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  A Biography of Isambard Kingdom...

  Raphael Terra

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  This audiobook has been recorded using Text to speech (TTS). 
   
  The year is 1806 – a baby boy has just been born in a small English coastal town. This child was born into a world without the lightbulb, without cars; a world in which only two years previously mankind had discovered that steam could be used to power a locomotive engine. This was a time of rapid change – the industrial revolution was beginning and one of the world's greatest and most inventive minds was about to make history. 
   
  He would become one of the leading figures of this new technological age, helping to bring the world out of the darkness of the previous centuries, and into a new era of progress. 
   
  He was a visionary – an engineer and inventor of unparalleled ingenuity and ambition. With his railway projects he would conquer rivers, mountains, and vast stretches of land. His oceanic projects would produce the largest and most powerful ships the world had ever seen – helping thousands of people to bridge the continents and bringing mankind closer than ever before. His architectural projects would serve as testament to the ingenuity of mankind and would stamp his legacy upon the landscape. But his legacy endures in more than his constructions and inventions – his genius would come to inspire whole generations of new engineers, architects, and scientists – his legacy lives on all around us. 
   
  So, join us now, as we trace his story from its very beginnings – join us on an exploration of the life and times of Isambard Kingdom Brunel.

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  The User Experience Team of One...

  Joe Natoli, Leah Buley, Jesse...

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  The User Experience Team of One prescribes a range of approaches that have big impact and take less time and fewer resources than the standard lineup of UX deliverables. Whether you want to cross over into user experience or you're a seasoned practitioner trying to drag your organization forward, this book gives you tools and insight for doing more with less.

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  Mercury and Gemini: The History...

  Editors Charles River

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  The successful Apollo 11 mission was certainly an astonishing technological triumph, but what is less well remembered now are that many programs preceded Apollo and were essential to its success. Project Mercury was one of those, and in many ways it represented the greatest step forward in terms of the conquest of space. Before Project Mercury, there was no certainty that a human could survive the rigors of a space launch or live outside Earth’s atmosphere. There was no agreement on just what an astronaut should be, and various individuals involved debated whether they should be pilots, technicians, scientists, or even merely observers in an automated craft. Before Project Mercury, no one was entirely certain what a rocket capable of taking a person into space would look like, or even whether building such a craft was within the capabilities of engineering in the 1950s. 
  Gemini also marked another important milestone as America finally surpassed the Soviet Union in space technology. Before Gemini, the US was playing a desperate game of catch-up as it attempted to match Soviet accomplishments. The last Project Mercury flight launched in May 1963, and before then, Russia had put the first satellite in Earth’s orbit and the first man in space and had followed these with longer flights than the tiny Mercury spacecraft. In terms of military significance, it was recognized that the ability to dominate space was very important, and to many people in America, it seemed that Russia was well on the way to doing this. No one could have guessed that it would be almost three years before the next American manned space flight occurred when Gemini 3 left the launch pad in March 1965. It seemed to many people that the Russian lead in space exploration had become unassailable and, in order to reestablish the credibility of the US space program, the Gemini flights simply had to succeed.

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  It Depends - Writing on...

  Kevin goldsmith

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  It Depends: Writing on Technology Leadership 2012-2022, a collection of essays and articles by technology executive Kevin Goldsmith, is a must-read for current or aspiring engineering managers, directors, and senior technology executives. With over thirty years of experience in leadership roles at industry-leading technology companies like IBM, Silicon Graphics, Microsoft, and Adobe, as well as early-stage startups and unicorns like Spotify, Avvo, Anaconda, and DistroKid, Goldsmith shares his knowledge about leading technology teams and larger organizations in this book. 
  The book covers a range of topics, including creating a culture of experimentation and innovation, managing day-to-day, career development as a technology leader, team building, and practical advice for handling the requirements of the engineering manager role. Goldsmith acknowledges that the context is different in every company and for every person, and he shares his wisdom to help leaders form solutions that make sense for their company, team, and themselves. 
  What sets Goldsmith's writing apart is his ability to provide practical advice and insights that few companies adequately train their managers on. He also offers guidance on how to move from managing a single team to managing managers, organization structure, building career development frameworks, diversity and inclusion, and hiring. By reading It Depends, you'll gain valuable insights into becoming a more effective leader in the technology industry.

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  The Sherlock Effect - How...

  Thomas W. Young

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  Forensic science is in crisis and at a cross-roads. Movies and television dramas depict forensic heroes with high-tech tools and dazzling intellects who—inside an hour, notwithstanding commercials—piece together past-event puzzles from crime scenes and autopsies. Likewise, Sherlock Holmes—the iconic fictional detective, and the invention of forensic doctor Sir Arthur Conan Doyle—is held up as a paragon of forensic and scientific inspiration—does not "reason forward" as most people do, but "reasons backwards." Put more plainly, rather than learning the train of events and seeing whether the resultant clues match those events, Holmes determines what happened in the past by looking at the clues. Impressive and infallible as this technique appears to be—it must be recognized that infallibility lies only in works of fiction. Reasoning backward does not work in real life: reality is far less tidy. 
   
   
   
  In courtrooms everywhere, innocent people pay the price of life imitating art, of science following detective fiction. In particular, this book looks at the long and disastrous shadow cast by that icon of deductive reasoning, Sherlock Holmes.

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  Medical Laboratory Science -...

  Ava Westwood

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  Medical Laboratory Science (MLS) is a vital component of modern healthcare, providing crucial diagnostic information to aid in the prevention, diagnosis, and treatment of diseases. It encompasses a broad range of laboratory tests and analyses that are performed on patient samples to provide data essential for clinical decision-making. As healthcare continues to evolve, the role of medical laboratory scientists becomes increasingly significant, and understanding the field is essential for those entering the profession. 
  The history of medical laboratory science dates back to the late 19th century, when advancements in microbiology, chemistry, and hematology laid the foundation for laboratory testing. Early laboratory pioneers such as Louis Pasteur and Robert Koch revolutionized the understanding of infectious diseases, while the development of diagnostic tools allowed for the detection of bacteria and other pathogens in clinical samples. As science and technology advanced throughout the 20th century, laboratory science grew to encompass an even broader range of tests, including blood analyses, genetics, and molecular diagnostics. 
  The role of the medical laboratory scientist is multifaceted. These professionals work in a variety of settings, including hospitals, clinics, research institutions, and public health laboratories. They are responsible for performing laboratory tests, analyzing results, maintaining laboratory equipment, and ensuring the accuracy and precision of test outcomes. In addition, medical laboratory scientists play a critical role in monitoring the quality of laboratory processes and adhering to safety and regulatory standards. They also collaborate with physicians, nurses, and other healthcare professionals to ensure that test results are properly interpreted and applied to patient care.

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