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| do you need physics for architecture: Physics for Architects Yehuda Salu, 2004 |
| do you need physics for architecture: The Software Architect Elevator Gregor Hohpe, 2020-04-08 As the digital economy changes the rules of the game for enterprises, the role of software and IT architects is also transforming. Rather than focus on technical decisions alone, architects and senior technologists need to combine organizational and technical knowledge to effect change in their company’s structure and processes. To accomplish that, they need to connect the IT engine room to the penthouse, where the business strategy is defined. In this guide, author Gregor Hohpe shares real-world advice and hard-learned lessons from actual IT transformations. His anecdotes help architects, senior developers, and other IT professionals prepare for a more complex but rewarding role in the enterprise. This book is ideal for: Software architects and senior developers looking to shape the company’s technology direction or assist in an organizational transformation Enterprise architects and senior technologists searching for practical advice on how to navigate technical and organizational topics CTOs and senior technical architects who are devising an IT strategy that impacts the way the organization works IT managers who want to learn what’s worked and what hasn’t in large-scale transformation |
| do you need physics for architecture: What an Architecture Student Should Know Jadwiga Krupinska, 2014-06-05 It's not just you. Every architecture student is initially confused by architecture school - an education so different that it doesn't compare to anything else. A student’s joy at being chosen in stiff competition with many other applicants can turn to doubt when he or she struggles to understand the logic of the specific teaching method. Testimony from several schools of design and architecture in different countries indicates that many students feel disoriented and uncertain. This book will help you understand and be aware of: Specific working methods at architecture schools and in the critique process, so you'll feel oriented and confident. How to cope with uncertainty in the design process. How to develop the ability to synthesize the complexity of architecture in terms of function, durability, and beauty. This book is about how architects learn to cope with uncertainty and strive to master complexity. Special attention is given to criticism, which is an essential part of the design process. The author, a recipient of several educational awards, has written this book for architecture students and teachers, to describe how each student can adopt the architect's working method. Key concepts are defined throughout and references at the end of each chapter will point you to further reading so you can delve into topics you find particularly interesting. Jadwiga Krupinska is professor emerita at the School of Architecture of the Royal Institute of Technology (KTH) in Stockholm, Sweden. |
| do you need physics for architecture: How to Thrive at Architecture School Neil Spiller, 2020-02-19 Studying architecture is hugely exciting and rewarding. It entails developing design skills, problem-solving abilities and tapping into creativity, as well as acquiring cultural, technical and professional knowledge. This book is the go-to guide for students throughout their architectural education. It introduces architecture students to all they need to know to get on an architecture course, thrive at school and be prepared for the realities of becoming a practising architect. Split into three main sections – Part I (BA or BSC in Architecture), Part II (Masters or Diploma) and Part III (Advanced Diploma in Professional Practice) – it offers direction on all aspects of an architectural education. These range from initial tutorials, the first crit and essay-writing through to the development of final project and thesis work. Covering all bases, it is a comprehensive guide for a student’s passage from university preparation through to undergraduate and graduate study and out into the profession. It features RIBA UK architecture schools and those validated overseas, as well as a short, final chapter on architectural education elsewhere in the world. |
| do you need physics for architecture: Becoming an Architect Lee W. Waldrep, 2006-04-10 Publisher description |
| do you need physics for architecture: The Rules of Programming Chris Zimmerman, 2022-12-09 This philosophy-of-programming guide presents a unique and entertaining take on how to think about programming. A collection of 21 pragmatic rules, each presented in a standalone chapter, captures the essential wisdom that every freshly minted programmer needs to know and provides thought-provoking insights for more seasoned programmers. Author Chris Zimmerman, cofounder of the video game studio Sucker Punch Productions, teaches basic truths of programming by wrapping them in memorable aphorisms and driving them home with examples drawn from real code. This practical guide also helps managers looking for ways to train new team members. The rules in this book include: As simple as possible, but no simpler Let your code tell its own story Localize complexity Generalization takes three examples Work backward from your result, not forward from your code The first lesson of optimization is don't optimize A good name is the best documentation Bugs are contagious Eliminate failure cases Code that isn't running doesn't work Sometimes you just need to hammer the nails |
| do you need physics for architecture: Occupying Architecture Jonathan Hill, 2005-07-28 Occupying Architecture proposes a complete re-working of the relations between design and experience to transform the practices of the architect as well as ways of seeing and using architecture. |
| do you need physics for architecture: Physics & Chemistry Crac, 2007-05-01 Popular among university applicants and their advisers alike, these guides present a wide range of information on a specific degree discipline, laid out in tabular format enabling at-a-glance course comparison. |
| do you need physics for architecture: The Agile Architecture Revolution Jason Bloomberg, 2013-01-23 A sneak peek at up-and-coming trends in IT, a multidimensional vision for achieving business agility through agile architectures The Agile Architecture Revolution places IT trends into the context of Enterprise Architecture, reinventing Enterprise Architecture to support continuous business transformation. It focuses on the challenges of large organizations, while placing such organizations into the broader business ecosystem that includes small and midsize organizations as well as startups. Organizes the important trends that are facing technology in businesses and public sector organizations today and over the next several years Presents the five broad organizing principles called Supertrends: location independence, global cubicle, democratization of technology, deep interoperability, and complex systems engineering Provides a new perspective on service-oriented architecture in conjunction with architectural approaches to cloud computing and mobile technologies that explain how organizations can achieve better business visibility through IT and enterprise architecture Laying out a multidimensional vision for achieving agile architectures, this book discusses the crisis points that promise sudden, transformative change, unraveling how organizations' spending on IT will continue to undergo radical change over the next ten years. |
| do you need physics for architecture: Elements of Architecture Mikkel Bille, Tim Flohr Sorensen, 2016-02-26 Elements of Architecture explores new ways of engaging architecture in archaeology. It conceives of architecture both as the physical evidence of past societies and as existing beyond the physical environment, considering how people in the past have not just dwelled in buildings but have existed within them. The book engages with the meeting point between these two perspectives. For although archaeologists must deal with the presence and absence of physicality as a discipline, which studies humans through things, to understand humans they must also address the performances, as well as temporal and affective impacts, of these material remains. The contributions in this volume investigate the way time, performance and movement, both physically and emotionally, are central aspects of understanding architectural assemblages. It is a book about the constellations of people, places and things that emerge and dissolve as affective, mobile, performative and temporal engagements. This volume juxtaposes archaeological research with perspectives from anthropology, architecture, cultural geography and philosophy in order to explore the kaleidoscopic intersections of elements coming together in architecture. Documenting the ephemeral, relational, and emotional meeting points with a category of material objects that have defined much research into what it means to be human, Elements of Architecture elucidates and expands upon a crucial body of evidence which allows us to explore the lives and interactions of past societies. |
| do you need physics for architecture: Legacy Lukas Feireiss, 2018 Generational dialogues between 40 world-renowned creatives exploring how the creative legacy of previous generations is being reinterpreted over time. Description What is this phenomenon we call ‘legacy’? This intangible inheritance that we eventually leave for our posterity? Is it the creative and intellectual heritage that one generation passes on to the next? Conceived by Lukas Feireiss, the book at hand tries to probe this open question by engaging in critical dialogue different generations of creatives, connectors and thinkers alike. In some cases, between inherent legacy of parent and child, in many cases between mentor and students, or simply between friends. The more than 40 illustrious contributors to this dialogue derive from an array of fields of knowledge and experience. Their stories often provide very personal insights into their work and life. They also reveal a broader perspective on the overall realms of art, design, architecture, music, literature, photography and curation in the 20th and 21st century. With contributions by Olafur Eliasson and Einar Thorsteinn, Lukas Feireiss and Ai Weiwei, Charlie and Rem Koolhaas, Francesca Gavin and Kerry James Marshall, Sophie Lovell and Dieter Rams, Hans-Ulrich Obrist and Yona Friedman, Shumon Basar and Ken Adam, Carson Chan and Phyllis Lambert, Rachel and Daniel Libeskind, Andres Ramirez and Denise Scott Brown, Aric Chen and Arata Isozaki, Ahmir Questlove Thompson and George Clinton and many more. |
| do you need physics for architecture: How to Invent Everything Ryan North, 2018-09-18 An NPR Best Book of 2018 How to Invent Everything is such a cool book. It's essential reading for anyone who needs to duplicate an industrial civilization quickly. --Randall Munroe, xkcd creator and New York Times-bestselling author of What If? The only book you need if you're going back in time What would you do if a time machine hurled you thousands of years into the past. . . and then broke? How would you survive? Could you improve on humanity's original timeline? And how hard would it be to domesticate a giant wombat? With this book as your guide, you'll survive--and thrive--in any period in Earth's history. Bestselling author and time-travel enthusiast Ryan North shows you how to invent all the modern conveniences we take for granted--from first principles. This illustrated manual contains all the science, engineering, art, philosophy, facts, and figures required for even the most clueless time traveler to build a civilization from the ground up. Deeply researched, irreverent, and significantly more fun than being eaten by a saber-toothed tiger, How to Invent Everything will make you smarter, more competent, and completely prepared to become the most important and influential person ever. You're about to make history. . . better. |
| do you need physics for architecture: A Pattern Language Christopher Alexander, 2018-09-20 You can use this book to design a house for yourself with your family; you can use it to work with your neighbors to improve your town and neighborhood; you can use it to design an office, or a workshop, or a public building. And you can use it to guide you in the actual process of construction. After a ten-year silence, Christopher Alexander and his colleagues at the Center for Environmental Structure are now publishing a major statement in the form of three books which will, in their words, lay the basis for an entirely new approach to architecture, building and planning, which will we hope replace existing ideas and practices entirely. The three books are The Timeless Way of Building, The Oregon Experiment, and this book, A Pattern Language. At the core of these books is the idea that people should design for themselves their own houses, streets, and communities. This idea may be radical (it implies a radical transformation of the architectural profession) but it comes simply from the observation that most of the wonderful places of the world were not made by architects but by the people. At the core of the books, too, is the point that in designing their environments people always rely on certain languages, which, like the languages we speak, allow them to articulate and communicate an infinite variety of designs within a forma system which gives them coherence. This book provides a language of this kind. It will enable a person to make a design for almost any kind of building, or any part of the built environment. Patterns, the units of this language, are answers to design problems (How high should a window sill be? How many stories should a building have? How much space in a neighborhood should be devoted to grass and trees?). More than 250 of the patterns in this pattern language are given: each consists of a problem statement, a discussion of the problem with an illustration, and a solution. As the authors say in their introduction, many of the patterns are archetypal, so deeply rooted in the nature of things that it seemly likely that they will be a part of human nature, and human action, as much in five hundred years as they are today. |
| do you need physics for architecture: Think Like an Architect Hal Box, 2010-01-01 An award-winning architect and educator demystifies the process of making architecture and explains why good architectural design matters. The design of cities and buildings affects the quality of our lives. Making the built environments in which we live, work, and play useful, safe, comfortable, efficient, and as beautiful as possible is a universal quest. What many don’t realize is that professional architects design only about five percent of the built environment. While much of what non-architects build is beautiful and useful, the ugliness and inconveniences that blight many urban areas demonstrate that an understanding of good architectural design is vital for creating livable buildings and public spaces. To help promote this understanding among non-architects and those considering architecture as a profession, award-winning architect and professor Hal Box explains the process from concept to completed building, using real-life examples to illustrate the principles involved. To cause what we build to become architecture, we have three choices: hire an architect, become an architect, or learn to think like an architect. In this book, organized as a series of letters to students and friends, Box covers: what architecture should be and do how to look at and appreciate good buildings how to understand the design process, work with an architect, or become an architect an overview of architectural history, with lists of books to read and buildings to see practical guidance about what goes into constructing a building an architect’s typical training and career path how architecture relates to the city where the art of architecture is headed why good architecture matters |
| do you need physics for architecture: Thinking about Architecture Colin Davies, 2011-10-17 In order to understand architecture in all its cultural complexity it is necessary to grasp such basic concepts as representation, form and space. The aim of this book is to provide teachers, students, practising architects and general readers with a set of ideas that will enrich their conversation, their writing, and above all their thinking about architecture. The book is divided into eight chapters, each covering a particular aspect of architecture, and introduces difficult concepts gradually. Architectural theorists and philosophers are mentioned in passing and their works are listed in the bibliography, but they are not the subject of the book. Architecture, rather than philosophy, is at the centre of the picture. The aim is to enable the reader to understand architecture in all its aspects, rather than to learn the names of particular theorists. Written in a conversational style, Thinking about Architecture is an invaluable and accessible standard introduction to architectural theory. |
| do you need physics for architecture: Statics and Strength of Materials for Architecture and Building Construction Barry S. Onouye, Kevin Kane, 2013-10-03 For courses in Statics, Strength of Materials, and Structural Principles in Architecture, Construction, and Engineering Technology. Statics and Strength of Materials for Architecture and Building Construction, Fourth Edition, offers students an accessible, visually oriented introduction to structural theory that doesn't rely on calculus. Instead, illustrations and examples of building frameworks and components enable students to better visualize the connection between theoretical concepts and the experiential nature of real buildings and materials. This new edition includes fully worked examples in each chapter, a companion website with extra practice problems, and expanded treatment of load tracing. |
| do you need physics for architecture: Journal of the Royal Society of Arts Royal Society of Arts (Great Britain), 1878 |
| do you need physics for architecture: Building Evolutionary Architectures Neal Ford, Rebecca Parsons, Patrick Kua, 2017-09-18 The software development ecosystem is constantly changing, providing a constant stream of new tools, frameworks, techniques, and paradigms. Over the past few years, incremental developments in core engineering practices for software development have created the foundations for rethinking how architecture changes over time, along with ways to protect important architectural characteristics as it evolves. This practical guide ties those parts together with a new way to think about architecture and time. |
| do you need physics for architecture: This is Not Architecture Kester Rattenbury, 2002 Book Review |
| do you need physics for architecture: Parliamentary Papers Great Britain. Parliament. House of Commons, 1894 |
| do you need physics for architecture: Architecture and Building , 1891 |
| do you need physics for architecture: Architectural Technology Stephen Emmitt, 2013-03-25 ... it gives me great pleasure to support the first ever publication to specifically address the area of research, and in particular its relationship with practice, in the discipline of architectural technology...not only ground breaking because it is the first book of its kind, but also because it provides at long last one of the accepted foundations needed to underpin the emerging academic discipline, namely a recognised research base. CIAT, in supporting this publication, is aware of the need for books such as this to sustain the process of research informed practice, as an aid for both students and those practising within the discipline of architectural technology. Norman Wienand MCIAT, Vice President Education, Chartered Institute of Architectural Technologists Architectural technology is the realisation of architecture through the application of building science, forming the constructive link between the abstract and the physical. Architectural Technology: research and practice demonstrates the importance of research in architectural technology and aims to stimulate further research and debate by enlightening, informing and challenging readers. Chapter authors address the interplay between research and practice in the field of architectural technology, examining the influence of political, economic, social, environmental and technological issues. The focus throughout is on creating sustainable buildings that are constructed economically and function effectively and efficiently within their service life cycle. The book’s mix of chapters and case studies bring together a number of different themes and provides invaluable insights into the world of research from the perspective of those working within the architectural technology field - practitioners, academics and students. The underlying message is that architectural technology is not just a profession; it is a way of thinking and a way of acting. This is highlighted by contributions from architects and architectural technologists passionate about architectural technology as a field of knowledge. Contributions range from the theoretical and polemic to the pragmatic and applied, further helping to demonstrate the richness of the field. About the Editor Stephen Emmitt is Professor of Architectural Technology at Loughborough University UK and Visiting Professor of Innovation Sciences at Halmstad University, Sweden and a member of CIAT’s Research Group. |
| do you need physics for architecture: American Architect and the Architectural Review , 1888 |
| do you need physics for architecture: Getting Into Art & Design Courses James R. Burnett, 2012-04-18 Art and design courses are one of the most popular subjects to study - making the application process fierce. Help is at hand. This is your complete guide for getting into art and design courses from choosing which course suits you to nailing your interview. With hundreds of course variations Getting into Art & Design Courses helps you to narrow your choice and even includes practical tips and advice to help you write your application. With information and advice on the interview and your future career options, including: -How to apply to Universities and institutions and when -Application preparation if you're an international student -ALL the funding options available to you -Help with presenting your portfolio -Advice on how to make your interview stand out Make sure you get onto the art and design course of your choice. |
| do you need physics for architecture: Game Programming Patterns Robert Nystrom, 2014-11-03 The biggest challenge facing many game programmers is completing their game. Most game projects fizzle out, overwhelmed by the complexity of their own code. Game Programming Patterns tackles that exact problem. Based on years of experience in shipped AAA titles, this book collects proven patterns to untangle and optimize your game, organized as independent recipes so you can pick just the patterns you need. You will learn how to write a robust game loop, how to organize your entities using components, and take advantage of the CPUs cache to improve your performance. You'll dive deep into how scripting engines encode behavior, how quadtrees and other spatial partitions optimize your engine, and how other classic design patterns can be used in games. |
| do you need physics for architecture: The Cosmic Web J. Richard Gott, 2018-06-26 Semi-autobiographical discussion of astronomy and astronomers, and history of astronomy and cosmology.-- |
| do you need physics for architecture: The Domestic and the Foreign in Architecture Ruth Baumeister, Sang Lee, 2007 For centuries, across nations, dialogue between the domestic and the foreign has affected and transformed architecture. Today these dialogues have become highly intensified. The Domestic and the Foreign in Architecture examines how these exchanges manifest themselves in contemporary architecture, in terms of its aesthetic potential and its practice, which, in turn, are impacted by broad economic, cultural and political issues. This book traces how diverse cultural encounters inevitably modify conventional categories, standards and codes of architecture, such as domestic identity, its political and economic representations and the negotiations with what is deemed foreign. Theoretical reflections by distinguished scholars are accompanied by interviews with some of the most influential architects practicing today, as well as stunning visual presentations by professional photographers. |
| do you need physics for architecture: The British Architect , 1874 |
| do you need physics for architecture: Building Physics of the Envelope Ulrich Knaack, Eddie Koenders, 2018-05-07 Die Fassade ist die Schnittstelle des Gebäudes mit seiner Umwelt. Dort treffen bauphysikalische Parameter wie Wärme, Feuchte, Schall und Licht auf das Haus und wirken auf es ein. Alle diese Einflüsse bedürfen der Regulierung durch die Gebäudehülle, um Behaglichkeit für den Nutzer und Funktionstüchtigkeit der Architektur zu gewährleisten. Diese Einführung erläutert die wichtigsten Phänomene, um dann den Bezug zur Baupraxis herzustellen: Welche Materialien reagieren in welcher Weise auf diese Faktoren? Wie gehen Fassadensystemen mit Wärme, Feuchte, Schall und Licht um? Das praxisorientierte Buch, entstanden aus der Zusammenarbeit eines Architekten und eines Bauingenieurs, beschreibt die wichtigsten Fassadenmaterialien und -konstruktionen im Hinblick auf ihre bauphysikalische Performance. |
| do you need physics for architecture: Directory of Awards National Science Foundation (U.S.). Directorate for Science and Engineering Education, |
| do you need physics for architecture: The World's Greenest Buildings Jerry Yudelson, Ulf Meyer, 2013-01-17 The World’s Greenest Buildings tackles an audacious task. Among the thousands of green buildings out there, which are the best, and how do we know? Authors Jerry Yudelson and Ulf Meyer examined hundreds of the highest-rated large green buildings from around the world and asked their owners to supply one simple thing: actual performance data, to demonstrate their claims to sustainable operations. This pivotal book presents: an overview of the rating systems and shows best in class building performance in North America, Europe, the Middle East, India, China, Australia and the Asia-Pacific region practical examples of best practices for greening both new and existing buildings a practical reference for how green buildings actually perform at the highest level, one that takes you step-by-step through many different design solutions a wealth of exemplary case studies of successful green building projects using actual performance data from which to learn interviews with architects, engineers, building owners and developers and industry experts, to provide added insight into the greening process This guide uncovers some of the pitfalls that lie ahead for sustainable design, and points the way toward much faster progress in the decade ahead. |
| do you need physics for architecture: Dwell , 2005-01 At Dwell, we're staging a minor revolution. We think that it's possible to live in a house or apartment by a bold modern architect, to own furniture and products that are exceptionally well designed, and still be a regular human being. We think that good design is an integral part of real life. And that real life has been conspicuous by its absence in most design and architecture magazines. |
| do you need physics for architecture: Parametric Methods for Beginners Umut Toker, 2022-12-30 This book introduces architectural applications of parametric methods in design, drawing direct connections between each phase of the architectural design process with relevant parametric approaches. Readers will find applications of parametric methods with straightforward explanations of concepts, commands as well as applicable examples for each phase of the architectural design process. In addition to learning about the historical and conceptual background of parametric design, readers can use this book as a go-to source during their day-to-day design practice. Chapters are organized according to different phases of the architectural design process, such as site analysis, spatial organization, skin systems, and environmental performance analyses. Together, they deliver concepts, applications, and examples utilizing in-depth visual guides that explain commands, their outcomes, and their interrelationships. With over 350 images, this book includes examples from the author’s own design studio and parametric design teaching in elective classes. Based on the Rhinoceros and Grasshopper platforms, this book is an accessible, yet in-depth, resource for architecture students and early professionals who are considering integrating parametric applications into their design processes. |
| do you need physics for architecture: The Architect , 1890 |
| do you need physics for architecture: Pulsation in Architecture Eric Goldemberg, 2011-10-15 Pulsation in Architecture highlights the paradigm shift in spatial perception due to the intense use of computational techniques and the ability to morph massive amounts of data into spatial patterns. This highly illustrative survey includes Kipnis, Eisenman, Lynn, UNStudio, and others. |
| do you need physics for architecture: Xenakis Creates in Architecture and Music Roger Reynolds, Karen Reynolds, 2021-11-04 • Describes the creative energy of two highly respected 20th century artists, Iannis Xenakis both as engineer and composer, and Roger Reynolds, Pulitzer prize winning musician in 1989 • Will appeal to the professional sector of musicians and architects, and students in both of these disciplines • Connects the creative path of architecture and music, i.e., Xenakis’ treatment of “light” in an architectural context parallels his use of varying textural density in his music. • Analyzes chamber works Achorripsis, Thallein, and his string quartet, Tetras, which pertain to the interactive house design |
| do you need physics for architecture: Simple Architectures for Complex Enterprises Roger Sessions, 2008-05-07 Dismantle the overwhelming complexity in your IT projects with strategies and real-world examples from a leading expert on enterprise architecture. This guide describes best practices for creating an efficient IT organization that consistently delivers on time, on budget, and in line with business needs. IT systems have become too complex—and too expensive. Complexity can create delays, cost overruns, and outcomes that do not meet business requirements. The resulting losses can impact your entire company. This guide demonstrates that, contrary to popular belief, complex problems demand simple solutions. The author believes that 50 percent of the complexity of a typical IT project can and should be eliminated—and he shows you how to do it. You’ll learn a model for understanding complexity, the three tenets of complexity control, and how to apply specific techniques such as checking architectures for validity. Find out how the author’s methodology could have saved a real-world IT project that went off track, and ways to implement his solutions in a variety of situations. |
| do you need physics for architecture: Structural & Construction Conference Conference Editor, 2003-01-01 Objective of conference is to define knowledge and technologies needed to design and develop project processes and to produce high-quality, competitive, environment- and consumer-friendly structures and constructed facilities. This goal is clearly related to the development and (re)-use of quality materials, to excellence in construction management and to reliable measurement and testing methods. |
| do you need physics for architecture: Becoming an Architect Lee W. Waldrep, 2014-05-15 “Becoming an Architect will inspire future architects, career consultants, and human resources professionals alike, providing all the information you’ll need to make intelligent decisions about careers in architecture.” —From the Foreword by Helene Combs Dreiling, FAIA, 2014 AIA National President Starting a career as an architect is an exciting prospect, but it's important to do your research before you take the plunge. The third edition of Becoming an Architect is an update to the best-selling guide and highlights the risks and rewards on the path to a career as an architect. You'll find new insight and tons of helpful resources, as well as a complete outline of the trajectory of an architect's early career, from higher education through internship and licensure. More than thirty-two new interviews and profiles from architecture students, emerging, and established professionals give the resource a truly personal feel, and help get you acquainted with real-life scenarios from architects from varying backgrounds and specialties. With a highly accessible approach, this guide provides a complete overview of the profession, including educational requirements, design specialties, registration requirements, and the paths of a career in architecture. Whether you're a high school student, a college undergraduate, a career counselor, or a human resource professional, Becoming an Architect offers much-needed advice and information to anyone interested in career development for architects. Covers recent changes to the Intern Development Program (IDP) Provides advice on obtaining professional experience while studying to be an architect Considers career paths in a myriad of work environments, such as government agencies, education, and research Includes helpful appendixes with resources for further information, such as career-related associations, websites, and recommended reading Obtain a solid introduction to a career as an architect, and plan your own path with the guidance and advice of dozens of others who have already started this process. |
| do you need physics for architecture: The Architecture of Francis Palmer Smith, Atlanta's Scholar-architect Robert Michael Craig, 2012 Francis Palmer Smith was the principal designer of Atlanta-based Pringle and Smith, one of the leading firms of the early twentieth-century South. Smith was an academic eclectic who created traditional, history-based architecture grounded in the teachings of the cole des Beaux-Arts. As The Architecture of Francis Palmer Smith shows, Smith was central to the establishment of the Beaux-Arts perspective in the South through his academic and professional career. After studying with Paul Philippe Cret at the University of Pennsylvania, Smith moved to Atlanta in 1909 to head the new architecture program at the Georgia Institute of Technology. He would go on to train some of the South's most significant architects, including Philip Trammell Shutze, Flippen Burge, Preston Stevens, Ed Ivey, and Lewis E. Crook Jr. In 1922 Smith formed a partnership with Robert S. Pringle. In Atlanta, Savannah, Chattanooga, Jacksonville, Sarasota, Miami, and elsewhere, Smith built office buildings, hotels, and Art Deco skyscrapers; buildings at Georgia Tech, the Baylor School in Chattanooga, and the Darlington School in Rome, Georgia; Gothic Revival churches; standardized bottling plants for Coca-Cola; and houses in a range of traditional period styles in the suburbs. Smith's love of medieval architecture culminated with his 1962 masterwork, the Cathedral of St. Philip in Atlanta. As his career drew to a close, Modernism was establishing itself in America. Smith's own modern aesthetic was evidenced in the more populist modern of Art Deco, but he never embraced the abstract machine aesthetic of high Modern. Robert M. Craig details the role of history in design for Smith and his generation, who believed that architecture is an art and that ornament, cultural reference, symbolism, and tradition communicate to clients and observers and enrich the lives of both. This book was supported, in part, by generous grants from the Graham Foundation for Advanced Studies in the Fine Arts and the Georgia Tech Foundation, Inc. |
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