- Home
- Nanotechnologist
Who is a Nanotechnologist?
Nano technology is building with atoms ~ William Powell
The career as nanotechnologist is about miniature science, which has been considered as advanced technology. Careers in nanoscience are known as the area of science and technology that will contribute to the twenty-first century's greatest technological advances. Imagine storing data on the cellular level as well as creating extremely tiny pieces of electronics.
A nanotechnologist may work on extremely small electrical pieces but their role in areas like healthcare, technology, or the environment has been game-changing. Students can pursue NanoTechnology Engineering to opt for nanotechnology careers in India. Nanotechnology has the power to manipulate cells as well as other chemicals from within a human’s body.
Quick Facts for Nanotechnologist
-
Industry
Technology
-
Suitable for
Male, Female, Others
When it comes to the career as nanotechnologist, it is not gender-specific. any person irrespective of the gender, with the right attitude and the required skillsets, can become a nanotechnologist.
-
Any special needs
Yes
The career as nanotechnologist is appropriate for everyone, even those with special needs. Nano-technology consists mainly of job seating or desk work. The ability to operate computer systems which require applicants to work as a nanotechnologist. The occupation is ideal for people with physical disabilities but not for those who have mental illnesses.
Table of Contents for Nanotechnologist
What is the role of Nanotechnologist?
In the career of a nanotechnologist, engineers can perform a large array of tasks and have a very diverse area in which they work. Other nanotechnologists emphasise the use of cells and molecules in research and development. Nanotechnologists also manufacture products, including food additives, designed to improve public health and safety.
Nanotechnologists are mainly involved in research and development of nanodevices and nanomaterials including designing of nanoscale structures.
They use various tools and techniques to analyse properties and patterns of nanomaterials such as atomic force microscopy, and spectroscopy.
They test and measure the performance of nanomaterials and nanotechnology devices.
They translate nanotechnology research into practical applications.
Nenotechnologists often work with scientists, engineers, and other professionals from various domains to integrate nanotechnology into projects.
They usually document their research work in scientific papers, patents, and reports.
Types of a Nanotechnologist
In the career of nanotechnology one must be aware about the different career options after the study in this particular field. There are various types or related career options available in the field of nanotechnology. Below we have mentioned different career option with job descriptions.
Research Scientist: A research scientist is one who performs laboratory experiments. He or she works in many domains such as computer science, political science, and environmental science. He or she collects samples, gathers information, and analyses data to perform research and trials on various topics and events.
Nanofabrication Engineer: As a nanofabrication engineer, an individual is responsible for working on fabricating core technology. He or she operates nanofabrication equipment to execute process steps to consistently produce nanofabricated optical devices to ensure a high level of quality and standards.
Materials scientist: A materials scientist is an expert in materials science which includes the study and manipulation of the different properties, structure, and applications of different materials available in nature. He or she uses the knowledge of physics, chemistry, mathematics and engineering materials to develop new materials with specific characteristics or requirements.
Service Engineer: Service engineers are responsible for evaluating each system after a defined period of time before they can find something wrong and rectify it to prevent any significant long term problems. They must be well versed in the regular manual.
Also read - Career as a molecular biologist
What is the workplace/work environment of Nanotechnologist like?
Currently, in office environments, in their career as nanotechnologists, individuals design and construct extremely small electronic components and mechanical equipment that is designed at the molecular level of the material. Depending on their environment, nano-technologists can work in modern comfort or in warm, crowded or dusty places.
Individuals who opt for a career as a nanotechnologist may often spend time at the desk designing plans, planning budgets and drawing up project schedules. They spend a great deal of time overseeing the jobs of electricians, physicists, computer programmers, and other engineers.
Does Nanotechnologist require travelling?
Not Likely
Though some travel is needed, it is rare in the career a nanotechnologist to spend nights away from home. Since nano-technologists within their organizations have to work very closely with consumers and other professionals, they could not work from home just like many other employees do.
Employment Shifts
Full Time
Individuals who opt for a career as a nanotechnologist typically work forty hours a week during normal business hours. Nano-technologists are rare to work on public holidays, on weekends, even late at night. However, it can take additional hours close to deadlines, and where problems occur, immediate settlement is required.
Employment Nature
Contractual, Permanent
In career as nanotechnologist, individuals work for government bodies, military systems, and research infrastructure. Nanotechnologists typically work with computer systems in an office setting. They can often be expected to visit the field to check the equipment they've designed.
Work Place
Office
Individuals who opt for a career as a nanotechnologist might have to prolong certain change or working conditions, due to various reasons. The hour of work mainly depends on the industry the nano-technologist performs and, of course, on their dedication to their job. Nano-technologists tend to operate Nine hours throughout the day.
Presence in Geographical Area
Rural, Semi-urban, Urban
Individuals who opt for a career as a nanotechnologist function in an industrial environment in urban areas or metro cities that are technology hubs.
Time Pressure
Not Likely
In career as nanotechnologist, individuals usually don’t face any time pressure. They’re required to work in laboratories having air conditioning for most of the time. For quite a few instances, they might be required to visit outdoors to collect samples and equipment which might lead to some time pressure.
Overtime Details
This work does not come under any specific schedule for the shift in the career as nanotechnologist. In a career as a nanotechnologist, individuals may need to do overtime to satisfy the job's requirements. Whenever the profession requires it, they need to function.
Weekly Hours of Work
Min 45 Hours
A nanotechnologist work hours may vary depending on the functioning of employing organisations. In career as nanotechnologist, individuals usually work during day shift business hours. A nanotechnologist may often be required to work in the evening hours.
How to become a Nanotechnologist?
Steps to become a Nanotechnologist
This section of the article explores the pathway of how to become a Nanotechnologist in India. It delves into the educational requirements, key skills, and career prospects in the field. Read below in detail to discover the steps and qualifications needed to embark on a journey toward a successful career as a Nanotechnologist in India.
What are the skills and qualities required to become a/an Nanotechnologist?
There are several requirements to become a nanotechnologist. One must possess a specific skill set to work efficiently as a nanotechnologist. If you want to know how to become a nanotechnologist then you should possess these skills as well. They will help you in making nanotechnology careers in India:
Technical Skills: Individuals who opt for a career as a nanotechnologist could even be able to operate more appropriately, improve the confidence of employees and make them more profitable candidates for companies. Additionally, employees with skill and technique in a difficult and demanding position often get better while doing multi tasks. Observing gauges, dials, or many other metrics to ensure the adequate functioning of a system.
Quality Control: Quality management procedures allow the organisation to avoid situations that affect clients and result in costly claims and legal proceedings in the career of a nanotechnologist. Unless the company produces industrial equipment, quality control requirements will reduce the errors and discrepancies which might end up making such machinery dangerous. Undertaking quality or performance and inspections of goods, facilities or processes.
Creativity: Engineers are not just problem solvers-they are experts in this area. This is particularly true in the commercial field, where nanotechnological companies are constantly seeking to create new and innovative technologies, as well as being an important characteristic in potential applicants searching for the best engineering schools.
Listening: Effective listening ends up making employees more productive for the companies in the career as nanotechnologists. The listening skill closely enables the employees to better understand their assigned tasks. To pay full attention to what other people have been saying, to take time to consider the points that are being made, to ask questions as necessary, and not to interrupt improperly.
Communication Skills: Comprehending written words and sentences in documents relating to the research is an important skill in the career as nanotechnologist. Effectively interacting through writing as necessary to public requirements. Having conversations with everyone to effectively convey data.
Individuals who opt for a career as a nanotechnologist often need to explain concepts and programs to people who have no technical understanding of them. They are constantly using their communication skills through oral writing of documents or sharing of information. Whether it is understanding the needs and desires of a client, working within project teams to build or update a piece of equipment or interacting.
Critical Thinking Skills: Critical thinking is a common ability that can be generalised to a broad range of circumstances, and it is just as important a skill set in Nanotechnologist as well. Engineers are trying to achieve a certain target for their project, having the freedom to do stuff creatively or to take another traditional view makes a huge difference in the career as nanotechnologist.
Supervisory skills: Supervision in dangerous conditions aims to prevent injuries and deaths and other workplace mishaps that could cause serious harm in the career as nanotechnologist. Supervision helps employees work with much less pressure and continues to build confidence in performing the tasks. Monitoring themselves, other people, or organisations performance to make changes or take the appropriate action.
Which certifications and internships can be helpful in becoming Nanotechnologist?
We have mentioned below various certifications that aspiring individuals may opt to upgrade their skills and knowledge for nanotechnologist roles. These courses are not mandatory but we recommend them as it upskill in the nanotechnology career path.
Internship Availability
Through internships the individuals get hands-on knowledge in the career as nanotechnologist. It gives other people the required insight for the industry and the workplace, so they are trained for the stress that comes with the profession in several ways. Internships make students eligible to get into the industry very quickly and easily because of the working knowledge.
Also read: Career as Photonics Engineer
What is the job outlook for Nanotechnologist?
There are several types of nanotechnology careers where they can work, such as environmental protection, management, food science, like quality management and labelling, material science like textiles, polymers and packaging. In the career as a nanotechnologist, job outlook differs with each employer, but career pathways tend to be well-defined in all industries and rely on the achievement of research objectives.
Initially, scientists work in various roles to improve awareness and practical skills. As experience increases, they may assume greater project responsibilities and therefore can start overseeing other scientists' work before ultimately becoming a project manager or technical director. Lots of nanotechnologists opt to become consultants or contractors to enjoy more comfortable lifestyles.
Currently the job market scenario for nanotechnology is on the brighter side. According to reports the job market for a nanotechnology engineer is expected to grow by at least 6 per cent by the year 2026. With technologies evolving and inventors trying to make machines and gadgets smaller and more compact in nature, there already are several job opportunities for a nanotechnology engineer and it is going to grow further.
Frequently Asked Questions for Nanotechnologist
Que. What are nanotechnology and its uses?
Ans.In developing countries nanotechnology is used to help cure disease and avoid health problems. Nano-medicine is the umbrella word for that kind of nanotechnology. Applications in the industry may include building materials, military products, and nano-machining of nano-wires, nano-rods, a few graphene layers, etc.
Que. What are the types of nanotechnology?
Ans.Nanoparticles can be categorized into different categories by scale, morphology, physical properties, and chemical properties. There are carbon-based nanoparticles, ceramic nanoparticles, metal nanoparticles, nanoparticles with semiconductors, polymeric nanoparticles, and nanoparticles centred on lipids.
Que. What is the purpose of nanotechnology courses?
Ans.Nanotechnology courses work on teaching students to know about nano-metre-scale atoms and molecules, and by manipulating the arrays and structure of substances, it uses the peculiar characteristics of nano-sized particles to produce new, excellent substance characteristics.
Que. Why are nanomaterials important?
Ans.Among many reasons, nano-materials are unusual, but for one in particular-their scale. Nano-materials are as tiny as up to ten thousands times the width of a human hair. And this small size makes them highly useful for all kinds of practical uses.
Que. Why is Nanotechnology the future?
Ans.Nanotechnology may also allow the objects to extract energy from their environment in the future. New nano-materials and technologies are being produced that demonstrate the potential to generate energy from movement, light, temperature changes, glucose, and other highly conversion-efficient sources.
Que. Name some of the famous nanotechnology engineers?
Ans.There are many famous nanotechnology engineers across the globe. Some of the famous nanotechnology engineers are Kim Eric Drexler, Robert A. Freitas, Calvin Forrest Quate, Ali Khademhosseini, Mildred Dresselhaus, Angela M. Belcher.
Que. How long does it take to become nanotechnologist?
Ans.It typically takes 4-6 years to become a nanotechnologist - 4 years for a bachelor's degree in a science or engineering field relevant to nanotechnology, and additional 1-2 years for a master's degree.
Que. What is the qualification for nanotechnology?
Ans.The minimum educational qualification for a career in nanotechnology is a bachelor's degree in fields like engineering, materials science, physics or chemistry. A master's degree enhances job prospects in research and development.
Que. How much does a nanotechnologist make in India?
Ans.In India, an entry-level nanotechnologist can earn an average salary of Rs. 3-5 lakhs per annum. Experienced nanotechnologists with 8-10 years of experience draw a salary in the range of Rs. 8-12 lakhs on an average.
Que. Are nanotechnologists in demand?
Ans.Yes, nanotechnologists are in high demand globally due to the growing importance and applications of nanotechnology. India also aims to develop capabilities in this sector to boost manufacturing and create more job opportunities.
You might also be interested in
Select your reason of reporting
Explore Related Careers
Did you know?
Fact 1
Nanoscience operates on a scale 1000 times smaller than what an optical microscope would see
Fact 2
The discovery of another carbon element on a nanoscale, C60, called buckyball, gave Robert Curl, Sir Harold Kroto, and Richard Smalley the 1996 Nobel Prize in Chemistry
Fact 3
In 1959, Nobel Prize-winning physicist Richard Feynman published nanotechnology for the first time
