Mechanical Engineering: Beyond Automobiles
Most schools have beat-up cars and trucks lined up for mechanical engineering students to tinker with. Yet the discipline is more than just about automobile manufacturing and repair. Let us take a look at various other fields requiring their principles.
Biomechatronics
Combine biology, mechanical engineering and computer electronics to get biomechatronics. This science is currently making all sorts of breakthroughs in exploring how the human body works. From moving artificial limbs to remote-controlled moths, the biomechatronics community continues to make huge milestones mainly due to the never-ending list of people waiting to sponsor such endeavors.
Combine biology, mechanical engineering and computer electronics to get biomechatronics. This science is currently making all sorts of breakthroughs in exploring how the human body works. From moving artificial limbs to remote-controlled moths, the biomechatronics community continues to make huge milestones mainly due to the never-ending list of people waiting to sponsor such endeavors.
Sports Biomechanics
Not only is mechanical engineering applied as an extension of the human body, it is also used to study its inner workings. Vital to the athletic industry, sports biomechanics studies how bone and tissue respond to different situations. In sports biomechanics, better exercise equipment, more accurate training lessons, and more efficient performance from the athlete himself is achieved by applying mechanical engineering theories towards them.
Not only is mechanical engineering applied as an extension of the human body, it is also used to study its inner workings. Vital to the athletic industry, sports biomechanics studies how bone and tissue respond to different situations. In sports biomechanics, better exercise equipment, more accurate training lessons, and more efficient performance from the athlete himself is achieved by applying mechanical engineering theories towards them.
Robotics
The field of robotics would have been severely limited had it not been for the mechanical engineering concepts employed. These valuable contributions include how a machine would exert force, walk around, and hold objects. Robotics continues to be a force to reckon with because of further applications from recent discoveries in the automobile manufacturing industry and vice-versa.
The field of robotics would have been severely limited had it not been for the mechanical engineering concepts employed. These valuable contributions include how a machine would exert force, walk around, and hold objects. Robotics continues to be a force to reckon with because of further applications from recent discoveries in the automobile manufacturing industry and vice-versa.
Roller Coaster Design
The exciting yet safe rides found in theme parks are owed to the careful analysis made by mechanical engineering professionals. The civil engineer may be responsible for the building of the structure but its inception is owed to the physics, kinetics, hydraulics and pneumatics covered by this specific type of engineer. Remember and appreciate all the hard work that went into it the next time you take a ride on your favorite big dipper.
The exciting yet safe rides found in theme parks are owed to the careful analysis made by mechanical engineering professionals. The civil engineer may be responsible for the building of the structure but its inception is owed to the physics, kinetics, hydraulics and pneumatics covered by this specific type of engineer. Remember and appreciate all the hard work that went into it the next time you take a ride on your favorite big dipper.
Energy and Power
Each person looking for better alternatives to the energy crisis needs a background in mechanical engineering. The principles behind energy conversion, thermodynamics and heat transfer are necessary for an efficient and feasible new energy source. Existing energy sources and the companies handling them also require people well-versed on these ideas.
Each person looking for better alternatives to the energy crisis needs a background in mechanical engineering. The principles behind energy conversion, thermodynamics and heat transfer are necessary for an efficient and feasible new energy source. Existing energy sources and the companies handling them also require people well-versed on these ideas.
Mechanical engineering is actually one of the most extensive and most longstanding fields in engineering. It is also one of the most relevant and highly progressive courses of study these days. Because it continues to break barriers on how we view machines, it is a program that is not bound to die out any time in the near future.
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