Nanotechnology studies how materials and components under Nanoscale are presented, often combining Materials Science, Physics, Chemistry, Electric Engineering and fabrication. When students choose, they should not simply search for a name that is exactly the same as "Nanotechnology" degree.
I. What do you read mainly?
MIT.nano’s undergradure course “Nanotechnology: From Atoms to Systems” includes applied quantum mechanics, materias science, fabrication, and energy, memory, display, communications, sensing, etc. Imperial Materials also stressed the importance of nuclear-scale observation, nonoscale objects and quantum/theoretic ideas.
II. Common university baccalaureate entrance
- Materials Science
- Electrical / Electronic Engineering
- Chemistry / Chemical Engineering
- Physics / Applied Physics
- Biomedical Engineering
III. Where's the difference with Materias Science?
Materials Science is a more complete university degree; Nanotechnology is more like a scale and technology platform that may appear in materials, semiconductors, sensors, biomedicine and energy courses.
IV. How to prepare for high school
Mathematics, Physics, Chemistry is the most common setup. If the target is nanoelectronics, add Programmeing/Computer Science.
V. FUNCTIONS
"Semiconductors, employed materials, sensors, micro/nanofabrication, bimediac devices, energy technology and research."
