- Bioinformatics Scientist
Who is a Bioinformatics Scientist?
If you want to compete in bioinformatics, first you need to compete for really smart people. You need really smart people who understand how to manipulate nano molecules ~ Juan Enriquez
Biology is a vast pool of information. There is plenty of biological information still to be taken care of and researched in depth. With the advancement in the field of technology and computer sciences, research in the field of biology has become more efficient. It is the amalgamation of the field of computer science and technology with biology. If you wish to be a part of answering the complex questions in the field of biology using several scientific technologies then you can begin your career as a computational biology scientist. A scientist whose job involves combining technology and computer science to find the answers to complex questions of biology is known as a Bioinformatics Scientist. The inscrutable field of biology has enormous information about natural sustenance. A career as a bioinformatics scientist requires to research and generate such information. He or she develops computational means or computer applications to transform the information or store it for study and advance the knowledge.
Bioinformatics Scientist in a Nutshell
Human beings who are filled with too much curiosity and want to know about and everything about nature and its belongings choose to become bioinformatics scientists. A computational biology scientist career requires spending time alone to study and solve complex questions of the areas of biology. Bioinformatics scientists take the help of other scientists of the related fields to decipher the collected information. They have the passion to solve the riddles of biology with the use of technology and computer applications, The individuals with investigative minds, having great intellectual, inquisitive and introspective personalities are fit to opt for a career as a bioinformatics scientist. They bear the characteristics of being rational, methodical, analytical and logical.
Quick Facts for Bioinformatics Scientist
Average Salary in India
Male, Female, Others
A bioinformatics career is suitable for any individual who is passionate to research in the areas of biology using both computer science and technology. It is a skill-oriented career and suits everyone with curious, intellectual and investigative personalities regardless of gender.
Any special needs
A career as a bioinformatics scientist requires individuals to proficient in computer skills and they must know how to use microscopes and other laboratory equipment. Healthy eyesight is required for effective performance. A bioinformatics scientist should be physically fit for handling multiple tasks in time.
Table of Contents for Bioinformatics Scientist
What is the role of Bioinformatics Scientist?
Bioinformatics scientists are involved in the study of biology. They dissect datasets to the molecular level to study proteomics, genomic sequence data, and raw microarray. A bioinformatics career is no less than a web techie as he or she designs and updates web-based informatics tools. A computational biology scientist updates and changes the pre-existing software applications as per the requirement of their new project. There’s a lot more about their job, these scientists can create a new software application as per the need. Bioinformatics scientists work with microbiologists, plant scientists, biologists and computer research scientists to decipher the collected information and develop new biological databases. They look for the opportunities existing in the future for product development. A bioinformatics career plays a crucial role in the field of healthcare as their work adds to the development of the health and pharmaceutical industries. These professionals also work with laboratory scientists and consult them to design bioinformatics.
Data analysis is essential to acknowledge the issues an organization faces, and to explore data more effectively. Data are basic facts and figures in itself. Data analysis assembles, perceives, constructs and transforms the data into meaningful information which supports the data context. A bioinformatics scientist has to analyze data and identify the facts of information, underlying principles and reasons by deciphering the information or data.
Monitoring is critical to maintaining that you have a focus on how every single piece of machinery operates, but that data doesn't really do anything by itself. The information detected through monitoring the requirements to also be translated into actionable strategies, major decisions, and maintenance costs. A bioinformatics scientist has to monitor and review the collected information from materials, environment, events to identify the problems.
Organizing is the process of identifying and organizing the research to be completed, specifying and delegating responsibilities and ownership, and build a relationship with a view to encouraging people to collaborate effectively in achieving goals. A bioinformatics scientist has to plan and prioritize work. He/she has to decide to develop specific goals to achieve.
A bioinformatics scientist requires communicating effectively with other team members to ensure the successful completion of a project. He/she has to inform supervisors, colleagues and other related persons by telephone, in person or through Email.
A bioinformatics scientist has to schedule events, programs, and other activities. A bioinformatics scientist in a senior role may also schedule the work for others. Scheduling is the skill of preparing the operations so that you will be capable of achieving your objectives and aspirations within the time allotted. When it is done successfully, it makes you realize what you can achieve with the resources in practical terms.
An inspection involves examining everything in the workplace and assessing it. Also, they must try to ensure that whatever individuals inspect is protected. Inspection in the business world is the critical analysis of components, products, or technologies that involve examining, testing, and assessing. A bioinformatics scientist has to inspect the equipment, materials, and structures to identify and eliminate the errors.
Documentation assists in guaranteeing agreement and preferences. It helps tell the version of history when making decisions, and how you or the customer responded to various environments. It is important to record information that can help sustain the appropriate course of treatment and the reasoning for these kinds of services. A bioinformatics scientist has to record information and store in written, electronic or magnetic form.
A strategic plan sets the direction your business must take, it will help strengthen its vision to get there. Therefore, strategic planning is essential for your institution to develop the necessary objectives and outcomes, and help everyone pay attention to their attempts to accomplish them. A bioinformatics scientist has to make decisions, establish objectives and develop strategies to achieve the objectives.
Types of a Bioinformatics Scientist
Now, you know 'what does a Bioinformatics Scientist do?' In the next section, we will discuss 'how to become Bioinformatics Scientist?' But, before we move to the next section let's discuss types of Bioinformatics careers.
There are several sub-disciplines of a career as a bioinformatics scientist. We have mentioned below a major bioinformatics career that candidates can opt for as an alternative option.
Bioinformatics Analyst: Bioinformatics specialists are technology and information specialists working within biotechnology as well as other areas of biomedical studies. They collect, store, manage and analyse complex biological information which may include data about DNA and genome, protein sequencing, and processes. It is an entry-level position. A bioinformatics scientist is responsible for performing statistical and custom bioinformatics analysis. A master's in bioinformatics is the basic requirement for this role.
Bioinformatics Programmer: Developing and preserving the algorithm equipment needed to support the analysis of the sequencing database, and assessing the sequencing data for its implementation into genetic code browsers. Monitoring the research of junior researchers, supporting them in coding sequences in various programming languages and designing unique computer software for genomic data storage are the several tasks involved in a Bioinformatics career. A bioinformatics programmer knows various computer programming languages such as C, C+, C++, Perl, python, and statistics. He or she applies that knowledge to develop tools that are required to find solutions to numerous health ailments.
Professor: The Professor's duties usually involve, and are therefore not restricted to, teaching graduate courses, contributing to the development of course content, monitoring postgraduate students, publishing academic journals on a consistent basis, representing on boards, making presentations, writing development plans. The bioinformatics professionals holding a master's level or doctorate in the related field are also employed in colleges and universities as professors.
Also read: A career as Lecturer
Researcher: Understanding specifications for the research and designing a project proposal that meets requirements. Implementing computer research and gathering information utilising books, journal articles, newspaper source materials, questionnaires, surveys, polls and press conferences. Trends and patterns analysed and discussed. A doctoral degree or Ph.D. in the related specialisation is required to establish a career as a Bioinformatics Scientist. Researchers get stipends from many prestigious universities.
What is the workplace/work environment of Bioinformatics Scientist like?
A career as a bioinformatics scientist requires to use the of technology and computer application to work effectively in the area of biology. Bioinformatics scientists typically work in industrial laboratories. They are also employed in an academic field where they serve as professors or work in college classrooms. The bioinformatics scientist requires attention to detail while working. Therefore, they work in a quiet, air-conditioned and well-lit environment. Bioinformatics scientist daily job routine include working with computer systems or microscopes. A Bioinformatics career may involve working with hazardous chemicals or infectious organisms that may turn it into a dangerous experiment. He or she is required to wear protective clothing while working in a laboratory.
Keep scrolling and read the entire article to know how to become a bioinformatics scientist.
Does Bioinformatics Scientist require travelling?
A career as a bioinformatics scientist may occasionally require traveling. The purpose of traveling might be to present their findings to stakeholders or to communicate about the new development to the management or related persons.
A bioinformatics job usually starts from mornings till late evenings or midnights. A bioinformatics scientist career does not provide work from home or on an hourly basis employment. It requires a firm commitment towards work responsibilities. A bioinformatics scientist has to work on regular hours and that is 8 to 9 hours a day.
Bioinformatics jobs provide employment on both permanent as well as contractual term basis. A computational biology scientist works permanently with government agencies and NGOs. They might work on a contractual basis with private entities. The contractual terms completely depend on the requirements of the company.
Bioinformatics scientists either work in offices or laboratories where they carry out experiments or study certain aspects of a bio-organism. In offices, computational biology scientist works on the documentation of the study and experiments that have been conducted by them.
Presence in Geographical Area
Urban cities like Bengaluru, New Delhi, Chennai, Pune, and Hyderabad are the job hubs for the bioinformatics career. While rural areas provide negligible employment opportunities to bioinformatics scientist.
The work pressure for bioinformatics scientists is considered moderate. Bioinformatics scientists usually work indoors in labs conducting their research and preparing samples for a particular project field. It may require sometimes to work irregular hours to monitor experiments that can't be completed during regular working hours in the bioinformatics jobs.
A career as a bioinformatics scientist may often require working more than the standard 40 hours a week. Sometimes, when the work pressure is more and they are required to accomplish a project in less time, their working hours may extend to 45-50 hours per week. Computational biology scientist may also be required to work rotational shifts.
Weekly Hours of Work
Min 40 Hours
Bioinformatics scientists usually work regular hours and about five days a week. They work from Monday to Friday a week. Bioinformatics jobs are based on a minimum of 40 working hours a week. Work hours sometimes may stretch due to deadlines or work pressure.
How to become a Bioinformatics Scientist?
What are the skills and qualities required to become a/an Bioinformatics Scientist?
So, you have got all the information of what does a Bioinformatics Scientist do. Now, we will discuss How to become a Bioinformatics Scientist and Bioinformatics prerequisites. There are several skill sets required in a profession. You must possess the skills mentioned below in order to opt for a career as a Bioinformatics Scientist.
Interpersonal Management: A Bioinformatics Scientist must have effective communication skills. He or she should be able to build work relationships with the team members. Interpersonal communication skills in a workplace allow us to share a special bond with our colleagues in such a way that loyalty and positive feelings are preserved towards one another. Interpersonal working-place relationship skills encourage greater trust among employees and much more effective collaboration.
Problem Solving Ability: A Bioinformatics Scientist has to identify a problem and resolve it with the best possible solution. Problem-solving skills defined as the ability to manage challenging or unpredictable workplace situations, and also complicated financial issues. Institutions benefit from people who would assess all situations and identify solutions in a mature manner. It is a crucial skillset for a Bioinformatics career.
Creativity: A Bioinformatics Scientist needs to be creative in terms of developing, designing and creating new computer applications. He or she needs to be more artistic to generate ideas. Creativity is the desire to challenge conventional concepts, laws, trends, connections and to generate significant fresh concepts, structures, processes, definitions. Creativity means being experimental, introducing innovative ideas, and discovering a potential solution to a situation.
Computer Skills: Computer Skills form an essential part of a bioinformatics scientist's job. The capacity to use computers is quite necessary for a professional as he or she might have to go through volumes of data. Basic computer skills usually require word processing, computer file management, and presentation formation. Professional programming skills involve handling databases and conducting spreadsheet calculations. A bioinformatics scientist must know using computer systems for both hardware and software.
Processing Information: A career as a bioinformatics Scientist requires to compile, tabulate, code, categorize, and audit the information or data. Information processing is a concept that explains the different steps that take place when we come into contact with daily activities and take various types of information from all this. Those stages entail attendance, encryption, storage and retrieval.
Also read: Career as Toxicologist
Which certifications and internships can be helpful in becoming Bioinformatics Scientist?
We have provided below certification courses that aspiring bioinformatics scientist can opt to upgrade their skills and knowledge.
|Finding Hidden Messages in DNA (Bioinformatics I) ||University Chemistry: Molecular Foundations and Global Frontiers Part 1 |
|Biochemistry of Biomolecules ||General Chemistry I: Atoms, Molecules, and Bonding |
|Molecular Biology ||Cell Biology |
The bioinformatics interns get the opportunity to learn programming languages during the internship period. They are required to effectively coordinate among the team members and follow the instructions. Internships are the best possible ways of having real-world experience in a field where one gets to apply his or her learnings practically. Not only that one gets to enhance the skills and knowledge which can make him or her a better fit for the profession. One could also contact a company or an organisation of his or her choice directly or by taking the help of the college that one is studying in. Bioinformatics internships are a great way to make contacts in the field of one's choice which can enable the students to find permanent bioinformatics scientist jobs in the future easily.
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Career Path Progression for Bioinformatics Scientist
There are various jobs in the hierarchy of a career as a Bioinformatics Scientist. We have mentioned below Bioinformatics entry-level jobs to senior-level Bioinformatics jobs.
Bioinformatics Analyst: A bioinformatics analyst works within a team as a team member under the supervision of senior professionals He or she has to coordinate among other team members or other groups and follow scientific practices. A bioinformatics analyst is responsible for maintaining records and effective documentation of research activities and assessments. It is a junior-level role in the career as Bioinformatics Scientist.
Junior Bioinformatician: A junior Bioinformatician's work responsibilities include analyzing and sequencing data through open-source tools. He or she has to develop analysis pipelines for sequencing data. A junior Bioinformatician is responsible for developing tools required for data processing and data visualiSation.
Software Engineer Trainee: A software trainee works under the supervision of lead programmer or software developer. A software trainee may require to perform as many tasks as per the requirement of the company.
Solution Architect: A solution architect plays a crucial role in IT firms. A solution architect is responsible for researching the business issues to solve it in the best possible ways. He or she specifies the functional requirements of the solution and the essential stages required for its implementation. A software architect is responsible for the final delivery of the solution by setting its boundary parameters.
Bioinformatics ‘C’ Programmer: A bioinformatics ‘C’ programmer is responsible for making models or prototypes designed in such a way that it can perceive its activities before and after being stalled in real-life applications. A ‘C’ programmer develops applications through ‘C’ computer language. The knowledge of computational programming is essential in the field of bioinformatics to develop tools that will play a great role in finding remedies to various health ailments.
Web Designer: A Bioinformatics career as a web developer or web designer is responsible for developing tools and methods to improve data integration. A web designer has to effectively collaborate with teams through all phases of the development cycle. He or she provides support to the team in data processing and in defining data architecture. A web designer understands application design and PHP. He or she learns computer programming language as per the requirements.
Bioinformatics Research Analyst: A Bioinformatics Research Analyst is responsible for designing and implementing bioinformatics analysis strategies. A Bioinformatics Research Analyst helps to put innovation in computational biology. He or she designs data analysis project plans and estimates the duration of completion. A Bioinformatics Scientist analyses the data, develops software tools and analytical pipelines. He/she evaluates, develops and supports new Bioinformatics methods.
Bioinformatics Specialist: A Bioinformatics Specialist is a professional who processes datasets to auto-enter into databases. They oversee the analysis outputs and check their quality to ensure adequate algorithms and methods are used.
Molecular Biologist: A Molecular Biologist is responsible for performing experiments on molecules and cells to find out how these tiny components function, organize and communicate. Molecular Biologists research in the area of molecular biology, they conduct experiments on RNA functioning, DNA sequencing, cloning, and other cellular behavior.
Senior Bioinformatics Analyst: The senior Bioinformatics Analyst is responsible for preparing documentation for informatics solutions. He or she studies systems flow, institutional policies, and work processes. He or she works effectively with subject matter experts, managers and technical leads to ensure translation of business requirements to technical specifications. A senior Bioinformatics Analyst is responsible for designing database schemas. He or she write PL/SQL procedures and queries in database systems such as Oracle, SQL Server, and other systems.
Are you searching for how to become a bioinformatics scientist? Let's move to the next section.
Bioinformatics Scientist Jobs and Salaries
Chemical Production Manager
- Average Salary 141000
- Junior Level Salary 83000
- Senior Level Salary 400000
A production manager working in a chemical industry is responsible for inspecting raw materials or production ingredients to ensure they meet the set standards. He or she is responsible for maintaining accurate environment for processes involved in chemical production. A chemical production manager is responsible for ensuring that the chemical processes are in adherence with chemical production processes. He or she creates work schedule for production workers and monitors budget.
The salary varies depending on skills and experience of chemical production managers. An entry-level production manager working in chemical industry could earn more than Rs. 1,000,000 per annum. A senior-level production manager could earn more than Rs. 4,000,000 per annum.
What is the job outlook for Bioinformatics Scientist?
There is an expected 11 per cent job growth in the upcoming years for a career as bioinformatics scientist. A bioinformatics career has become more demanding due to the COVID-19 pandemic. There will be enormous job opportunities with lucrative salary packages. Science and technology go hand in hand due to the evolution in the field. Therefore, due to more demand for professionals who have knowledge of science and technology is growing. Not only that but in the case of a bioinformatics scientist, job growth is also quite significant.
According to the World Economic Forum around 85 per cent, surveying companies would rely on adopting big data analytics, and yes, you guessed it, many of the new jobs will be in the areas of data science and bioinformatics. The data analysts and scientists are more likely to be benefitted by the alluring career opportunities. Machine learning and artificial intelligence specialists will become an essential part of the industry. All the other related professions such as data specialists, digital transformation specialists, software and application developers and analysts will get huge opportunities as the industry is flourishing in the market.
Frequently Asked Questions for Bioinformatics Scientist
Que. What are the entry-level job roles for the bioinformaticians?Ans.
Bioinformatics Analyst, Junior Bioinformatician, Junior Laboratory Assistant, Software Engineer Trainee are Bioinformatics entry-level jobs in industry.
Que. What is the level of education required for entry-level positions?Ans.
For entry-level positions, a bachelor of science or BSc is required in the specialisation of either of the subjects: biology, biochemistry, physics, maths, computer science or bioinformatics.
Que. What is the average salary of a bioinformatics scientist?Ans.
The average salary of a bioinformatics scientist ranges between Rs.8,00,000-Rs.9,00,000 per annum.
Que. What are the MS Bioinformatics Prerequisites?Ans.
A successful completion of a bachelor's degree programme in bioinformatics or related specialisations is the minimum MS bioinformatics prerequisites.
Que. How hard is Bioinformatics?Ans.
Well, it depends on your learning ability. It is not that hard as it may seem. It requires computer skills and knowledge of chemistry and biology to understand bioinformatics.
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