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Preface ix
Engineers in Society 1
Introduction 1
Society and its engineering infrastructure 2
Engineering in history 4
The nature and scope of engineering work 9
Engineering, science and mathematics 10
Engineering as creative problem solving 11
Engineering in the 21st Century 12
Summary 17
Problems 18
References 19
Engineering Systems Concepts 21
Dealing with complexity 21
Systems and processes 21
Modelling and analysis of systems and processes 22
Systems concepts 26
Engineering modelling 38
Engineering analysis 41
Summary 45
Problems 46
References 46
Example of state-space analysis 47
Engineering Planning and Design 51
Terminology 51
Planning and design as problem-solving processes 53
Methodology for solving open-ended problems 55
Engineering planning 58
The design process 60
Problem formulation phase 62
Feasibility study and concept design 71
Preliminary planning and design 74
Detailed planning and design 74
Implementation 75
The Solution-first strategy 75
Other aspects of planning and design 77
Example: Planning for a city water supply system 80
Problems 86
References 87
Creativity and Creative Thinking 89
Introduction 89
Creativity defined 90
The brain and its workings 91
The brain and heuristics 94
Creativity and the Eureka Moment 97
Techniques for stimulating ideas 99
Summary 108
Problems 109
References 109
Project Planning Techniques 113
Introduction 113
Historical background 114
The critical path method 114
Gantt charts 124
Resource scheduling 125
Summary 130
Problems 130
References 132
Management Processes and Skills 135
Introduction 135
Management history and process 136
Working in groups and teams 139
Leadership 140
Behavioural styles of individuals 143
Group and team development 148
Team meeting skills 151
Personal time management skills 155
Summary 157
Problems 158
References 159
The MBTI descriptions 162
The MBTI dimensions 164
Communication 167
Introduction 167
Preparing for communication 170
Active listening 172
Non-verbal communication 174
Oral presentations 177
Written communication 179
Communication in groups 185
Plagiarism 185
Summary 186
Problems 187
References 187
Economic Evaluation 189
Introduction 189
The time value of money 190
Discounting formulae 191
Evaluation criteria 201
A comparison of the evaluation criteria 204
Advantages and limitations of each criterion 209
Economic benefits 213
Economic costs 214
Cost estimation 216
Selection of project life and discount rate 217
Problems 220
References 222
Sustainability, Environmental and Social Considerations 225
Introduction 225
Sustainability 226
Planning and design for sustainability 228
Environmental considerations 231
Environmental assessment programs and techniques 233
Social impact 242
Social assessment tools and methods 246
Summary 248
Problems 249
References 251
The Battelle classification and Leopold matrix 253
Ethics and Law 257
Awareness of ethics 257
Ethics and whistle blowing 261
The legal system 263
Law of contract 265
Law of tort 267
The process of disputes 268
Legal responsibility in managing staff 270
Summary 272
Problems 273
References 274
Risk and Reliability 277
Introduction 277
Levels of risk 277
Reliability based design 279
Selection of safety coefficients 285
Reliability, resilience and vulnerability 286
Reliability of engineering components 287
System reliability 288
Summary 290
Problems 292
References 293
Engineering Decision-making 295
Introduction 295
Decision-making with certainty of outcome 297
Decision-making with risk of outcome 300
Risk aversion, risk acceptance and utility 304
Decision-making with uncertainty of outcome 308
Decision-making with competition 311
The human factor in decision-making 316
Summary 319
Problems 319
References 322
Optimisation 325
Introduction 325
Approaches to optimisation 327
Linear programming 330
Graphical solution of LP problems 331
Canonical and standard form of an LP problem 334
Basic feasible solutions 337
The simplex method 338
Some difficulties in solving LP problems 338
Examples of LP problems 342
Duality 346
Non-linear optimisation 349
Unconstrained problems using calculus 352
Separable programming 355
Dynamic programming 360
Heuristic optimisation methods 368
Summary 379
Problems 379
References 386
Necessary and sufficient conditions for the solution of unconstrained multivariate optimisation problems 388
Hydraulic analysis of pipe networks 390
Epilogue 393
Index 399
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Add Planning and Design of Engineering Systems, This comprehensive introduction to the scope and nature of engineering offers students a commonsense approach to the solution of engineering problems. Case studies and real-world examples are used to illustrate the role of the engineer, the type of work i, Planning and Design of Engineering Systems to the inventory that you are selling on WonderClubX
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Add Planning and Design of Engineering Systems, This comprehensive introduction to the scope and nature of engineering offers students a commonsense approach to the solution of engineering problems. Case studies and real-world examples are used to illustrate the role of the engineer, the type of work i, Planning and Design of Engineering Systems to your collection on WonderClub |