As engineers, we have a direct and vital impact on the quality of life for every one around us. In this module, we dive deep in to why we must hold ourselves accountable to exhibiting the highest of standards of honesty and integrity of our work.

• Exercises: 4
• Reviews: 2
• Problem Sets: 2
• Problems: 8

Engineering oriented health and safety is geared towards the mitigation of industrial accidents, injuries, and occupational diseases. In this module, case studies are used to determine causes and whether or not incidents could have been or can be prevented moving forward.

• Exercises: 9
• Reviews: 4
• Problem Sets: 5
• Problems: 19

Engineers are called to deploy various economic theories in making decisions related to changing business environments. Whether it be within the design of a product or asset investments, these decisions impact overall economical risk.

• Exercises: 54
• Reviews: 17
• Problem Sets: 17
• Problems: 98
• Video Reviews: 20
• 2 hours, 9 minutes and 25 seconds of Video Teaching

In this module we build you up to slay the brute that is Statics. An area of engineering mechanics, statics studies the effects and distribution of torques and forces on objects which are at and remain at rest.

• Exercises: 109
• Reviews: 15
• Problem Sets: 15
• Problems: 218
• Video Reviews: 79
• 8 hours, 49 minutes and 52 seconds of Video Teaching

Dynamics ramps up our study of torques and forces in to the realm of analyzing how they effect and impact the motion of an object or a system of objects.

• Exercises: 76
• Reviews: 6
• Problem Sets: 7
• Problems: 153
• Video Reviews: 63
• 6 hours, 54 minutes and 43 seconds of Video Teaching

Mechanics of Materials deals with the behavior and performance of solid objects as they are subjected to stresses and strains, combining the empirical relationships from Material Science and laying them into the logical framework of Engineering Mechanics.

• Exercises: 39
• Reviews: 17
• Problem Sets: 22
• Problems: 83

Diving down to the molecular level, as engineers we must be in tune with the mechanical properties of materials so that we can design and implement our systems with confidence that they will operate safely and efficiently.

• Exercises: 23
• Reviews: 11
• Problem Sets: 12
• Problems: 47

Fluid mechanics is a branch of continuous mechanics which deals with the relationship between forces, motions, and static conditions of a continuous material - both liquid and gas.

• Exercises: 20
• Reviews: 8
• Problem Sets: 4
• Problems: 52
• Video Reviews: 8
• 6 hours, 37 minutes and 32 seconds of Video Teaching

In our ever evolving world of advancing technology, we must understand the fundamentals of electrical engineering design as it continues to be a crucial component of dynamically operational systems.

• Exercises: 51
• Reviews: 9
• Problem Sets: 9
• Problems: 102
• Video Reviews: 33
• 3 hours, 23 minutes and 28 seconds of Video Teaching

Data acquisition involves measuring signals from real-world physical systems using various forms of sensors and other instrumentation...digitizing these signals for storage, analysis and presentation.

• Exercises: 14
• Reviews: 5
• Problem Sets: 4
• Problems: 37
• Video Reviews: 4
• 2 hours, 54 minutes and 51 seconds of Video Teaching

As our designs operate outside of a vacuum in the real world, there is a need to understand the component of energy transfer and how it effect our systems at both a molecular material processing and operation level.

• Exercises: 14
• Reviews: 5
• Problem Sets: 3
• Problems: 38
• Video Reviews: 6
• 4 hours, 26 minutes and 53 seconds of Video Teaching