Looking for a job as a biotechnologist with no experience. Profession Biotechnologist. Who is a Biotechnologist. Description of the profession. Is it worth doing

We always have a large number of fresh current vacancies on our website. Use filters to quickly search by parameters.

For successful employment, it is desirable to have a specialized education, as well as to possess the necessary qualities and work skills. First of all, you need to carefully study the requirements of employers in the chosen specialty, then start writing a resume.

You should not send your resume to all companies at the same time. Choose suitable vacancies based on your qualifications and work experience. We list the most important skills for employers that you need to successfully work as a biotechnologist in Moscow:

Top 7 Key Skills You Need to Get a Job

Also quite often in vacancies there are the following requirements: sales development, telephone conversations and cold sales.

When preparing for an interview, use this information as a checklist. This will help you not only to please the recruiter, but also to get the desired job!

Analysis of vacancies in Moscow

According to the results of the analysis of vacancies published on our website, the indicated starting salary, on average, is 60,000. Keep in mind that these figures are statistics. The actual salary during employment can vary greatly depending on many factors:

• Your previous work experience, education
• Type of employment, work schedule
• Company size, industry, brand, etc.

Salary depending on the experience of the applicant

If the past century has reserved the name space, then the present times are characterized by the rapid development of new technologies, the introduction of inventions into everyday life, which not so long ago were considered inventions of science fiction writers. The era of new technologies is coming. Young people on the threshold of a serious choice of profession are increasingly paying attention to promising specialties of the future. This is the specialty "biotechnology". What exactly does this science study and what will a specialist who has chosen such a tempting occupation have to do?

History reference

The name of this science consists of the addition of three Greek words: "bio" - life, "tekne" - art, "logos" - science. The specialty "biotechnology" is at the same time a new promising direction, and at the same time it can be called the oldest branch of industrial production.

In reference books and dictionaries, biotechnology is defined as a science that studies the possibility of using natural chemical and biological processes and objects in industrial production and everyday human activity. The fermentation processes used by ancient vintners, bakers, cooks and healers are nothing more than the practical application of biotechnology. The first scientific justification for these processes was given in the 19th century by Louis Pasteur. The term "biotechnology" was first used in 1917 by an engineer from Hungary Carl Ereki.

The specialties "biotechnology" and "bioengineering" were accelerated in development after a number of discoveries in microbiology and pharmacology. The commissioning of sealed equipment, bioreactors gave impetus to the creation of antimicrobial and antiviral drugs.

Connection of sciences

Modern chemical technology and biotechnology (specialty) combine biological, chemical and technical sciences. Microbiology, genetics, chemistry, biochemistry, molecular and cellular biology, embryology become the basis for new research in this area. A significant role is played by engineering areas: robotics, information technology.

Specialty - biotechnology: where to work?

More than twenty specializations and directions are hidden under the general names of the specialty "biotechnology". University graduates with such a profession can be safely called generalists. During their studies, they receive knowledge in the field of medicine, chemistry, general biology, ecology, and food technology. Biotechnologists are expected in the perfumery and pharmaceutical industries, at enterprises producing food products and bioadditives. Modernity is waiting for new developments of scientists in the field of genetic engineering, bionics, hybridization. The place of work of an engineer-biologist may be associated with enterprises for the protection of the environment, with work in the field of astronautics and robotics. Engineers, biochemists, biophysicists, ecologists, pharmacists, physicians - all these professions are combined in the specialty "biotechnology". Whom to work, each university graduate decides in accordance with his abilities and at the call of his heart. The duties of a technologist - biologist depend on the characteristics of the industry in which he works.

Industrial Biotechnology

This industry practices the use of particles of microorganisms, plants and animals to produce valuable products necessary for human life. This group includes the specialties "food biotechnologists", "pharmaceutics", and the perfumery industry. Industrial biotechnologies are working on the creation of new enzymes, antibiotics, fertilizers, vaccines, etc. The main activity of a biotechnologist at such enterprises is the development of biological products and compliance with the technologies for their production.

Molecular biotechnology

The specialty "molecular biotechnology" requires a professional to have in-depth knowledge of both general biological and engineering areas, modern computer technologies. Specialists with such specifics become researchers in the field of nanotechnology, cell engineering, and medical diagnostics. They are also expected by agricultural, pharmaceutical, biotechnological enterprises and control and analytical laboratories, certification centers.

Biotechnologists - ecologists and power engineers

The population of the planet is increasingly concerned about the fact that the reserves of natural energy carriers, oil and gas, have their limits, the scale of their production will decrease over time. To help humanity solve the problem of energy supply will help people whose specialty is biotechnology. Who to work in this industry? A technologist for the processing of waste of various origins, specially grown biomass into energy carriers and substances that can replace synthetic substances in oil and gas. Biotechnologists create new methods of water purification, design treatment facilities and bioreactors, and work in the field of genetic engineering.

Prospects for the specialty

Who is a biotechnologist? The profession of a biotechnologist is the profession of the future. Behind him is the fate of all mankind. This is not just a beautiful slogan - this is the goal of bioengineering. The task of biologists-technologists is to create what now seems like a fairy tale and a fantastic dream. Some scientists even refer to the modern era as the era of biology. So, over the past hundred years, biologists have turned from mere researchers into creators. The disclosure of the molecular secrets of organisms and the nature of heredity made it possible to use these processes for practical economic purposes. This was the impetus for the development of a new direction - biological engineering.

What can surprise geneticists in the near future?

Already, bioengineering has a significant impact on environmental protection, medicine, agriculture, food industry, and biotechnologists are planning new methods and techniques in the near future. Those who plan to connect their fate with the specialty "biotechnology", where to work, in what direction, can learn from the information below:

• First of all, revolutionary changes can occur in agricultural production. It is possible to artificially create new plants with a higher protein content, which, in turn, will reduce meat consumption.
• Plants that themselves will release insect poisons and nitrates will reduce soil pollution from fertilizers and chemicals.
• Genetic engineering allows you to control heredity and fight hereditary diseases.
• Biologists-designers plan to artificially create organisms with predetermined qualities.

Directions of bioengineering that will dramatically change the world

They are the following:

• Energy and fuel from plants, fungi, bacteria, as well as the use of sea energy for these purposes.
• Genetically modified crops.
• Waste-free production circle - processing of all types of waste.
• Use of biomaterials for regenerative medicine.
• New types of biological drugs and vaccines.
• Restoring the potential of fertile land and fresh water.
• Studies of the human genome and hereditary diseases.

Profession costs

Speaking about the advantages and prospects of biotechnology, one cannot fail to mention some of the disadvantages of science. We are talking about the moral aspects associated with the discoveries of genetic engineering. Many world-famous scientists and religious leaders warn that it is necessary to use the possibilities of nanotechnology wisely and under special control. Genetically modified food products can lead to irreparable changes in the human gene pool. Human cloning, the appearance of people born "in a test tube", lead to new problems and, possibly, to human disasters.

Who can become a biotechnologist?

First of all, this is a person who loves nature, biology, is interested in the secrets of genetics. In addition, a biotechnologist needs the ability to think creatively, logic, observation, patience and curiosity. Such qualities as purposefulness, the ability to analyze and systematize, accuracy and broad erudition will come in handy.

Since bioengineering involves a close relationship with other sciences, the future technologist needs equally good knowledge of chemistry, mathematics, and physics.

Where are professions taught?

Career guidance is defined, the applicant has chosen the profession of a biotechnologist: where to study? Features of the specialty suggest the appropriate faculties, depending on the chosen branch of the national economy. There are faculties of biotechnology in almost all state universities in our country and abroad. Biotechnologists are trained by technical, agricultural, food, technological universities in various areas and specializations.

Faculties of biotechnology specialty offer the following:

• Industrial biotechnology.
• Ecobiotechnology and bioenergetics.
• Biotechnology and engineering.
• Bioinformatics.
• Molecular biotechnology.
• Equipment for biotechnological productions.
• Pharmaceutical biotechnology.
• Chemical technologies of food additives and cosmetics.
• Chemical technologies and engineering.

Word BIOTECHNOLOGY comes from a combination of Greek words bios- a life, "techne" craftsmanship, art and logos- teaching. This fully reflects the activity of a biotechnologist. The profession is suitable for those who are interested in physics, mathematics, chemistry and biology (see the choice of profession for interest in school subjects).

Biotechnologists skillfully use living biological organisms, their systems and processes, applying the scientific methods of genetic engineering, in order to create new varieties of products, plants, vitamins, medicines, as well as improve the properties of existing species in plant and animal environments that are resistant to adverse climatic conditions. conditions, pests and diseases. In medicine, biotechnologists play an invaluable role in the creation of new drugs for early diagnosis and successful treatment of the most complex diseases.

Like any science, biotechnology is constantly evolving, reaching unprecedented heights. So, in recent decades, it has naturally reached the level of cloning and has achieved certain successes in this area. Cloning of vital human organs (liver, kidneys) gives a chance for treatment, full recovery and improving the quality of life of people around the world.

Biotechnology as a science is located at the intersection of cellular and molecular biology, molecular genetics, biochemistry and bioorganic chemistry.

A distinctive feature of the development of biotechnology in the 21st century, in addition to its rapid growth as an applied science, is that it penetrates into all spheres of human life, contributing to the effective development of all sectors of the economy. Ultimately, all this contributes to the economic and social growth of the country. Rational planning and management of the achievements of biotechnology can solve such important problems for Russia as the development of vacant territories and employment of the population. This will become possible if the achievements of science are used as an instrument of industrialization to create small industries in rural areas.

The overall progress of mankind is largely due to the development of biotechnology. But on the other hand, it is rightly believed that if the uncontrolled spread of genetically modified products is allowed, this can contribute to the disruption of the biological balance in nature and ultimately pose a threat to human health.

Features of the profession

The functional responsibilities of a biotechnologist depend on the industry in which he works.

Working in the pharmaceutical industry involves:

• participation in the development of the composition and technology for the production of medicines or food supplements;
• participation in the introduction of new technological equipment;
• testing new technologies in production;
• work to improve the developed technologies;
• participation in the selection of equipment, materials and raw materials for the new technology;
• control over the correct execution of auxiliary technological operations;
• participation in the development of technical and economic indicators (TEP) for medicines;
• their revision due to the replacement of individual components or changes in technology;
• timely maintenance of the necessary documentation and reporting.

Work in the research field consists in research, methodological development and discoveries in the field of genetic and cell engineering.

The work of a biotechnologist in such an important area as environmental protection involves the following responsibilities:

• biological treatment of wastewater and polluted areas;
• recycling of domestic and industrial waste.

Work in educational institutions involves the teaching of biological and related disciplines.

In any field, the work of a biotechnologist is creative, research and, of course, interesting and necessary for society.

Pros and cons of the profession

pros

Biotechnology specialists are extremely in demand at the present time, and in the future they will be even more in demand, since biotechnology is the profession of the future and it will develop rapidly. In the future, the profession of a biotechnologist will be in demand in other areas of human activity, which do not even exist yet or are only in their infancy.

The advantages include the prestige of the profession and its ambiguity, that is, the possibility of employment in related professions in a variety of organizations (see places of work) as a genetic bioengineer, bioprocess engineer, lipid biotechnologist, protein biotechnologist, pharmaceutical biotechnologist, cell and tissue bioengineer.

Biotechnologists closely cooperate with foreign research institutes. Russian scientists are in high demand, so you can make a good career abroad.

Minuses

Not always justified negative attitude of the public and part of the scientific world to the products of genetic engineering.

Place of work

• pharmaceutical companies;
• perfumery production;
• food firms and companies;
• enterprises of the agro-industrial complex;
• research institutes and laboratories;
• biotech enterprises;
• companies in the field of astronautics and robotics.

Important qualities

• analytical mind;
• wide erudition;
• curiosity;
• non-standard thinking;
• observation;
• patience;
• responsibility;
• call of Duty;
• purposefulness.

Biotech training

On this course, you can get the profession of a microbiologist in 3 months and 15,000 rubles:
— One of the most affordable prices in Russia;
– Diploma of professional retraining of the established sample;
– Education in a completely remote format;
— The largest educational institution of additional prof. education in Russia.

universities

Salary

Salary as of 03/17/2020

Russia 17000—45000 ₽

Moscow 30000—150000 ₽

Career steps and prospects

Biotechnologists can work as a biochemist, biologist, virologist, microbiologist. Beginning specialists, as a rule, are employed as laboratory assistants for chemical analysis in pharmaceutical companies or in the food industry. At factories for the production of medicines and nutritional supplements, you can work as a production controller. A career can be made vertically, increasing the professional level and, accordingly, the capacity of the position, up to the head of production. Working in a research institute, while striving for scientific discoveries, you can make a career in the scientific world.

Famous biotechnologists

Yu.A. Ovchinnikov is one of the most famous scientists in biotechnology, a leading scientist in the field of membrane biology. Author of many scientific papers (more than 500), including "Bioorganic Chemistry", "Membrane-active complexons". The Society of Biotechnologists of Russia named after him is named after him. Yu.A. Ovchinnikova.

News of transgenic engineering. Scientists crossed a parrot and a sugar cane. Now sugar itself says how much to put in tea.

The history of the emergence of biotechnology as a science:

In the most ancient times, people, without realizing it, used biotechnology in baking bread, in the production of wine and dairy products.

The scientific basis for all such processes was summed up by L. Pasteur in the 19th century, proving that the fermentation process is caused by microorganisms. But in its modern form, biotechnology as a science did not arise immediately, but after going through several stages:

1. In the 40-50s of the twentieth century, as a result of the biosynthesis of penicillin, a microbiological industry was created.
2. Cell engineering developed in the 1960s and 1970s.
3. In 1972, the creation of the first "in vitro" hybrid DNA molecule in the USA led to the emergence of genetic engineering. After that, it became possible to intentionally change the genetic structure of living organisms. In the 1970s, the term "biotechnology" itself arose.

The gradual emergence of biotechnology led to its inseparable connection with cell and molecular biology, biochemistry, molecular genetics and bioorganic chemistry.

64.2

For friends!

Reference

The first rudiments of biotechnology appeared when man began to use the fermentation process to make wine drinks and bake baked goods. Biotechnology separated into a special science in the 19th century, when the fermentation process was explained by the activity of microorganisms.

Today, biotechnical techniques and methods are widely used in medicine and agriculture. Such a useful science gave mankind medicines for the diagnosis and treatment of diseases, new varieties of agricultural plants, as well as vitamins and antibiotics, acetic, citric and lactic acid. From this it is clear that the work of a biotechnologist is a work useful for society, which is constantly being improved with the development of the science of biotechnology.

Description of activity

The activity of a biotechnologist cannot be described in two words. This work covers both, and, and genetic engineering. Naturally, the level of competence of such a specialist is quite wide. He has knowledge in the biotechnology of the production of various foods, dietary supplements, enzymes and antibiotics. A biotechnologist combines both, and, and. Specialists of this professional level are considered valuable employees. They are necessary at the enterprises of the pharmaceutical, perfumery and cosmetic, food, veterinary and processing industries.

Wage

average for Russia:average in Moscow:average for St. Petersburg:

Job responsibilities

Depending on the industry where the biotechnologist works, his job responsibilities will depend. However, regardless of the place of work, a biotechnologist begins his work with the preparation of the necessary reagents, solutions, semi-products. He controls the quality of products and keeps a log.
This specialist can produce biologically active substances. Process raw materials, while using microorganisms, enzymes, cell cultures of plants and animals.
A biotechnologist can also engage in research activities. These are methodological developments and discoveries in the field of genetic or cellular engineering.
If a specialist protects the environment from pollution, which is not unimportant at the present time, then his duties will be directed to the biological treatment of wastewater, polluted territories, and the disposal of industrial or domestic waste.
Educational institutions also require knowledge of a biotechnologist. Here he can teach biological disciplines and share his professional experience with future colleagues - biotechnologists.

Features of career growth

Jobs for biotechnologists appear infrequently. Specialists with higher education in the field of biotechnology are required in cosmetology or pharmacological companies. A biotechnologist can find work in independent research laboratories or open a private laboratory in a place with colleagues.

Employee characteristic

What qualities should a specialist possess, behind whose shoulders is the future of the planet? This is not only a huge responsibility of specialists in genetic engineering and environmental protection, it is also a seriousness in the face of new discoveries in the field of pharmacy and medicine. Such a specialist should be an inquisitive and erudite person. Observation, patience, accuracy and concentration will contribute to the quality work of a specialist in the laboratory. Sociability is also an important quality for a biotechnologist, since at work he communicates a lot with colleagues.
A biotechnologist employed in educational institutions will need communication skills and the ability to work with a young team.

A biotechnologist is a narrow-profile specialist in the study of cell hybridization systems of living organisms in order to use modified properties in solving technological problems. The result of the activity is the breeding of new biologically resistant varieties of plants, animal breeds, types of products, pharmaceuticals.

Responsibilities

The competence of a biotechnologist largely depends on the industrial or scientific field in which he is employed. The job description for the profession of a biotechnologist consists of certain responsibilities:

• development of the composition of a new product, participation in the adjustment of its production technology;
• testing and implementation of innovative equipment;
• improvement of already used technologies;
• selection of suitable raw materials and bio-materials;
• control over the implementation of applied technical operations;
• direct participation in the preparation and application of approved technical and economic indices;
• structuring of individual methodological components or the entire technological process;
• participation in methodological targeted developments;
• performance of works on biological treatment of contaminated territories and liquids;
• development of methods for the disposal of various types of waste;
• operational and reporting.

The salary

The income of a biotechnologist depends on the professionalization of the field of activity, the available qualifications and the jurisdiction of the institution.

Moscow

The average salary of specialists is 43 thousand rubles. per month.

St. Petersburg

The income of biotechnologists here is about 37 thousand rubles.

Other regions

In large industrial centers, the profit of specialists in this area is 45-60 thousand rubles. On average, biotechnologists in Russia can earn about 40 thousand rubles. per month.

CIS average

The salary of biotechnologists on the territory of the Commonwealth is 45,000 rubles per month.

In perspective

Specialists of research centers and pharmaceutical companies have a higher level of income. Their earnings exceed the average mark by 1.5–2 times.

Diagram 2. Distribution of wages by regions

Distribution of open vacancies by regions

Distribution of relevant vacancies in the labor market by region.

Statistics do not take into account data from regional job sites

Moscow

67 open vacancies

St. Petersburg

22 open vacancies

Regions of the Russian Federation

• Moscow region: 13
• Novosibirsk region: 6
• Krasnodar Territory: 6
• Republic of Tatarstan: 6
• Tula region: 5
• Republic of Bashkortostan: 4
• Belgorod region: 4
• Sverdlovsk region: 3
• Samara region: 3
• Saratov region: 3
• Vladimir region: 3
• Voronezh region: 3
• Kaluga region: 3
• Altai Territory: 2
• Tomsk region: 2
• Chelyabinsk region: 2
• Stavropol Territory: 2
• Rostov region: 2
• Kirov region: 2
• Yaroslavl region: 2
• Khabarovsk Territory: 1
• Krasnoyarsk Territory: 1
• Kemerovo region: 1
• Omsk region: 1
• Kurgan region: 1
• Perm region: 1
• Tyumen region: 1
• Volgograd region: 1
• Orenburg region: 1
• Penza region: 1
• Republic of Mari El: 1
• Nizhny Novgorod region: 1
• Ivanovo region: 1
• Kostroma region: 1
• Lipetsk region: 1
• Oryol region: 1
• Tambov region: 1
• Kaliningrad region: 1

Ukraine

• Kyiv: 3
• Vinnytsia region: 1

Belarus

There are 4 open vacancies in total.

Below in the article you will find active vacancies

What is required

A professional in the field of biotechnology must possess:

• analytical mind;
• non-standard thinking;
• erudition;
• observation;
• purposefulness;
• responsibility;
• patience;
• sociability.

Education

It is necessary to obtain a higher professional degree in the specialties: "bionics", "biotechnologist", "bioengineer".

On average, higher education will cost you 180 thousand rubles a year

Table 2. Average cost of education per year.

Secondary specialized education will cost you 120 thousand rubles a year

Table 3. Cost of college education

Skills

A biotechnologist needs knowledge and skills in the area in which he specializes in the study and development of objects:

• knowledge of the basics of chemistry, pharmacology, system bioinformatics, robotics, bionics, mathematical analysis, the subject of hybridization, genetic engineering;
• knowledge of the principles of selection and cloning;
• the ability to conduct organizational work, prioritize tasks, apply theoretical knowledge in practice;
• be able to correctly determine the purpose and use of industrial equipment, raw materials, work with reagents and other materials;
• be able to correctly interpret and use in the work the results of ongoing research.

Average age

Most biotech professionals are people aged 25–45.

Diagram 4. Required work experience for employment

Working conditions

The work schedule of a biotechnologist depends on the staffing of the organization. Depending on the scope of responsibility and competence, a specialist can work overtime, travel to the location of facilities, business trips and internships, and to other regions.

Career

Biotechnologists begin their activities as chemical process laboratory assistants, production supervisors at enterprises. As they improve their skills and gain experience, specialists have the opportunity to take a place in the leadership of an organization or corporation. Professionals engaged in research activities can pass the exam by defending a dissertation and become respected scientists in society.