Being Successful As an EngineerThis text is designed to help the young engineer make the transition from student to practicing professional. It provides experience-based suggestions and helpful warnings to guide new engineers in taking the first steps to successful project leadership and group management. Contents include: Chapter 1: What Engineering Is; Chapter 2: The Engineer; Chapter 3: The Project and the Project Team; Chapter 4: Project Control; Chapter 5: The End Product: Drawings and Reports; Chapter 6: Problem Solving; Chapter 7: Laboratory Work and Experiment; Chapter 8: Design; Chapter 9: Manufacturing and Quality Control; Chapter 10: Research and Development; Chapter 11: Studies; Chapter 12: Systems; Chapter 13: Proposal Work; Chapter 14: The Project Engineer; Chapter 15: Human Relations in an Engineering Organization; Chapter 16: Engineers and the Marketing Function; Chapter 17: Professionalism, Self-Development, Education; Chapter 18: Creativity; Chapter 19: The Engineering Manager. |
Contents
What Engineering Is | 1 |
Your Own Personal Profit Motive | 3 |
The FivePart Engineering Cycle | 4 |
Engineering Is Creative | 5 |
Engineering Rests on an Extensive Technological Base | 6 |
Engineering Work Is Project Work | 7 |
Dont Be a Responsive Engineer | 8 |
Operations Auxiliary to Engineering | 10 |
Research and Development | 128 |
Scientific Research and Engineering Research | 130 |
Probabilistic Nature of Development | 131 |
Conduct and Control of Development Projects | 133 |
Dont Be Conservative in Research and Development | 136 |
Poor Engineering Practices in Research and Development | 137 |
Studies | 138 |
How to Keep on the Track | 139 |
Suggested Readings | 11 |
The Engineer | 14 |
Is Engineering a Trade or a Profession? | 16 |
Scientists and Engineers Are Different | 19 |
Engineering Specialties | 21 |
Computers versus Engineers | 23 |
Summary | 24 |
The Project and the Project Team | 25 |
Why Projects? | 27 |
A Typical Small Project | 28 |
DaybyDay Project Operation | 30 |
Conditions for Effective Group Work | 33 |
Your Individual Problem With a Group | 35 |
Good Project Team Practices | 36 |
Poor Project Team Practices | 37 |
Project Control | 38 |
What Project Control Is | 39 |
The Three Parts of Control | 40 |
PERT Example | 48 |
Control Support by Outside Croups | 56 |
Control Your Projects by Looking Ahead Not Back | 58 |
Good Engineering Practices for Control | 59 |
Poor Engineering Practices for Control | 60 |
The End Product Drawings and Reports | 61 |
Dont Dodge Paper Work | 62 |
Draftsmen | 64 |
Good Drawings | 65 |
Engineering Reports | 66 |
Report Writing and You | 67 |
On Large Projects | 68 |
How to Do it | 70 |
Good Engineering Practices on Reports and Drawings | 71 |
Problem Solving | 73 |
What Is an Engineering Problem? | 74 |
How to Solve Engineering Problems | 77 |
Importance of Generalizing and Extending Results | 78 |
The Solution versus Iteration | 79 |
Are You a Problem Hobbyist or a Problem Solver? | 81 |
Good Engineering ProblemSolving Practices | 83 |
Laboratory Work and Experiment | 85 |
Laboratories in Industry Are Different | 86 |
The Judicious Combination | 89 |
Notebooks | 90 |
Your Technician | 91 |
Some Good Laboratory Practices | 93 |
The Biggest Timewaster | 94 |
Good Engineering Practices in Laboratory Work | 95 |
Design | 97 |
Best Design Optimum Design | 98 |
Design Constraints | 100 |
Where Do Design Ideas Come From? | 103 |
Design Efficiency | 106 |
Nonoperational Constraints | 108 |
Design Reviews | 111 |
Good Engineering Practices in Design | 112 |
Poor Engineering Practices in Design | 113 |
Manufacturing and Quality Control | 114 |
Production Considered as Flow | 115 |
Production and Business Success | 120 |
Production Functions | 122 |
Quality Control | 123 |
Trouble Shooting | 124 |
Good Engineering Practices in Manufacture and Quality Control | 126 |
Poor Engineering Practices in Relation to Manufacture and Quality Control | 127 |
Control of Study Projects | 140 |
Study Reports | 142 |
Good Engineering Practices in Study Work | 143 |
Systems | 144 |
Systems and Complexity | 145 |
Expanding Your Engineering Outlook | 146 |
Organizing a Systems Project | 147 |
The Systems Group | 149 |
Two Approaches to Systems Work | 152 |
Systems Engineers | 153 |
Some Special Systems Tools and Ideas | 154 |
Good Practices in Systems Engineering Work | 156 |
Poor Practices in Systems Engineering Work | 157 |
Proposal Work | 158 |
You May Get the Job | 160 |
Control Is Easy | 161 |
Keep It Simple | 163 |
Good Engineering Practices in Proposal Work | 164 |
Poor Engineering Practices in Proposal Work | 165 |
The Project Engineer | 166 |
Where a Project Engineer Fits in | 167 |
Practical Relations with Your Manager | 170 |
Some ProjectLeading Techniques | 172 |
Leadership and Delegation | 176 |
Good Practices for the Project Engineer | 178 |
Human Relations in an Engineering Organization | 179 |
Economic Motivation and Fulfillment | 180 |
Threats against Selfimage | 181 |
Line Service and Staff | 184 |
Communication | 186 |
Relations with Your Boss | 189 |
Human Relations Problems Never Change | 192 |
Good Engineering Practices in Human Relations | 193 |
Poor Engineering Practices in Human Relations | 194 |
Engineers and the Marketing Function | 195 |
What Is Marketing? | 196 |
Finding the User or Customer | 197 |
Subdivisions of Marketing | 198 |
Engineers and Customer Contact | 201 |
Dont Fall into This Trap | 203 |
Challenge in Technical Marketing | 205 |
Good Engineering Practices in Relation to Marketing | 206 |
Professionalism SelfDevelopment Education | 207 |
Professionalism | 209 |
Personal Development | 213 |
Reading and Study | 217 |
Professional Societies | 218 |
The Status of Engineers | 220 |
Good Engineering Practices in SelfDevelopment and Professionalism | 221 |
Poor Engineering Practices in SelfDevelopment and Professionalism | 222 |
Creativity | 223 |
Creative versus Eccentric | 224 |
Can You Learn Creativity? | 225 |
Some Fundamentals | 226 |
Breaking Through | 229 |
Good Engineering Practices in Connection with Creativity | 231 |
The Engineering Manager | 233 |
The Managers Daily Work | 234 |
Budgets | 239 |
Managers Rewards | 241 |
Summary | 242 |
243 | |
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Common terms and phrases
activity Alex Osborn apply areas better boss changes Chapter common complete concept consider constraints contributors cost course creativity critical critical path detail difficulties drawing effective effort engi engineer's engineering problem equipment example excellent experience factors function goal group action hardware ideas important improve individual interest interface involved IR group kind Kirchhoff's voltage law laboratory limited look manager's manufacturing marketing meet human need monitoring neering Ohm's law operation organization overall performance person PERT PERT chart planning Poor Engineering Practices possible problem solving production profes professional project control project engineer project meetings project team proposal purpose radar recognize relations Reliability Engineering responsibility schedule situation solution specialty specific success systems engineers systems group technical techniques things tion trouble tunnel diode understanding unit manager usually young engineers
References to this book
EL PROCESO PROYECTO-CONSTRUCCIÓN Amalia Sanz Benlloch,Eugenio Pellicer Armiñana,Joaquín Catalá Alís No preview available - 2004 |