Download PDF Landscaping PRINCIPLES & PRACTICES Seventh Edition byy Jack E. Ingels

Sinopsis

When William Shakespeare posed the question What’s in a name? he could have been referring to the term landscaper. Few job titles conjure up such a variety of definitions and descriptions from well-meaning people, each certain that his or her definition is correct. Each would also probably believe that the term is not complex, because the industry itself is not complex. The same thing happens when people are asked to define the duties of a conservationist, a doctor, or a teacher. What seems so simple and straightforward at the outset grows in complexity upon realizing that there are endless things to conserve, dozens of ways to practice medicine, and students requiring educational services from nursery school through post-graduate programs.

Landscaping is a service industry. It serves people by fabricating environments where they can live, work, play, or just pass time. These environments are primarily in the outdoors or are in interior settings that seek to suggest the outdoors. Landscapers use the products of others to create habitat areas that can range from utilitarian to fantastic. Though humans are the predominant clientele, others with whom we share the planet may also benefit from the landscapers’ efforts.

Landscapers serve residential clients, civic clients, corporate clients, and others. They work as one-person, part-time operations and as international corporate giants, and in companies that fit somewhere in between those extremes. Landscape firms are listed in the yellow pages of small villages, cities, and world capitals. In short, there is no one way to be a landscaper or to practice landscaping. There are many different levels of practice and differing degrees of educational preparation required, depending upon how a person opts to work within the industry.

Content

1. Using Drawing Instruments
2. Lettering
3. Graphic Materials and Techniques
4. The Site
5. The Landscape Process
6. The Outdoor Room Concept
7. Plant Selection
8. The Principles of Design
9. Flowers
10. Xeriscaping
11. Hardscape
12. Enrichment
13. Landscaping in the Age of Technology
14. Pricing the Proposed Design
15. Presenting a Proposal
16. Landscape Calculations
17. Understanding Contracts and Contractors
18. Contract Documents
19. Specifications
20. Human Resources: The Needs and the Opportunities
21. Installing Landscape Plants
22. Selecting the Proper Grass
23. Lawn Construction
24. Landscape Irrigation
25. Interior Plantscaping
26. Water Gardens
27. Maintaining Landscape Plants
28. Plant Injuries: Identification and Care
29. Care of the Lawn
30. Winterization of the Landscape
31. Pricing Landscape Maintenance
32. Safety in the Landscape Industry

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Download PDF Design Management For Architects Second Edition by Stephen Emmit

Sinopsis

Architects play a pivotal role in the delivery of value to their clients, building users and community alike. The unique value architects add to their clients’ lives and businesses is grounded in an ability to deliver something that their competitors cannot: design vision. Design ability is, however, not enough in a highly competitive market as clients seek suppliers who can provide a professionally managed service, effectively and quickly. This means that architectural practices need to constantly monitor the business environment in which they operate and continually improve the way in which they approach the business of design. Design management plays a crucial role in this regard, helping professional design offices to deliver a consistent level of service, which in turn helps the business to secure a continual flow of finance, return a profit on its projects and provide a platform for creating great architecture. However, there may be some doubts in the minds of architects as to the true value of management to their profession. Therefore, this introductory chapter seeks

to explain why management and design management is so important to the modern architectural business. This helps to provide some context to the chapters that follow.

Content

1. Why management?
2. Why design management?
3. The role of the design manager
4. Taking on the role
5. Scope of the book
6. Part One : Managing Creative Projects
7. Chapter Two : The Business of Projects
8. Understanding projects
9. Quality
10. Time control
11. Cost control
12. Design control
13. Assessing value and risk
14. Procurement and influence
15. Interaction within projects
16. Project frameworks
17. The project-to-office interface
18. Chapter Three : Establishing the System Architecture
19. Starting as you mean to go on
20. Team assembly
22. Selection criteria
23. Communicating to achieve objectives
24. Managing meetings effectively
25. The project-to-office interface
26. Chapter Four : Exploring Client Value
27. Understanding the briefing phase
28. Approaches to briefing
29. Understanding the client
30. Establishing value parameters
31. The written brief
32. Reviewing the brief
33. The project-to-office interface
34. Chapter Five : Creating Design Value
35. Collaborative design
36. Detailing the design
37. Design conversations
38. Design critiques, charettes and reviews
39. Programming and coordinating design work
40. Approvals and compliance
41. Coordination of production information
42. The project-to-office interface
43. Chapter Six : Realising Design Value
44. Getting involved
45. Working with the contractor’s design manager
47. Programming
48. Interaction during construction
49. Misunderstanding and conflict
50. Requests for information and design changes
51. Closing out projects
52. The project-to-office interface
53. Chapter Seven : Evaluation and Learning
54. Lifelong learning
55. Learning from projects
56. Learning from the product
57. Evidence-based learning
58. Reflection in action
59. Action research and learning
60. The project-to-office interface
61. Part Two : Managing Creative Organisations
62. Chapter Eight : The Business of Architecture
63. Architectural practice
64. The professional service firm
65. Clients and the market for services
66. Management of the business
67. Market analysis
68. The office-to-project interface
69. Chapter Nine : Managing Creative People
70. Getting the balance correct
72. Office culture
73. Psychological wellbeing
74. Recruitment and retention
75. Skills development
76. The office-to-project interface
77. Chapter Ten : Managing the Design Studio
78. A creative space
79. The project portfolio
80. The design manager’s role
81. Models of design management
82. The traditional model
83. The sequential model
84. Managing design effort
85. Identifying good habits and eliminating inefficiencies
86. The office-to-project interface
87. Chapter Eleven : Communication, Knowledge Sharing and Information
88. Management
89. Communication within the office
90. Communication with other organisations
91. Effective communication strategies
92. Knowledge retention and sharing
93. Information management
94. Preparation of information
95. Implementing an IT strategy
96. The office-to-project interface
98. Chapter Twelve : Financial Management
99. Cash flow and profitability
100. Sources of income
101. Fee bidding and negotiation
102. Invoicing and cash flow
103. Controlling expenditure
104. Financial monitoring and evaluation
105. Crisis management
106. The office-to-project interface
107. Chapter Thirteen : Attracting and Retaining Clients
108. Promoting a brand image
109. The client’s perspective
110. The architect’s perspective
111. Communicating with clients
112. Promotional tools
113. Architects’ signboards
114. Managing marketing activities
115. The office-to-project interface
116. Further Reading
117. Architectural Management
118. Design Management
119. Practice Management
120. Project Management

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Download PDF Designing Interiors Second Edition Rosemary Kilmer, ASID

Sinopsis

Interior design is one of the most exciting and creative professions. A combination of art, science, and technology, interior design, in practice, manipulates space, form, texture, color, and light to enhance the quality of human life. This book is about interior spaces and their design and about interior design as a profession. The practice of actively designing interior space is a major commitment by those who enter the field, that is, people who work toward improving our built environments.

We spend an increasing amount of our lives indoors in built environments. We wake from a night’s sleep in someform of interior space and go to learn, work, or play in another space that gives a sense of purpose to our lives.We may briefly go outdoors to get to the site of our day’s occupation, but the amount of time spent outdoors isusually only a fraction of the time spent indoors.

Why should we be concerned about the design of interiors? Well-designed spaces can contribute substantially to our sense of well-being, not just serve as shelters. They can be positive influences on our socialization, learning, and general appreciation of life. People’s behavior can be positively or negatively reinforced by interaction withenvironmental forces.

The task of those who design our interior spaces becomes increasingly important as more people spend greater amounts of time indoors. Designers must devise spaces that serve the basic needs of the users and at

the same time create positive and uplifting effects. Properly designed environments are efficient and harmonious (Figure 1.1). They can have a pervasive positive influence, which interiors that are not carefully designedmay not have.

Content

1. Interior Design, an Introduction
2. The Origins of Design
3. The Evolution of Modern Design
4. The Basic Theories of Design Composition
5. Color and Light
6. Design As a Process
7. Programming Interior Spaces
8. Space Planning of Residential Interiors
9. Space Planning of Commercial Interiors
10. Environmental Concerns, Codes, and Regulations
11. Interior Environmental Control and Support Systems
12. Lighting for Interiors
13. Materials—Characteristics and Applications
14. Architectural Systems and Interior Finishes
15. Interior Components
16. Furniture
17. Furnishings and Equipment
18. Design Communication
19. The Professional Practice of Interior Design—Business and Management

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Download PDF 3DS Max Design Architectural Visualization For Intermediate User by Brian L. Smith

Sinopsis

THE FOUNDATION OF ANY 3D visualization is the linework found in its architectural drawings. Just like a contractor needs drawings to erect a building, a 3D artist needs drawings to create a visualization. Understanding a set of architectural drawings is critical to efficient and accurate work in 3ds Max, and without knowing exactly how drawings are put together and what each component of a drawing indicates, a 3D artist is likely to spend a great deal of time trying to make sense of the madness that can be a set of architectural drawings.

Today, nearly all building projects use CAD to create architectural drawings, and more specifically, AutoCAD. However, many visualization projects begin long before the final construction drawings are generated. Construction drawings are the final set of drawings submitted to a city or county building department and supplied to contractors who intend to bid on the project. These ’final’ drawings often lead to addendums and on-site adjustments, but construction drawings will always have a certain acceptable level of quality and engineering. The same cannot be said for the drawings those of us in the 3D world are often forced to work with. Since our work often begins at the design development stage or before final construction drawings are generated, we often face the challenge of working with incomplete drawings containing numerous errors or conflicting data. Whatever the case may be, architectural drawings can be difficult for many 3ds Max users to grasp, especially for those who haven’t had the benefit of working as an architect, engineer, or draftsman.

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Download PDF Process Automation Handbook A Guide to Theory and Practice by Jonathan Love

Sinopsis

This text is organised in two parts. The first covers, to a large extent, the less theoretical aspects of process automation. As such, it focuses on the basic technology and practice of the discipline. It is surprising how much material comes into this category.The second part develops a range of techniques, many ofwhichare inherentlymathematical in nature, and focuses on more advanced aspects of control and automation.

The text has been carefully structured into relatively self contained sections and partitioned into chapters in a logical way. Extensive cross referencing enables the connections between the topics to be readily established. Whilst most of the topics are generic and relatively timeless, some will inevitably become dated: these have been isolated into single chapters to simplify updating in future editions. The structure also enables new chapters to be added as the technology evolves.

Content

1. Introduction
2. Instrumentation
3. Final Control Elements 
4. Conventional Control Strategies
5. Process Control Schemes
6. Digital Control Systems
7. Control Technology 
8. Management of Automation Projects
9. Maths and Control Theory
10. Plant and Process Dynamics
11. Simulation
12. Advanced ProcessAutomation
13. Advanced Process Control

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Download Data intensive Computing By Gracio, Deborah K.,Gorton, Ian

Sinopsis

In our world of rapid technological change, occasionally it is instructive to contemplate how much has altered in the last few years. Remembering life without the ability to view the World Wide Web (WWW) through browser windows will be difficult, if not impossible, for less “mature” readers. Is it only seven years since YouTube first appeared, a Web site that is now ingrained in many facets of modern life? How did we survive without Facebook all those (actually, about five) years ago?

In 2010, various estimates put the amount of data stored by consumers and businesses around the world in the vicinity of 13 exabytes, with a growth rate of 20 to 25 percent per annum. That is a lot of data. No wonder IBM is pursuing building a 120-petabyte storage array.1 Obviously there is going to be a market for such devices in the future. As data volumes of all types – from video and photos to text documents and binary files for science – continue to grow in number and resolution, it is clear that we have genuinely entered the realm of data-intensive computing, or as it is often now referred to, big data.2 Interestingly, the term “data-intensive computing” was actually coined by the scientific community. Traditionally, scientific codes have been starved of sufficient compute cycles, a paucity that has driven the creation of ever larger and faster high-performance computing machines, typically known as supercomputers.

The Top 500 Web site3 shows the latest benchmark results that characterize the fastest supercomputers on the planet. While this fascination with compute performance continues, scientific computing has been gradually coming to terms with the challenges brought by ever-increasing data size and complexity. In 1998, William Johnston’s paper at the Seventh IEEE Symposium on High Performance Distributed Computing [1] described the evolution of data-intensive computing over the previous decade. The achievements described in that paper, while state of the art at the time, now seem modest in comparison to the scale of the problems that are routinely tackled in present-day data-intensive computing applications.

More recently, others including Hey and Trefethen [2], Bell et al. [3], and Newman et al. [4] have described the magnitude of the data-intensive problems faced by the e-science community. Their descriptions of the data deluge that future applications must process, in domains ranging from science to business informatics, create a compelling argument for research and development (R&D) to be targeted at discovering scalable hardware and software solutions for dataintensive problems. While multi-petabyte data sets and gigabit data streams are today’s frontier of data-intensive applications, no doubt ten years from now we will fondly reminisce about these problems, and will be concerned about the looming exascale applications we need to address.

Figure 1.1 lists the general features of traditional computational science applications and their data-intensive counterparts. The former focuses more on solving mathematical equations for static data sets, whereas the latter is concerned with more exploratory search and processing of large, dynamic, and complex data collections.

Content

1. Data-Intensive Computing: A Challenge for the 21st Century  Ian Gorton and Deborah K. Gracio
2. Anatomy of Data-Intensive Computing Applications Ian Gorton and Deborah K. Gracio
3. Hardware Architectures for Data-Intensive Computing Problems: A Case Study for String Matching Antonino Tumeo, Oreste Villa, and Daniel Chavarr´ıa-Miranda
4. Data Management Architectures Terence Critchlow, Ghaleb Abdulla, Jacek Becla, Kerstin Kleese-Van Dam, Sam Lang, and Deborah L. McGuinness
5. Large-Scale Data Management Techniques in Cloud Computing Platforms Sherif Sakr and Anna Liu
6. Dimension Reduction for Streaming Data Chandrika Kamath
7. Binary Classification with Support Vector Machines Patrick Nichols, Bobbie-Jo Webb-Robertson, and Christopher Oehmen
8. Beyond MapReduce: New Requirements for Scalable Data Processing Bill Howe and Magdalena Balazinska

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How to Decorate : An Inspiring Pratical Handbook By Shannon Fricke

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