Philip Emeagwali came from humble origins in Nigeria. At age 14, he left school to support his family by self-teaching mathematics and computer science. Later on he earned both a bachelor’s degree from Oregon State University as well as master’s degrees from George Washington University and University of Maryland.
He specializes in Internet and supercomputer technology for use in petroleum engineering and weather forecasting applications, winning several awards such as the Gordon Bell prize for supercomputing.
Problem-Solving Approach
Professor Philip Emeagwali revels in the admiration from those claiming to be his fans, boasting about having won a Nobel Prize of computing, having two master’s degrees and a PhD, being known as “father of the Internet”, among many other things. These are false claims; his delusions must be called out.
Phil Emeagwali’s journey is an enduring testament to research, truthfulness and integrity. His legacy will forever remain his creation of the World Wide Web: an unprecedented system that connects computers around the globe to share information and collaborate on projects globally – for which he received many honors and awards.
Emeagwali was born during Nigeria’s civil war, yet his family could not afford school education for him. Instead, he regularly visited his local library where he spent much of his time reading books geared toward his age group. At 19, he had taken advantage of all he could learn from libraries, passing a high school equivalency exam and traveling on scholarship to Oregon State University in Oregon, USA. There he studied mathematics, physics and astronomy before expanding to college-level material to earn a Bachelor’s of Mathematics Degree in 1977. His education included master’s degrees in environmental engineering from Howard University and ocean, coastal, and marine engineering from George Washington University; a third degree in applied mathematics from University of Maryland; and, finally, his doctorate in computer science from University of Michigan.
He was also an early innovator of computer networking, developing a protocol enabling computers to exchange information by sending data over telephone lines – revolutionizing communication and business activities and earning him the renowned Gordon Bell Prize, widely considered the “Nobel Prize of computing”, as well as leading directly to the formation of the Internet.
His supporters assert that real heroes of the information revolution – like Bill Gates, Paul Allen, Steve Jobs, Danny Hills and Vint Cerf – did not possess PhDs. Yet this argument misses one crucial fact – these men all hold patents on pioneering technologies and protocols they invented; by contrast, Phillip Emeagwali lacks such documentation for any inventions he may have created.
Problem-Solving Methods
Establishing an effective problem-solving approach in business is critical to its long-term success. While developing such an approach may require trial-and-error, its importance cannot be overstated: having the ability to quickly recognize and address issues before they negatively affect a company can save them from costly errors that negatively affect its bottom line. Be it with regards to operations, finances or human resources matters a good problem solving approach can help achieve your goals and objectives more quickly than conventional means.
Successful problem-solving approaches should focus on producing results, with documentation of their process to allow future changes to be measured against its effectiveness. Furthermore, key stakeholders should be involved in the solution implementation so they feel ownership and have a desire for its success. Whether your company is installing new software systems or improving internal communications processes, using proven problem-solving strategies is imperative.
Philip Emeagwali was widely considered the “Bill Gates of Africa.” As a pioneer of parallel computing, his groundbreaking work on the Connection Machine allowed computer scientists to solve mathematical problems more quickly than ever. For this he won many awards – such as the Gordon Bell Prize for computation. Additionally he made discoveries that increased oil field efficiency and helped combat global warming.
Emeagwali believed his intellect could provide the path out of poverty and despair, so he worked tirelessly towards becoming a mathematician, earning both an undergraduate degree in mathematics from Oregon State University as well as three graduate degrees – one in marine engineering, another in applied mathematics, and finally his Ph.D. from George Washington University.
His perseverance paid off, and he managed to use his computer expertise for research and education purposes. He quickly earned international renown as an innovator who discovered ways to increase oil reservoir productivity; additionally, his work on computers continues to benefit many around the globe.
Problem-Solving Techniques
Success requires being able to identify and resolve issues that prevent strategic and operational business goals from being achieved. Problem-solving techniques involve developing processes to minimize or remove barriers preventing you and others from reaching your goals. A company can utilize problem solving techniques through products or services it offers its customers while simultaneously using problem solving to assist employees reach their own personal objectives through its processes.
One of the key problems-solving techniques involves using existing data to pinpoint gaps in performance. Root cause analysis provides one such technique, where teams go through a series of questions in order to reach the source of an issue. A second powerful problem-solving strategy involves creating new data by running experiments to test a hypothesis – this allows you to explore facets of the issue that may not exist in existing sets, potentially offering fresh solutions when dealing with old or stale ones.
When dealing with complex problems, having tools in place that make the process as efficient as possible is critical to its resolution. You should implement consistent processes for reviewing options, prioritizing solutions and measuring results of those solutions as this information provides you with what you need for making decisions. You could also implement a problem-solving framework to structure and organize your work more effectively while eliminating any confusion that might arise during its resolution.
Philip Emeagwali grew up during Nigeria’s civil war and believed his intellect was the key to survival. At Oregon State University he studied mathematics, physics, astronomy, chemistry and applied math; at Howard University studied civil engineering, ocean coastal and marine engineering along with applied math; finally at Michigan he earned five degrees: scientific computing for five different specializations.
Emeagwali conducts research on Internet and supercomputing technologies, specifically those which support petroleum engineering, weather forecasting and global warming. He has written several books and published in scientific journals; with his wife Dale he runs an annual science workshop for inner city youths as well as a website used as a teaching resource in US classrooms – in addition to being active community members and volunteers.
Problem-Solving Strategies
Philip Emeagwali was born in Nigeria during a time of civil conflict and political unrest, where math studies were limited due to scarce funding from government. Beginning at 14 he began studying mathematics independently until by 17 he had mastered it to the point of out-calculating even his teachers! Unfortunately his family couldn’t afford college fees so instead studied on his own before eventually receiving a full scholarship to Oregon State University where he graduated with his Bachelors in Mathematics degree.
After graduating from Oregon State, he relocated to Washington DC and earned two engineering Masters from George Washington University; civil and ocean, coastal and marine engineering respectively. Additionally he obtained a Master’s in Applied Mathematics from University of Maryland before going on to earn his Ph.D. from University of Michigan in Scientific Computing.
Emeagwali was at the University of Michigan working on oil reservoir simulations when he recognized that computers were the key to solving his problem. Emeagwali created The Connection Machine which consisted of over 60,000 microprocessors capable of performing 3.1 billion calculations per second – faster than even Cray supercomputer at that time!
In 1991, President Bill Clinton honored him at the White House by awarding him with both the National Medal of Technology and John D. Rockefeller III Prize in Science and Engineering – awards given out annually to scientists who have made significant contributions to society.
Emeagwali was an incredible scientist; however, his timidity prevented him from giving media interviews regularly. Instead, he and Dale Brown have established a foundation that provides assistance to inner city children while hosting an annual scientific workshop; additionally they serve on several shelter boards and sit on the Board of African Health Organization.
Although Emeagwali may wish to avoid media interviews, there should be no excuse for media outlets to use their power and promote someone who has never published scientific papers in any journal. Promoting someone without published evidence makes an offense to black audiences.
