If you need technology work, but it does not involve electrons, chemical reactions, molecule formation, life forms, it is not structure (building / bridge / dam) and it does not fly, a mechanical engineer will take care of it … but if it involves electrons, chemical reactions, molecule formation, life forms, is it a structure or flies, mechanical engineers can handle it anyway Fashion and style trends
Although any member of the technology faculty in each technology department will claim. That their field is the broadest technology discipline. It is in the case of mechanical technology. that is really true (I contend) because the core material permeates all systems. Technicians (fluid mechanics, solid heat transfer mechanics, control systems, etc.) General Health
Mechanical technologies is one of the oldest fields of technology
Mechanics is one of the oldest fields of technology (although civil technology is perhaps even older). But in the last 20 years it has undergone. A rather remarkable transformation as a result of a number of new technological developments, including
Computer aided design (CAD). The average non-technical person probably thinks that mechanical engineers sit at a sketch table. And draw drawings of devices that have nuts, bolts, shafts, gears, bearings, handles, etc. While the image was somewhat true 100 years ago, today this drawing board has long been replace by CAD software. Which makes it possible to build and test a part almost before any physical object is manufacture. Tourism and Travel
Simulation. Not only does CAD allow sizing and control of fit and interference. But the resulting virtual parts are structurally, thermally, electrically, aerodynamically test, etc. And are modifie as neede before committing to manufacturing. Sports and Games
Sensor and actuators. Today, even ordinary consumer products like cars have dozens of sensors to measure temperature, pressure, flow rates, linear and rotational speeds, and so on. These sensors are used not only to monitor the status and performance of the device, but also as input to a microcontroller. The microcontroller, in turn, commands the actuators that adjust flow rates (for example, fuel for an engine), times (for example, spark ignition), positions (for example, of valves), etc.
3d print. Traditional “subtractive manufacturing” consisted of starting with a block or casting of material and removing material by drilling, milling, grinding, and so on. The shapes that can be create in this way are limite compare to modern “additive manufacturing” or “3D printing”. “Where a structure is built in layers. Just as CAD + simulation has led to a new way of designing systems, 3D printing has led to a new way of prototyping and, in limited cases, large-scale production.
Collaboration with other fields. Historically, a nut and bolt device, like a car, was designed almost exclusively by mechanical engineers. Modern vehicles have huge electrical and electronic systems, safety systems (for example, airbags, and seat protection), special batteries (in the case of hybrid or electric vehicles), etc., which require electrical design contributions,