod.
- Piston rings: Provide seal between piston and cylinder wall to prevent leakage of combustion gases and oil.
- Piston skirt: Guides piston up and down inside cylinder and transfers lateral loads from connecting rod.
- Piston pin: Connects small end of connecting rod to piston and allows it to rotate freely during operation.
The piston is a critical component that converts expanding combustion gases into linear motion via the connecting rod and crankshaft. It must withstand high pressures and temperatures while forming an effective gas seal with the cylinder. Piston rings, skirt
Mechanical engineering is concerned with the design, development, and manufacture of machines. Mechanical engineers study how materials behave under forces and stresses, and use this knowledge to design tools, engines, vehicles, heating and cooling systems, and other machinery. They are involved in all aspects of energy production and conversion. Mechanical engineers use mathematics and science to solve problems, and are expected to constantly improve designs. They may work in research and development, manufacturing, maintenance, technical sales, administration, or management. The field covers a broad range of industries and specializations.
Introduction to Mechatronics, Sensors and Transducerstaruian
Introduction: Definition, Multidisciplinary Scenario, Evolution of Mechatronics, Design of Mechatronics system, Objectives, advantages and disadvantages of Mechatronics
Transducers and sensors: Definition and classification of transducers, Difference between transducer and sensor, Definition and classification of sensors, Principle of working and applications of light sensors, proximity switches and Hall Effect sensors.
This document provides information on fans, blowers, and pumps used in building energy audits. It discusses the general introduction and components of fan systems. It describes different types of fans and blowers, including centrifugal fans, axial fans, and blowers. It outlines the steps involved in conducting an energy audit of fans, including collecting data, making measurements and observations, assessing fan performance, and exploring energy conservation opportunities. The document also provides examples and case studies to illustrate fan performance analysis and potential efficiency improvements.
Solutions for machine design by KHURMI and GUPTAAzlan
This document appears to be notes from a machine design textbook created by Eng. Younis Fakher of Thi-Qar University's College of Engineering. It contains solutions to problems from chapters 4-6 of a machine design textbook by Khurmi and Gupta for 4th year mechanical engineering students from the 2010-2011 academic year. The notes are broken down by chapter and contain problem solutions.
this project is design of bevel gear box
A Gearbox is a device that used for transmitting power from the Power source to
the output shaft. A gearbox has a set of gears that are enclosed in a casing. The gears are
mounted on shafts which rotate freely about their axis
The document discusses limit gauging and gauge design according to Taylor's principle. It begins by defining limit gauging as using gauges to check if components lie within permissible tolerance limits rather than determining exact dimensions. It then explains Taylor's principle, which states that GO gauges check the maximum metal condition and multiple related dimensions simultaneously, while NOT GO gauges check the minimum metal condition and one dimension at a time. The document concludes by providing an example of designing GO and NOT GO plug and snap gauges according to the British system for a given shaft and hole component.
CNC machines use computer programs and numeric control to operate machine tools like milling machines and lathes. Key features include automated tool changes and multi-axis movement controlled by motors. CNC programming involves specifying coordinates, feed rates, spindle speeds, and preparatory codes like G-codes for different motions and functions. Programs are debugged to ensure accurate machining based on part designs.
The document discusses gears and their classification. It defines various gear types including spur gears, helical gears, bevel gears, worm gears, and rack gears. It covers gear terminology such as pressure angle and describes how parameters like pressure angle and center distance affect gear performance and interference. Methods to avoid interference include increasing center distance, tooth modification, and changing the number of teeth. Backlash is also defined as the clearance between mating gear teeth.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow, releases endorphins, and promotes changes in the brain which help regulate emotions and stress levels.
The document discusses the design of a flywheel. A flywheel is an inertial energy storage device that absorbs mechanical energy during periods of high energy supply and releases it during periods of high energy demand. Flywheels smooth out torque fluctuations in machines like engines. Traditional flywheels are made of cast iron due to its ability to damp vibrations, but modern flywheels use composite materials. The design of a flywheel involves determining the required energy storage and moment of inertia, and defining a geometry that meets these requirements safely. Flywheels find applications in engines, compressors, and the electricity grid where they provide backup power.
This presentation briefly tells about the classification of Gears. It includes information about spur, helical, bevel, herringbone, rack and pinion, internal and external gears.
This document provides an overview of mechatronics systems and their applications across multiple domains. It defines mechatronics as the synergistic combination of mechanical, electrical, and computer engineering. Examples of mechatronics applications discussed include microfactories, CNC machining, automobiles, high-speed trains, robots, medical devices, defense technologies, smart homes, and more. Across these diverse areas, mechatronics integrates mechanical and electronic engineering to create automated systems that sense and control physical processes.
This document provides an introduction to mechanical engineering. It discusses what mechanical engineers do, including designing machines and systems, manufacturing, testing, maintenance, and more. Some key areas mechanical engineers work in are energy, transportation, manufacturing, and healthcare. The document outlines the mechanical engineering education process and typical career paths, noting mechanical engineers work in a wide variety of industries. It emphasizes mechanical engineering involves problem solving, applying math and science concepts, and benefits society through technological innovation.
8.06 Project Risk Management_Project Life Cycle.pptxIftekarHasnine
This document discusses risks associated with project implementation and management. It covers risk identification, analysis, assessment, and monitoring processes. Key points include:
- Risk management involves identifying, analyzing, mitigating risks to successfully implement a project.
- Various project risks include financial, technical, execution, legal, contractual, operational, and strategic risks.
- Feasibility studies help identify risks by analyzing technical, financial, economic, environmental, market, operational, legal, and social feasibility.
- Risk analysis and mitigation measures are important parts of project documents like the Development Project Proposal.
1. Turbomachinery refers to machines that transfer energy between a continuously moving fluid and a rotating element. Turbines, compressors, fans, and pumps are all types of turbomachines.
2. Turbomachines can be classified based on the direction of fluid flow as axial, radial, or mixed flow. They can also be classified based on whether they absorb energy from a rotor to increase pressure (pumps, fans, compressors) or produce energy by expanding flow to lower pressures (turbines).
3. Key equations that govern turbomachinery include the Euler turbine equation, which relates power added or removed from flow to characteristics of a rotating blade row, and the energy equation, which equ
The Francis turbine is an inward flow reaction turbine with radial discharge at the outlet. It is a mixed-flow turbine where water enters the runner radially and exits axially. Francis turbines are used in applications with medium head between 45-250 meters. They have medium specific speeds between 50-250 and a vertically oriented shaft. Francis turbines are widely used worldwide due to their high efficiencies between 80-94%. However, they also have high costs due to their complex design and cavitation can be an issue.
The document describes the different layouts of automobiles, including where the engine and drive wheels are located. It discusses the main types - front engine rear wheel drive, rear engine rear wheel drive, and front engine front wheel drive. For each type, it provides details on their characteristics such as noise isolation, drive train loss, weight distribution, and handling. The document aims to explain the different configurations and their respective advantages and limitations.
This document describes a mini project report on a rope brake dynamometer. A rope brake dynamometer consists of a rope wrapped around a pulley connected to the shaft of an engine. One end of the rope supports a dead weight and the other is attached to a spring balance. It works by absorbing the torque produced by the engine through friction between the rope and pulley. The difference between the tensions in the two sides of the rope is used to calculate the braking torque and absorbed power of the engine. The report provides details on the construction, working principle and applications of a rope brake dynamometer.
Here are the key parts of a piston and their functions:
- Piston head (crown): Transmits force from combustion to connecting rod.
- Piston rings: Provide seal between piston and cylinder wall to prevent leakage of combustion gases and oil.
- Piston skirt: Guides piston up and down inside cylinder and transfers lateral loads from connecting rod.
- Piston pin: Connects small end of connecting rod to piston and allows it to rotate freely during operation.
The piston is a critical component that converts expanding combustion gases into linear motion via the connecting rod and crankshaft. It must withstand high pressures and temperatures while forming an effective gas seal with the cylinder. Piston rings, skirt
Mechanical engineering is concerned with the design, development, and manufacture of machines. Mechanical engineers study how materials behave under forces and stresses, and use this knowledge to design tools, engines, vehicles, heating and cooling systems, and other machinery. They are involved in all aspects of energy production and conversion. Mechanical engineers use mathematics and science to solve problems, and are expected to constantly improve designs. They may work in research and development, manufacturing, maintenance, technical sales, administration, or management. The field covers a broad range of industries and specializations.
Introduction to Mechatronics, Sensors and Transducerstaruian
Introduction: Definition, Multidisciplinary Scenario, Evolution of Mechatronics, Design of Mechatronics system, Objectives, advantages and disadvantages of Mechatronics
Transducers and sensors: Definition and classification of transducers, Difference between transducer and sensor, Definition and classification of sensors, Principle of working and applications of light sensors, proximity switches and Hall Effect sensors.
This document provides information on fans, blowers, and pumps used in building energy audits. It discusses the general introduction and components of fan systems. It describes different types of fans and blowers, including centrifugal fans, axial fans, and blowers. It outlines the steps involved in conducting an energy audit of fans, including collecting data, making measurements and observations, assessing fan performance, and exploring energy conservation opportunities. The document also provides examples and case studies to illustrate fan performance analysis and potential efficiency improvements.
Solutions for machine design by KHURMI and GUPTAAzlan
This document appears to be notes from a machine design textbook created by Eng. Younis Fakher of Thi-Qar University's College of Engineering. It contains solutions to problems from chapters 4-6 of a machine design textbook by Khurmi and Gupta for 4th year mechanical engineering students from the 2010-2011 academic year. The notes are broken down by chapter and contain problem solutions.
this project is design of bevel gear box
A Gearbox is a device that used for transmitting power from the Power source to
the output shaft. A gearbox has a set of gears that are enclosed in a casing. The gears are
mounted on shafts which rotate freely about their axis
The document discusses limit gauging and gauge design according to Taylor's principle. It begins by defining limit gauging as using gauges to check if components lie within permissible tolerance limits rather than determining exact dimensions. It then explains Taylor's principle, which states that GO gauges check the maximum metal condition and multiple related dimensions simultaneously, while NOT GO gauges check the minimum metal condition and one dimension at a time. The document concludes by providing an example of designing GO and NOT GO plug and snap gauges according to the British system for a given shaft and hole component.
CNC machines use computer programs and numeric control to operate machine tools like milling machines and lathes. Key features include automated tool changes and multi-axis movement controlled by motors. CNC programming involves specifying coordinates, feed rates, spindle speeds, and preparatory codes like G-codes for different motions and functions. Programs are debugged to ensure accurate machining based on part designs.
The document discusses gears and their classification. It defines various gear types including spur gears, helical gears, bevel gears, worm gears, and rack gears. It covers gear terminology such as pressure angle and describes how parameters like pressure angle and center distance affect gear performance and interference. Methods to avoid interference include increasing center distance, tooth modification, and changing the number of teeth. Backlash is also defined as the clearance between mating gear teeth.
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise boosts blood flow, releases endorphins, and promotes changes in the brain which help regulate emotions and stress levels.
The document discusses the design of a flywheel. A flywheel is an inertial energy storage device that absorbs mechanical energy during periods of high energy supply and releases it during periods of high energy demand. Flywheels smooth out torque fluctuations in machines like engines. Traditional flywheels are made of cast iron due to its ability to damp vibrations, but modern flywheels use composite materials. The design of a flywheel involves determining the required energy storage and moment of inertia, and defining a geometry that meets these requirements safely. Flywheels find applications in engines, compressors, and the electricity grid where they provide backup power.
This presentation briefly tells about the classification of Gears. It includes information about spur, helical, bevel, herringbone, rack and pinion, internal and external gears.
This document provides an overview of mechatronics systems and their applications across multiple domains. It defines mechatronics as the synergistic combination of mechanical, electrical, and computer engineering. Examples of mechatronics applications discussed include microfactories, CNC machining, automobiles, high-speed trains, robots, medical devices, defense technologies, smart homes, and more. Across these diverse areas, mechatronics integrates mechanical and electronic engineering to create automated systems that sense and control physical processes.
This document provides an introduction to mechanical engineering. It discusses what mechanical engineers do, including designing machines and systems, manufacturing, testing, maintenance, and more. Some key areas mechanical engineers work in are energy, transportation, manufacturing, and healthcare. The document outlines the mechanical engineering education process and typical career paths, noting mechanical engineers work in a wide variety of industries. It emphasizes mechanical engineering involves problem solving, applying math and science concepts, and benefits society through technological innovation.
8.06 Project Risk Management_Project Life Cycle.pptxIftekarHasnine
This document discusses risks associated with project implementation and management. It covers risk identification, analysis, assessment, and monitoring processes. Key points include:
- Risk management involves identifying, analyzing, mitigating risks to successfully implement a project.
- Various project risks include financial, technical, execution, legal, contractual, operational, and strategic risks.
- Feasibility studies help identify risks by analyzing technical, financial, economic, environmental, market, operational, legal, and social feasibility.
- Risk analysis and mitigation measures are important parts of project documents like the Development Project Proposal.
This document outlines the key phases and activities in a typical project management process: concept and initiation, definition and planning, execution, performance and control, and project close. It describes establishing objectives and scope, creating plans and budgets, assigning tasks, monitoring progress, managing risks and quality, and conducting reviews and closure activities after a project is complete.
The document provides an overview of key concepts in project management. It defines a project as a temporary endeavor with a unique purpose and defined start and end points. Project management involves balancing scope, time and cost constraints. The project life cycle consists of phases like concept, planning, execution and closure where work is defined and monitored using tools like work breakdown structures and Gantt charts. Project success depends on stakeholder management, effective communication and addressing risks.
This document discusses various aspects of project management including:
1. It describes the different stages of a project including planning, scheduling, controlling, and closing.
2. It outlines several key project management knowledge areas such as scope, time, cost, quality, human resources, communications, risk, and procurement.
3. It provides an overview of the project management process including integration, scope, time, cost, quality, human resources, communications, risk, and procurement management.
1) The document discusses the preparation of project proposals, known as "project fiches", for sustainable economic development projects in Iceland. It outlines the key elements that should be included in a well-designed project proposal.
2) Project design elements that should be addressed include objectives, activities, indicators, risks, budgets, schedules, and institutional responsibilities. Logical frameworks are recommended to help establish objectives and measure results.
3) Thorough information gathering, clear definition of problems to be solved, and measurable goals are essential for a high quality project proposal. Proper design ensures projects meet eligibility criteria and achieve intended outcomes.
Project Integration Management involves developing a project charter, project management plan, directing and managing project execution, monitoring and controlling project work, performing integrated change control, and closing the project. The project charter formally authorizes the project. The project management plan documents all plans and baselines needed to manage the project. It establishes scope, schedule, and cost baselines against which performance is measured. Change management, configuration management, and other plans are also included.
The document discusses various aspects of project management. It begins by outlining the different stages of a project including planning and scheduling, data collection, status updates, and ensuring successful completion. It then defines what a project is, its key characteristics, and how project management applies knowledge and techniques to meet stakeholder needs and expectations. The document also discusses why companies and individuals use project management and what goes into a project management plan. It provides overviews of the project management process, process groups, knowledge areas, and integration management.
Civil Solutions Consulting Group - Program Management Eric Dexter
This is a recent presentation we put together that highlights some of the areas of focus for our firm's program management services for local municipalities and agencies.
This document discusses project management practices for construction projects by the National Housing Authority in the Philippines. It describes the Community-Based Initiative Approach (CBIA) used to develop housing projects. The CBIA involves community participation in planning, selecting developers and sites, project development, housing acquisition, and monitoring. It allows developers to propose designs for evaluation. This delegated design-and-build process is meant to address past complaints about housing design and location. Regular monitoring ensures on-time delivery and issue resolution.
The document discusses various aspects of project management including:
1. It outlines the key stages of a project including planning and scheduling, controlling, and closing.
2. It describes several project management knowledge areas such as scope, time, cost, quality, human resources, communications, risk, and procurement management.
3. It provides examples of tools used in project management like the work breakdown structure (WBS), Gantt charts, and risk registers.
The document discusses various aspects of project management including:
1. It outlines the key stages of a project including planning and scheduling, controlling, and closing.
2. It describes several project management knowledge areas such as scope, time, cost, quality, human resources, communications, risk, and procurement management.
3. It provides examples of tools used in project management like the work breakdown structure (WBS), Gantt charts, and risk registers.
This document describes Ryan Mifsud's approach to professional project management. It involves managing the end-to-end delivery of IT solutions through a phased approach. The phases include engagement, design, proof of concept and pilot testing, deployment, and close. Methodologies like PRINCE2 and PMI are used along with tools like RAG reporting and financial tracking spreadsheets. The goal is to deliver projects on time, on budget, and with quality assurance through an emphasis on people, process, and innovation.
Narrowing the Options A Economic Considerations - Session 7 Managing Project ...UNDP Climate
This session covers basic economic considerations that are important in designing projects. Participants will learn how these considerations factor into decision-making processes, and how they can be used to decide between multiple adaptation options. The session will also elaborate on how to determine which parts of a project should be funded by the public sector and which parts should be funded by the private sector, and what types of analyses are required for each. Experts will help the participants understand rules of thumb for economic and financial viability of project options. This session will help participants understand some guiding principles for allocating limited resources based on cost-benefit analysis and cost-effectiveness analysis.
o OBJECTIVE 1: Participants will understand and apply decision rules through the application of a case study
o OBJECTIVE 2: Participants will present their trees and receive comment about the linkages and logic from experts.
The document discusses the various stages and processes involved in project management. It begins by defining a project and its key characteristics. It then discusses the importance of project planning, scheduling, controlling, and closing. The document also outlines the 10 project management knowledge areas including integration, scope, time, cost, quality, human resources, communications, risk, procurement, and stakeholder management. For each area, it provides brief explanations of the core concepts and processes. Overall, the document provides a high-level overview of the fundamental components of project management.
MBA 572Project Management WorksheetsReprinted from The Project.docxandreecapon
MBA 572
Project Management Worksheets
Reprinted from The Project Manager’s Partner, Second Edition, by Michael Greer, copyright 2001. Reprinted by permission of the publisher, HRD Press, Amherst, MA, (800) 822-2801. www.hrdpress.comWorksheet: My Unique Project Life Cycle
Instructions: This tool will help you to create your own custom-tailored project life cycle—one that best reflects the unique requirements of your project’s deliverables and your organization. Refer to the first two columns as your “crib sheet,” then fill in the third column with between 3 and 7 broad phases which your project should employ. In the last column, note the key activities that will be essential to the success of each phase. (Continue on the back of the page, if necessary.)
Typical Project
Phases
Typical Project
Activities
My Project’s
Phases
My Project’s
Activities
Determine Need and Feasibility
Purpose: Confirm that project is needed, do-able; formal “go/no go” approval.
· Goal and concept definition
· Needs or market analysis
· Strategy definition
· Preliminary benefit/cost analysis
Create Project Plan
Purpose: Create formal document to guide project team as it executes project.
· Involve stakeholders in specifying and agreeing on project outcomes and methodology
· Create written record of assumptions, agreed-upon scope, resources, schedule, costs, etc.
· Obtain consensus and formal approval
Typical Project
Phases
Typical Project
Activities
My Project’s
Phases
My Project’s
Activities
Create Specifications for Deliverables
Purpose: Describe deliverables in substantial detail “on paper.”
· Create design plans, flowcharts, blueprints, media treatments, other “on paper” deliverables; descriptions and samples as appropriate
· Circulate and obtain feedback, revise, obtain formal approval
Create Deliverables
Purpose: Create prototypes, pieces; create full-blown, fully integrated deliverables
· Create all promised deliverables, in “chunks” or completely
· Provides planned services, execute planned activities, obtain formal approval
Test and Implement Deliverables
Purpose: Make sure project deliverables work as planned; turn over to sponsor for use
· Testing of deliverables (in whole or in part)
· Refinement, revision
· Full production, implementation, and final approval
SUMMARY OF KEY PROJECT MANAGER ACTIONS AND RESULTS
Below is a list of actions that project managers should take in order to successfully complete a project. Beside each action is a description of one or more specific results that the action should produce. Place a check mark (() beside each action and result that will be essential to your project’s success.
INITIATING
ACTION
RESULTS OF SUCCESSFUL PERFORMANCE
1. Demonstrate Project Need and Feasibility
· A document confirming that there is a need for the project deliverables and describing, in broad terms: the deliverables; the means of creating the deliverables; the costs of creating and implementing the de ...
The document discusses key aspects of project integration management including:
1) The importance of project integration management and coordinating all project knowledge areas.
2) How the Airbus A380 project faced integration issues due to software version mismatches.
3) Key project integration processes like developing plans, directing execution, monitoring, and change control.
4) Methods for project selection like NPV, ROI, weighted scoring, and how a project charter and management plan are used.
Paul Kidson presented planning fundamentals at the SWWE Seminar
Project definition - where do you start? A few areas to consider
Planning: approach to planning, planning strategies.
Business case - Provides justification for undertaking a project: benefits, Cost and risk of alternative section, Rationale for preferred solution
Typical business case content.
Scope management
Requirement management.
Project Familiarisation
Planning
Benefits of planning
Approaches to planning
Planning strategies
Breakdown structure
Product Breakdown structure
Work breakdown structure
Organisation breakdown structure
Responsibility assignment Matrix
RACI Matrix
Cost breakdown structure
Dependency Management
Cost Estimating
Cost Estimating types
Budgeting
Budgeting generating a cost
The document discusses various aspects of project management including the stages of a project, characteristics of a project, management techniques, and the project management plan. It describes the key stages as planning, scheduling, controlling, and closing. It also outlines several project management knowledge areas such as scope, time, cost, quality, human resources, communications, risk, and procurement management. Finally, it discusses tools used in project management like the work breakdown structure (WBS), Gantt charts, earned value analysis, and document management.
Similar to Nuts and bolts of project formulation and implementation (20)
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
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Nuts and bolts of project formulation and implementation
1. NUTS AND BOLTS OF PROJECT FORMULATION AND
IMPLEMENTATION:
SUBMITTED TO: Dr. M Zafar Iqbal
SUBMITTED BY: M Faisal Ishaq
NUTS AND BOLTS OF PROJECT FORMULATION AND IMPLEMENTATION:NUTS AND BOLTS OF PROJECT FORMULATION AND IMPLEMENTATION:
2. Nuts and Bolts of project Formulation
• Project policy
• Financial Planning
• Capital planning
• Programming
• Project Approval
• Design
3. Nuts and Bolts of project Formulation
• Project close out and Evaluation
• Project Operation
4. Project policy
• Translation of mission and goals of project
• Identification of needs
• Establishment of priorities
• Contact with stakeholders and staff of collaborative execution of project
•
5. Financial Planning
• It will be done in following prospective;
Operational budget cost:
Generate list of all operational budget and expenses including risk associated with line item
that are uncertain or could be change significantly.
Revenue projections:
it is very important to generate the list of potential revenue and also steam and
limitation on their use.
6. Financial Planning
Potential funding source:
List of all findings resources including donations, investments, customer facility
charges local grants etc.
Financial models:
Develop a well define financial model to asses and monitor the coming revenue
and expenditure as well.
7. Capital planning
• Capital planning done on following ways:
Existing condition survey:
Set a plan for monitoring current condition of project and also estimate the
need of change in project.
Facility need assessment:
Regularly assess facility needs with respect to maintenance and
improvements.
8. Capital planning
Life cycle cost analysis(LCCA):
It is use to asses total cost and operating cost of project.it help management
to compare alternative to net saving prospective and also determine higher
initial investment will pay off in lower operating cost.
Project definition standard:
Establish a define standard for project phase and milestones to be used in
developing budget estimates and project schedule.
9. Capital planning
Project worksheet:
Develop a draft scope, cost and schedule for preferred alternatives, also
develop well descriptive worksheet on project which consist of all information
about project.
10. Programming
• Analyze, evaluate and prioritize the project.
• Develop a full project draft
• Set role and responsibilities
• Set project rating criteria
12. Project Design
• Following task are achieved here
• Stakeholder input
• Procure consultancy
• Management consultancy
• Quality control management
• Project management plan
13. Project Design
• Risk assessment and management
• Coordination
• Invoices
• Cash flow
• Progress monitoring and reporting
14. Project close out and Evaluation
• Closeout check list
• Punch list (item to be completed)
• Certificate of Occupancy (appropriate external stakeholder)
• Guarantees and Warrantees
• Contractor asses
15. Nuts And Bolts of Project Implementation
• Prepare the infrastructure:
• Building
• Envirment
• Physical facilities
16. Nuts And Bolts of Project Implementation
• Coordination with Organization:
• With clients
• With stakeholder
• With staff of collaborative execution
17. Nuts And Bolts of Project Implementation
• Implement training
• Staff training
• Community awareness training
• Informal coaching sessions
• Formal coaching sessions
18. Nuts And Bolts of Project Implementation
• Implement new processes and procedures.
• Modified process and procedure implementation
• Assessment of need of modification in actual process
• when once change should be implemented at the same time that the actual
solution is deployed.
19. Nuts And Bolts of Project Implementation
• Monitor the Solution:
• Daily base monitoring
• Assessment of problem
• Fixation of the problem
20. References:
• Airport Consultants Council/Federal Aviation administration Best Practices
Update Task Force, Improving the Quality of Airport Project ACC/FAA
Best Practices, Airport Council (ACC)/Federal Aviation Administration
(FAA) (2008) 20 pp.
• Gorden, Christopher M., “Choosing Appropriate Construction Constructing
Method.” Journal of construction Engineering vol. 120, No.1 (March 1994)
pp 196-210.
21. References:
• Nicol,Cindy,ACRP Synthesis 1: Innovative Finance and Alternative Sources
of revenue for Airport, Transportation Research Board of the National
Academies Washington D.C (2007) 51pp
• Touran, Ali et al., ACRP Report 21: A Guidebook for Selecting Airport
Capital project Delivery Method, Transportation Research Board of the
National Academies Washington D.C.
22. References:
• Kroll, P. and Kruchten, Ph. (2004). The Rational Unified Process Made Easy: A
practitioner’s Guide to the RUP. Boston: Addison Wesley.
• McConnell, S. (1996). Rapid Development: Taming Wild Software Schedules.
Redmond, Washington: Microsoft Press.
• Stapleton, J. (2002). DSDM Dynamic Systems Development Method: De methode
in de praktijk. Schoonhoven: Academic Service.
23. References:
• Wijnen, G., Renes, W. and Storm, P. (2004). Projectmatig werken. Utrecht:
Het Spectrum
• Internet sources
• [i] Spolsky, J. (2000). Painless Functional Specifications – Part 1: Why Bother?
Referred to 31 May, 2006
http://www.joelonsoftware.com/articles/fog0000000036.html
24. References:
• Chromatic and Diaz, T. Apandi (Ed.) (2003). Extreme Programming Pocket
Guide. Sebastopol, CA: O’Reilly & Associates.
• Goldratt, E.M. (2002). De zwakste schakel. Utrecht: Het Spectrum.
• Kor, R. and Wijnen, G. (2002). 50 checklisten voor project- en
programmamanagement. Deventer: Kluwer.