Both Microsystems engineers and Nano systems engineers are the engineering professionals who focus in manufacturing peculiar things of very small size. Even though both of the professionals work with the same aim, there are lots of differences between them. Microsystems engineers are those who apply the principles involved in electronic and mechanical systems to manufacture related micro objects. Nanosystems engineers are those experts who develop the useful materials on nanoscales.

Microsystems Engineer Course and Career opportunities

The engineering field is a very vast area which includes many disciplines within it. Microsystems engineering is one such branch of study in engineering which applies the electronic and mechanical principles. Microsystems engineers are the experts working in this specialized area. They utilize the diverse principles of electronic and mechanical systems to design and improve new micro electromechanical systems. They also develop several other devices using the MEMS. The crash sensors, exhaust sensors, inkjet printer cartridges, pressure sensors, etc. are some the applications of MEMS. They are used in different fields such as aerospace, consumer, telecommunication products, automotive and in healthcare firms.

The Microsystems engineers utilize electromechanical, optical, thermal, fluidic and magnetic devices to manufacture these micro systems. The MEMS thus developed have size which ranges less than 1mm and it sense and control the surroundings where they are kept. The Microsystems engineers should have deep knowledge in various fabrication techniques like vapor deposition, microlithography, electroplating and chemical and plasma etching.

Nanosytems Engineer Course and Career opportunities

The nanosystems engineers are also the engineering professionals who work to design, improve and distinguish materials on nanoscale. That is they work with the substances which are of few nanometers in size. The nanoscale sized objects may behave in a different way compared to the same in macroscale. The experts in this area study the characteristics of the nanoscale materials and utilize the information thus got to develop new technologies. The diverse fields that utilize the applications of these products include medicine, imaging, manufacturing of electrical equipments and computer parts, cosmetics and clean energy.

Most of the nanosystems engineers find their jobs in laboratories. They use the computer techniques to design and model nanoscale devices. When they perform fabrication and tests on these devices, they use complicated machineries and chemistry. Qualification of high graduation in nanosystems engineering is required for these professionals to enter in a bright career while some employers may also recruit those with bachelor’s degree for the entry level professions.

Key differentiators between Microsystems Engineer and Nanosytems Engineer

• Microsystems engineers are the professionals who study and apply the principles of electronics and mechanical systems to manufacture micro sized objects while Nanosystems engineers are those who focus in designing and manufacturing the nanoscale materials.

Although Microsystems engineers and Nanosystems engineers are the professionals working with the aim of producing certain objects of small size, their job profile and responsibilities differ in many aspects.