Series Philosophy & Mission
Unique Characteristics
Great Projects from the Past
History in Business
Visions of the Future Taken from the Past
Where to Buy Series Books?
Project Example 1
Project Example 2
Project Example 3
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The term project manager may not have existed even in the 19th century but the role on major historical projects has always been fulfilled by an individual but under a different title. Engineers, architect, masterbuilders, sponsors have all played a leadership role with projects.
"The first engineers were irrigators, architects, and military engineers. The same man was usually expected to be an expert at all three kinds of work. This was still the case thousands of years later, in the Renaissance, when Leonardo, Michelangelo, and Dürer were not only all-around engineers but outstanding artists as well. Specialization within the engineering profession has developed only in the last two or three centuries." Source Paul Allen Right up to the medieval period the master mason had two responsibilities, that of architect, as in designer, and builder, as in the contractor. In the middle ages the builders of catapults, battering rams, and engines of war were referred to ingeniators by Latin writers. |
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The series looks at historical projects and:
Outlines the project background, drivers (business), financials, and return on investments.
Defines how these projects were managed, the approach, and methods.
Looks at challenges and accomplishments and provides examples of phases, results, or tasks.
Investigates alternatives, options available, and some of the decision making that took place.
Examines the end deliverables (outputs) and works backwards as to how this was achieved.
Provides analogies of problem solving using emerging technologies and how they were applied.
Lessons-from-History mines the project for best practices. As a result it: Makes the experience memorable by looking at envisioned challenges through the character's eyes. The story is made up of villains and heroes, and the role they played in the project. Increases the audience experience through a riveting tale and familiar lesson expressed compellingly. Shows how emerging technology can have a breakthrough effect in solving problems thought insolvable. Provides a low cost way of training.
In today's world many projects are run as complex programs that may take 3 to 5 years to complete. For example, within corporations the customization, integration, and implementation of a complex software solution (like Customer Relationship Management, or Enterprise Resource Planning), or a journey to an Adaptive Enterprise. As a result, the benefits may not be fully understood or realized until later into the program, and these are very difficult to visualize early on. But a historical analogy demonstrates not only the end-state of the solution but the journey to it (read more about creating visions to understand the benefits of the project in visions of the future taken from the past). A good historical example of this is the of the 1960's which was a series of evolutionary projects within a complex program that lasted close to a decade. When President Kennedy set the program objective in 1963 there was no clear mental picture of how this would be done, and what it would look like. The vision would have to be evolved step by step. After the initial objective of putting a "man on the moon" was achieved in 1969 the U.S. space program found itself it rapid decline as public interest waned, and funding dried up. There were several factors but a significant one was the lack of a clear next step, or mission. Hence, the importance of setting a vision, and evolving it as the program progresses and lessons are learned. Today the spin offs of the U.S. Space Program are well recognized having driven several technological revolutions like that in microelectronics, and material sciences. With better foresight and project management the U.S. Space Program could have continued at the same pace of the 1960's into the 1970's and acted as a catalyst for creating emerging technologies. Similarly, in today's business world complexities abound: "Building high-quality, industrial strength software is difficult. Indeed, it has been argued that developing such software in domains like telecommunications, industrial control, and business process management represents one of the most complex construction tasks humans undertake." Source: WHY AGENT-ORIENTED APPROACHES ARE WELL SUITED FOR DEVELOPING COMPLEX, DISTRIBUTED SYSTEMS. Nicholas R. Jennings; |
The source of historical projects for the series is made up of constructions, inventions, expeditions, and achievements that were all firsts. Many were races which resulted in project failures and successes like the:
· First mechanical computer, circa 1840-1890. · First telephone, circa 1876. · First manned powered flight, circa 1903. · First to the South Pole, circa 1911. · First luxury transatlantic liner, circa 1912. · First major air battle, circa 1940. · First electronic computer, circa 1943. · First manned lunar landing, circa 1970.

Read further about the site's collection of great and memorable projects of the past. The lists are all subjective and based on the site author's views.
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You can see project leaders in action: Study the characters, their decisions and leadership. Be the project manager and play out the what ifs. View it from a modern project perspective. Observe how associated problems were solved. Study the outcome and the impact of the project. Compare how similar problems would be solved today. As a reader you can look at the historical project, better understand it, and the events leading up to it. The series interprets the project so it can applied back today and compared to modern business situations. It allows the reader to further analyze their own business situation and compare it, and also weigh up all the options. Even with the development of methods and tools today there are strong parallels with projects of the past. These may not have been readily available but the project still achieved significant results. |