101 Things I Learned® in Engineering School

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An illustrated introduction on the fundamentals of advertising for seasoned professionals, students, and everyone in-between. An informatively illustrated guide to business principles by a professor, entrepreneur, consultant, executive, and Harvard Business School graduate. A guide to surviving and thriving in fashion school, from an award-winning fashion designer and illustrator A provocative, accessible, and cleverly illustrated guide to legal principles and practice, written by a law instructor and internationally experienced attorney An engaging, enlightening, and cleverly illustrated guide to product design, written by experienced professional designers and instructors. An insightful, informative guide for anyone who wants to better understand the built environment.

Publisher ‏ : ‎ Crown (April 3, 2018)
Language ‏ : ‎ English
Hardcover ‏ : ‎ 216 pages
ISBN-10 ‏ : ‎ 1524761966
ISBN-13 ‏ : ‎ 978-1524761967
Item Weight ‏ : ‎ 2.31 pounds
Dimensions ‏ : ‎ 7.3 x 1.1 x 5.5 inches

1. How to calculate stress and strain in materials
2. The importance of teamwork in engineering projects
3. How to use CAD software to design 3D models
4. The principles of thermodynamics
5. How to troubleshoot and solve technical problems
6. The basics of electrical circuits
7. How to analyze and interpret data
8. The process of designing and testing prototypes
9. The importance of ethics in engineering
10. How to use programming languages like MATLAB and Python
11. The fundamentals of fluid dynamics
12. How to conduct experiments and collect data
13. The principles of structural analysis
14. How to communicate technical information effectively
15. The basics of materials science
16. How to optimize systems for efficiency
17. The process of project management in engineering
18. How to use simulation software for modeling
19. The principles of environmental engineering
20. How to work with different types of engineering materials
21. The basics of machine design
22. How to use sensors and data acquisition systems
23. The principles of control theory
24. How to design and analyze mechanical systems
25. The process of writing technical reports and documentation
26. How to use statistical methods for analysis
27. The principles of heat transfer
28. How to work with different types of engineering software
29. The basics of robotics and automation
30. How to work with sensors and actuators
31. The principles of feedback control systems
32. How to use finite element analysis for design
33. The basics of machine learning and artificial intelligence
34. How to work with renewable energy systems
35. The principles of fluid power systems
36. How to design and analyze electrical circuits
37. The basics of mechatronics
38. How to work with microcontrollers and embedded systems
39. The principles of signal processing
40. How to use machine vision systems
41. The basics of computer-aided manufacturing
42. How to work with industrial robots
43. The principles of quality control and assurance
44. How to design experiments and collect data
45. The basics of simulation and modeling
46. How to work with virtual reality and augmented reality systems
47. The principles of human factors engineering
48. How to use computer-aided design software
49. The basics of project scheduling and budgeting
50. How to work with data analysis tools
51. The principles of risk management in engineering projects
52. How to use rapid prototyping techniques
53. The basics of lean manufacturing
54. How to work with 3D printing technology
55. The principles of supply chain management
56. How to use computer simulation software
57. The basics of industrial engineering
58. How to work with production planning systems
59. The principles of ergonomics and workplace design
60. How to use statistical process control techniques
61. The basics of Six Sigma methodology
62. How to work with lean production systems
63. The principles of total quality management
64. How to use value stream mapping techniques
65. The basics of root cause analysis
66. How to work with design of experiments methods
67. The principles of process improvement
68. How to use failure mode and effects analysis
69. The basics of continuous improvement strategies
70. How to work with statistical analysis software
71. The principles of process optimization
72. How to use process simulation tools
73. The basics of inventory management
74. How to work with supply chain optimization techniques
75. The principles of demand forecasting
76. How to use capacity planning methods
77. The basics of production scheduling
78. How to work with operations research techniques
79. The principles of queuing theory
80. How to use linear programming methods
81. The basics of network optimization
82. How to work with decision analysis tools
83. The principles of game theory
84. How to use simulation modeling techniques
85. The basics of risk analysis and management
86. How to work with project management software
87. The principles of critical path method
88. How to use Gantt charts for project scheduling
89. The basics of resource allocation
90. How to work with cost estimation methods
91. The principles of earned value management
92. How to use risk assessment tools
93. The basics of project risk management
94. How to work with project portfolio management
95. The principles of project governance
96. How to use project management metrics
97. The basics of project management methodologies
98. How to work with agile project management
99. The principles of scrum and kanban methods
100. How to use project management tools
101. The importance of lifelong learning in engineering careers.

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