A professional who works with materials that are around 1/1,00,000 the width of a human hair strand is known as a nanosystems engineer. Nanotechnology deals with the Materials that behave very differently at the nanoscale than they do at larger scales. A career as a Nanosystems Engineer is to study these differences and coming up with innovative ways to use these materials to enhance the environment.
In technology and science, Nano Technology Engineering is a most recent profession. A Nanosystems Engineer is a qualified people who investigates and designs on the cutting edge of science and engineering. They are the first researcher into the microscopic interactions between multiple materials. A Nanosystems Engineer spends maximum of their time in creating 3-D computer simulations based on a material’s observable qualities.
A Nanosystems Engineer jobs include design, create, and oversee the manufacturing of materials, devices, or systems of unique molecular/ macromolecular composition. They write proposals to obtain outside funds or form partnerships with other organisations. Additionally, Nanosystems Engineer’s responsibilities is to provide technical advice to scientists, engineers, and technicians who are working under his or her supervision.
What is the Role of Nanosystems Engineer?
Utilizing cutting-edge technologies or methods, a nanosystems engineer creates, processes, or characterises nanomaterials in the course of their work. They needed to supervise technologists or technicians working on nanotechnology projects. To convey engineering results or suggestions, a nanosystems engineer writes reports, gives presentations, or takes part in program review activities.
Moreover, a Nanosystems Engineer offers scientific or technical assistance or expertise to scientists, engineers, technologists, technicians, or others, using knowledge of chemical, analytical, or biological processes as applied to micro and nanoscale systems.
A Nanosystems Engineer job responsibility involve conducting research related to a range of nanotechnology topics, such as packaging, heat transfer, fluorescence detection, nanoparticle dispersion, hybrid systems, liquid systems, nanocomposites, nanofabrication, optoelectronics, or nanolithography. Finding fresh applications for current nanotechnologies is one of the duties of a nanosystems engineer.
Types of a Nanosystems Engineer
Photonics Engineer: A photonics engineer’s work is to develop and enhance photonics-based systems and products, such as lasers, optics, fibre optics, and imaging. A photonics engineer’s responsibility is to check for efficiency by testing to see if the system operates properly. They develop optical materials as a photonics engineer to boost the energy efficiency of a factory.
Robotics Engineer: Robotics engineers are skillful persons who develops robots using 3D CAD software, which enable them to design right down to the circuit level. The actual construction of the robots is then carried out using CAM tools.
Nanotechnology Engineer: A nanotechnologist is a specialist who works in a wide variety of fields and performs a variety of tasks. A nanotechnology engineer is responsible for developing smallest electrical products that can be used in various types of products, usually a nanotechnologist works in the field of electronic engineering.
Microsystems Engineer: A Microsystems engineer is involved with designing, they use computer design software to manufacture equipment such as schematics of the goods. A microsystems engineer’s responsibility is to evaluate data regarding design plans and other goods to ascertain their efficacy. He or she analyses relevant data, finds ways to enhance products and fixes any problems with the design or manufacturing process.
How to Become a Nanosystems Engineer?
Step 1. Students are needed to finish 10 + 2 from science field (physics, chemistry, and mathematics) as necessary subjects with a minimum aggregate of 60 per cent from an approved board in India.
Step 2. There are many universities and colleges that conduct admission entrance tests for the students in order to get admission to a certain programme. JEE Main and JEE Advanced are one of the most prestigious and prominent engineering entrance exams conducted by the government of India that offers admission to top engineering colleges such as IITs, NITs, IIITs, and state-level colleges.
Top Nanosystems Engineer Entrance Examinations List
| JEE Main | JEE Advanced |
| SRMJEE | BIT SAT |
| VITEEE | KIITEE |
Step 3. Aspirants are needed to get enrolled in nanosystems engineer colleges, after completion of 10+2. To become a nanosystems engineer, individuals must require a bachelor’s degree from an accredited university in India or abroad.
There are various of specialised degrees available that concentrate on biological materials conversion and nanotechnology, including degrees in climate science, nanosystems engineering, and sustainable biomedicine.
There are numerous colleges throughout the nation that provide a variety of nanosystems engineering degree or nanotechnology, Chemical Engineering, Bioengineering, Materials science or another closely related stream.
Undergraduate Nanosystems Engineer Course List
| B.Tech. (Bachelor of Technology) Specialisations | B.E. (Bachelor of Engineering) Specialisations |
| Nanotechnology | Nanotechnology |
| Nanosystems Engineering | Nanosystems Engineering |
| Chemical Engineering | Chemical Engineering |
| Biotechnology | Biotechnology |
| Biotechnology and Biochemical Engineering | Biotechnology and Biochemical Engineering |
Step 4. After finishing bachelor’s course, candidates have the following two choices
Option 1: Candidates can immediately enroll themselves in a master’s degree program in a comparable specialisation after earning a bachelor’s degree. After obtaining a master’s degree, they are eligible to take an entry-level job in the sector.
Option 2: After completing a bachelor’s degree program, individuals are eligible to begin employment in the field at the entry-level level. They can choose to pursue a master’s degree in the relevant specialisations after gaining some experience working in nanosystems engineering positions. They can continue working in the industry after successfully completing the program.
Postgraduate Nanosystems Engineer Course List
| M.Sc. (Master of Science) Specialisations | M.Tech. /M.E. (Master of Engineering) Specialisations |
| Nanotechnology | Nanotechnology |
| Nanoscience and Technology | Biotechnology and Biochemical Engineering |
| Material Science and Nanotechnology | |
| Nanotechnology and Nanomaterials |
Salary of a Nanosystems Engineer
An entry-level nanosystem engineer with less than a year of experience can expect to make an average monthly income of about Rs. 35,000. A nanosystem engineer can earn up to Rs. 45,000 per month after obtaining some expertise in the field. The salary of a nanosystem engineer for a junior post, including incentives, tips, and overtime pay, ranges between Rs. 55,000 per month for a candidate with extensive industry experience.
The typical wage for a senior nanosystem engineer at entry-level with less a year of experience is about Rs. 60,000 per month. A nanosystem engineer can earn up to Rs. 75,000 per month after obtaining some expertise in the field. A senior nanosystem engineer’s salary, which includes bonuses, tips, and overtime pay, ranges from Rs. 1 lakh per month for a candidate with extensive industry experience.
Frequently Asked Questions on Nanosystems Engineer
Ans: A professional who works with materials that are around 1/1,00,000 the width of a human hair strand is known as a nanosystems engineer.
Ans: A Nanosystems Engineer jobs include design, create, and oversee the manufacturing of materials, devices, or systems of unique molecular/ macromolecular composition.
Ans: Students need a bachelor’s degree in nanoengineering or a closely related engineering degree like chemical engineering, materials science, or bioengineering to work as nanosystems engineers.
Ans: Although a small number of nanosystems engineers work on-site with oil and gas businesses, the majority of them are employed in office buildings, laboratories, or on college campuses.