Types of Jobs Available After PhD Bioinformatics

Summary

Deeksha from Biotechnica discusses the career opportunities available for PhD holders in bioinformatics. She outlines roles such as software engineer, computational biologist, and genomic sector specialist, emphasizing the importance of data interpretation, programming, and tool development. Deeksha also highlights the potential for postdoctoral research, clinical associate positions, and becoming a bioinformatics research scientist. She encourages leveraging bioinformatics skills in various sectors, including education and individual contributions to research and development.

Takeaways

• 🧬 Bioinformatics involves the biological interpretation of data using tools and techniques from computer science and statistics.
• 🎓 After a PhD in bioinformatics, one can pursue careers such as software engineer, bioinformatician, or computational biologist.
• 💡 Developing new tools and techniques is crucial for advancing in the field of bioinformatics, reflecting the dynamic nature of research.
• 🛠️ Computational biologists manage data, perform statistical processes, and ensure biological accessibility, highlighting the interdisciplinary skills required.
• 💊 The genomic sector offers opportunities for bioinformaticians in drug development and pharmacogenomics, emphasizing the practical applications of bioinformatics.
• 🏢 Core facilities in various sectors require bioinformaticians for data management and interpretation, showcasing the broad industry relevance.
• 🔬 Postdoctoral researchers in bioinformatics can contribute to expanding computational ideas and ongoing research, suggesting a path for academic advancement.
• 🏥 Clinical associates with a background in bioinformatics can work closely with healthcare sectors, indicating the field's impact on patient care.
• 🔬 Bioinformatics research scientists focus on using computational tools to study living systems and improve research quality, underlining the role of innovation.
• 👨‍🏫 Educators in bioinformatics play a vital role in teaching and inspiring the next generation of bioinformaticians, emphasizing the importance of knowledge transfer.

Q & A

What is bioinformatics and what does it involve?

Bioinformatics involves the biological interpretation of data using tools and techniques related to computer science and statistical processes. It focuses on reducing and deriving data, and deducing logical explanations related to biology.

What are the key skills a person with a PhD in bioinformatics should possess?

A person with a PhD in bioinformatics should be proficient in data interpretation, analysis, and logical deduction using computer science tools and techniques. They should also understand structural findings, functional annotations, and be able to find logical explanations for them.

What is the first job opportunity mentioned for someone with a PhD in bioinformatics?

The first job opportunity mentioned is a software engineer or bioinformatician, where one can use their skills in data interpretation, programming, and developing new tools.

How does computational biology relate to a career in bioinformatics?

Computational biology and bioinformatics go hand in hand. A career in computational biology involves managing data, deriving statistical processes, and ensuring biological accessibility, which are all skills developed during a PhD in bioinformatics.

What role can a bioinformatics professional play in the genomic sector?

In the genomic sector, a bioinformatics professional can be involved in drug development, analyzing standards and procedures related to pharmacogenomics, and collaborating with research sectors and pharmaceutical companies.

What does a core facility job in a research institution involve for a bioinformatics professional?

A core facility job involves handling and managing the maintenance and collaboration of research data. A bioinformatics professional can start as a technical officer and potentially become a senior manager, responsible for the operation and regulation of the core facility.

Why is becoming a postdoctoral researcher a common path for someone after completing a PhD in bioinformatics?

Becoming a postdoctoral researcher is common because it allows individuals to continue their research, work on expanding computational ideas, and contribute to ongoing computational research in top institutions.

What does a clinical associate role entail for a bioinformatics professional?

A clinical associate role involves working closely with hospitals and research teams to assess clinical research data, contribute to research outputs, and work in research institutions or the pharmaceutical industry.

How can a bioinformatics professional become a scientist in their field?

A bioinformatics professional can become a scientist by developing a strong foundation in bioinformatics, showing a keen interest in long-term research, and contributing to the growth and evolution of the bioinformatics sector through computational tools and logical research outputs.

What opportunities are there for an individual contributor in bioinformatics?

As an individual contributor, a bioinformatics professional can collaborate and network with various sectors, sell their ideas and innovations, and contribute to the research and pharmaceutical industries, often working as a freelancer.

How does a Next Generation sequence analyst role benefit someone with a PhD in bioinformatics?

A Next Generation sequence analyst role allows someone with a PhD in bioinformatics to apply their knowledge of genomics, molecular biology, and genetics to analyze and annotate DNA sequences. This role can lead to collaborations with pharmaceutical companies and research institutions, and potentially co-authoring published papers.

What are the responsibilities of an educator in the field of bioinformatics?

An educator in bioinformatics is responsible for teaching and mentoring students at various levels, ensuring they have a clear understanding of computational biology and bioinformatics. They may also oversee laboratory practices and computer lab experiments.

Outlines

00:00

🧬 Introduction to Bioinformatics Job Opportunities

Deeksha from Biotechnica introduces the video, aiming to guide PhD holders in bioinformatics towards top job opportunities. The video explains the essence of bioinformatics, which involves the biological interpretation of data using computer science and statistical tools. It emphasizes the importance of understanding data reduction, derivation, and logical explanations in biology. The first job opportunity highlighted is becoming a software engineer or bioinformatician, focusing on data interpretation and programming skills. The video also mentions the development of new tools to support research in emerging domains.

05:02

🔬 Computational Biology and Genomic Sector Roles

The video continues by discussing the role of a computational biologist, which is closely related to bioinformatics and involves managing data and statistical processes. It also touches on the importance of the genomic sector, especially in drug development, where bioinformaticians can contribute to pharmacogenomics by analyzing and optimizing drug properties using bioinformatic tools. The script also introduces the concept of core facilities in various sectors, where bioinformaticians can work as technical officers, eventually becoming senior managers responsible for overseeing data interpretation and collaboration.

10:04

🎓 Postdoctoral Research and Clinical Associate Careers

Deeksha outlines the possibility of becoming a postdoctoral researcher for those interested in continuing research, emphasizing the importance of expanding computational ideas and contributing to ongoing research in top institutions. The video also explores the role of a clinical associate, which involves working closely with hospitals and research teams to analyze clinical data, assess drugs, and contribute to the understanding of diseases and pharmacogenomics.

15:04

👨‍🔬 Becoming a Bioinformatics Research Scientist and Individual Contributor

The script discusses the career path of a bioinformatics research scientist, focusing on the application of computational tools to study living systems and the importance of driving logical conclusions and improving research quality. It also mentions the option of becoming an individual contributor, where one can work as a freelancer, collaborating and networking with various research and pharmaceutical sectors to contribute innovative ideas and tools.

20:06

🌟 Next Generation Sequencing Analyst and Educator Roles

The final paragraph explores the role of a Next Generation sequencing analyst, where bioinformaticians with genomics knowledge can collaborate with pharmaceutical companies and research institutions to analyze and annotate DNA sequences. It also highlights the importance of becoming an educator, teaching and guiding students in bioinformatics, computational biology, and laboratory practices, thus inspiring the next generation of researchers.

📢 Conclusion and Call for Comments

Deeksha concludes the video by listing the top 10 job opportunities for PhD holders in bioinformatics and invites viewers to comment if they have anything else to add. She expresses gratitude for watching the video, summarizing the key points discussed and encouraging further engagement on the topic.

Keywords

💡Bioinformatics

Bioinformatics is an interdisciplinary field that combines biology, computer science, and information technology to analyze and interpret complex biological data. In the video, the speaker emphasizes that individuals with a PhD in bioinformatics are well-equipped to handle data interpretation and analysis, which is crucial for understanding biological phenomena. The video discusses various job opportunities for bioinformaticians, highlighting the importance of this field in today's research and pharmaceutical industry.

💡PhD

A PhD, or Doctor of Philosophy, is the highest academic degree awarded after a period of original research and a dissertation. In the context of the video, having a PhD in bioinformatics signifies a deep understanding of the subject, which is essential for various job roles such as software engineer, computational biologist, and research scientist. The video suggests that a PhD opens up numerous job opportunities in the field of bioinformatics.

💡Data Interpretation

Data interpretation in bioinformatics involves analyzing complex biological data to derive meaningful insights. The video underscores the importance of this skill, as bioinformaticians with a PhD are expected to have the expertise to interpret data accurately. This is crucial for roles like software engineer or bioinformatician, where the ability to interpret data is key to providing logical explanations and solutions in biological contexts.

💡Computational Biology

Computational biology is a field that uses mathematical modeling, computer simulation, and statistical techniques to study biological systems. In the video, the speaker mentions that bioinformatics and computational biology are closely related, and a PhD in bioinformatics equips individuals with the skills to manage and analyze data, which is vital for a computational biologist. The video suggests that a career as a computational biologist is one of the many opportunities available to those with a PhD in bioinformatics.

💡Genomic Sector

The genomic sector refers to the study and application of genomics, which is the branch of molecular biology concerned with the structure, function, evolution, and mapping of genomes. In the video, the genomic sector is highlighted as an important area for bioinformaticians, particularly in drug development. The speaker suggests that bioinformaticians can contribute to pharmacogenomics by analyzing data related to drug development and collaborating with research sectors and pharmaceutical companies.

💡Core Facilities

Core facilities in the video refer to centralized resources within research institutions or companies that provide services and equipment for research purposes. The speaker mentions that bioinformaticians with a PhD can work in core facilities, starting as technical officers and potentially becoming senior managers. Their role involves handling and managing the data provided by research labs, ensuring that the data is interpreted and utilized effectively for research purposes.

💡Postdoctoral Researcher

A postdoctoral researcher is an individual who continues to conduct research after obtaining a PhD, typically under the supervision of a senior researcher. The video highlights this role as a common path for those who wish to continue their research career in bioinformatics. As a postdoctoral researcher, one would work on expanding computational ideas and contribute to ongoing computational research, which is essential for advancing the field.

💡Clinical Associate

A clinical associate in the context of the video is a professional who works closely with healthcare facilities, managing and interpreting clinical data to assist in patient care and research. The speaker suggests that a PhD in bioinformatics can lead to a career as a clinical associate, where one would assess clinical research data, contribute to research outputs, and work within the healthcare and research sectors to improve patient outcomes and contribute to medical advancements.

💡Bioinformatic Research Scientist

A bioinformatic research scientist is an expert in applying computational tools to study living systems and contribute to the advancement of bioinformatics. The video describes this role as one that requires a deep understanding of bioinformatics and a passion for long-term research and development. As a research scientist, one would be responsible for driving logical conclusions, improving the quality of research, and potentially contributing to significant scientific discoveries.

💡Next Generation Sequencing Analyst

Next Generation Sequencing (NGS) is a term used to describe a number of different massively parallel sequencing technologies that allow for high-throughput sequencing of DNA. In the video, the speaker mentions that bioinformaticians with expertise in genomics and molecular biology can become NGS analysts, working with pharmaceutical companies or research institutions to analyze and annotate genomic data. This role is crucial for understanding genetic variations and contributing to the publication of research findings.

💡Educator

An educator in the context of the video refers to an individual who teaches and mentors students in the field of bioinformatics. The speaker suggests that with a PhD in bioinformatics, one can become an educator, imparting knowledge and skills to the next generation of bioinformaticians. This role involves not only teaching theoretical concepts but also practical laboratory and computational skills, which are essential for students to succeed in the field.

Highlights

Bioinformatics is the study of biological data through computer science and statistical processes.

PhD holders in bioinformatics are skilled in data reduction, derivation, and logical biological explanation.

Job opportunities for bioinformatics PhDs include software engineering, computational biology, and genomic sectors.

Bioinformaticians can develop new tools to assist research in emerging scientific domains.

Computational biologists manage data and derive statistical processes for biological accessibility.

Pharmacogenomics involves drug development, where bioinformaticians analyze drug standards and procedures.

Core facilities in various sectors require bioinformaticians for data interpretation and collaboration.

Postdoctoral researchers in bioinformatics expand computational ideas and contribute to ongoing research.

Clinical associates work with hospitals and research teams to find logical solutions to diseases.

Bioinformatic research scientists apply computational tools to study living systems and improve research quality.

Individual contributors can freelance, collaborating and networking their bioinformatics innovations.

Site management involves implementing bioinformatics ideas to build new research tools and platforms.

Next Generation sequence analysts work with genetic data, annotating and sequencing DNA for research and Pharma.

Educators teach bioinformatics, computational biology, and laboratory practices to students.

The video provides a comprehensive guide for job opportunities after a PhD in bioinformatics.

Transcripts

hello everyone myself deeksha from

biotechnica here I am here to help you

in giving you top job offers to help you

in finding top job opportunities that

are available for you after doing your

PhD in bioinformatics so let's get tuned

and start the video

[Music]

[Music]

so the first thing is what is

bioinformatics so once we deal with

bioinformatics we study about the

biological interpretation of data

through various tools and techniques

that are related to our understanding

and capability to understand the

Computer Sciences as well as the

statistical process so if you have done

your PhD in bioinformatics you very well

know how to reduce and derivate your

data how to deduce The Logical

explanations related to biology using

the tools and techniques that are

available through computer science and

data interpretation so the first and

foremost job that you can grab through

your PhD in bioinformatics guess what

you can do so let's talk about the job

perspective that are available so once

we talk about the job perspective that

are there after doing your PhD in

bioinformatics so basically you have to

store analyze intrepute and deduce the

data if you have to go through the

structural findings you have to go

through the functional annotations and

you have to find logical explanations to

them so if you are doing your PhD or if

you have done your PhD in bioinformatics

you should you should stick to the terms

and conditions of your subject and you

should be prior most you should know

exactly about the needs of your subject

then only you'll be able to grab any job

opportunity so the first job that you

can do after doing your PhD in

bioinformatics is

job number one is software engineer or

of bioinformatics or a bioinformatician

so basically if you are being hired a

software engineer after a PhD so you can

do data interpretation data

interpretation is very much important

after your PhD in bioinformatics because

you have been taught to do data into

petition and analyze the results based

on the five-year experience of your PhD

program the second thing is you can do

programming so basically you you can use

the tools and techniques of programming

and you can derive logical explanation

based on the programming techniques that

you have learned to find the biological

Solutions the third thing is you can

develop new tools

developing neutrals is really important

because you need to know about the new

findings new research areas the new

domains that are being developed so

developing new tools to assist those

research is important especially if you

are PhD in bioinformatics because this

is what you are supposed to do this is

what we expect from you

job number two so second job is

computational biologist so

bioinformatics and computational biology

go hand in hand and if you have

completed your PhD in bioinformatics you

should know about computational biology

techniques so the second job is you can

do computational management the next

thing is you can manage statistical

process and then you can do biological

accessibility

foreign

management is important especially if

you have done your bioinformatics PhD

because you need to manage the data that

has been provided to you and you need to

derive the conclusion based on the

statistical process that you have

learned so a computational biologist is

responsible for maintaining the

computational management of the data and

deriving the statistical process based

on the biological accessibility that

they have been provided so basically

biological accessibility is important

and you have to interconnect your

knowledge of computer programming you

have to connect your knowledge of

competition biology for biological

accessibility and reducing your result

now third comes

genomic sector so this sector is

important for bioinformatician because

you every day we are dealing with many

diseases our world is getting shot by

many health conditions so we need to

develop drugs against them so basically

pharmacogenomic sector deals with

drug development so if you are a

bioinformations you have to be involved

in basically analyzing the standards and

procedure that are related to drug

development techniques so you have to

you can collaborate with any research

sector so basically any research sector

that if they have found a new drug let's

say a phytochemical and they are they

are in the field of getting a vital idea

about the drug that they have

found so basically you have been given

the accessibility to only for lead

identification or to know about the uh

to know about the drug to basically

solve the current solve those clues

about the drug because it is very novel

so you need to find the Precision of the

drug so basically you are aiding the

research sector you are aiding the

Pharma companies you are cross

networking with them so that you can

derive a technological conclusion about

the drug that has been synthesized so

synthesizes of a drug then their

optimization their uh they are deriving

their values they're deriving their uh

let's say the properties through

bioinformatic tools is very much

necessary especially if you are PhD in

bioinformatics so the next is number

four core facilities course facilities

means everywhere if you go to a Pharma

sector if you go to a government company

if you go to a let's say a public sector

undertaking or a research sector there

are core facilities set up which is

responsible for maintenance and they are

responsible for accepting for the

collaboration of the data of the

research data that comes all across of

the labs from that lab or especially

from outside of the lab so core

facilities are important in assisting

and interpreting of those datas that are

being provided to them so if you are a

PhD in bioinformatics you can go to

those core facility you can get a job in

those core facilities either you can be

a technical officer so starting you will

be provided as a technical officer then

by gaining experience by gaining more

and more experience in those core

facilities you can become the senior

manager of those core facilities so the

senior manager is responsible for

handling all the core facilities that

comes under them and they are basically

Opera operating the core facility they

are basically

modifying the rules and regulations of

the course facility that are important

for the research sector to work so

basically they're responsible for

handling and management and they are

responsible for giving appropriate data

interpretation of a prepared data from

the crew data data that they are

providing so basically the core

facilities are responsible for handling

and management so this is the job number

four so the fifth one is postdoctoral

researcher so once you are done with

your PhD you can become a postdoctoral

researcher which is very common for the

students who want to continue their

research so being a postdoctoral

researcher isn't easy because you have

to deal with a lot of research

variations you have to deal with

research facilities you have to deal

with resource sector so if you want to

if you want to continue your research uh

career and if you are really interested

in pursuing your research in

bioinformatics father of your PhD you

can do become a postdoctoral researcher

becoming a postdoctor researcher is

important because you can work on

expanding computational ideas so

computational ideas are really needed in

today's world because people want to

know researchers want to know the tools

and techniques they want to know the

expanding horizontal bioinformatics so

that their research work can get easy

and get aided by the new developing

tools and techniques so basically if you

are a postdoctoral researcher your

contribution towards the expanding the

computational ideas are really important

and this is what is expected from you so

the second point is you can work in the

top institutions in USA or Europe

because if you are a postdoctoral

researcher you are going to Europe you

are going to USA for pursuing your

postdoctoral experience so basically you

are getting experience you are gaining a

knowledge which you can surely apply for

your contribution in the bioinformatics

society as well as the research sector

third point is contributing to ongoing

computational research if there is any

computation research on ongoing such as

in your uh suppose that from where you

have completed your PhD so if in that

institution is really contributing good

towards any bioinformatics sector

towards any bioinformatics of research

or there is any other institution that

is really doing good in finding the

Pioneer basis especially in the

bioinformatics research your knowledge

your research experience can assist

those institutions and can help them to

Bud out and to grow and to evolve so

your knowledge is basically important

especially if you are getting experience

so you can apply those experience and

you can let them help to be helped by

your knowledge which is very important

so you can become a postdoctoral

researcher Point number six is you can

become a clinical associate being a

clinical associate means you are working

hand in hand with the hospitals the

management the clinical accessibility

team of the research area where they are

day to day in getting involved in

finding the logical Solutions in finding

the interpretations of the diseases

involved assessing the drugs assessing

the pharmacokinetics and

pharmacogenomics of the drugs so

basically if you want to be a clinical

associate you can surely be a clinical

associate after doing your PhD in

bioinformatics so the first thing is

your work would be too clinical to

assess the clinical research data so the

data that you have been provided the

clinical data from the patient sample

that you have been provided so the first

and foremost work yours work is to

assess those clinical data so let's say

if there is a leukemia patient and if

you have been provided with the data

with the genomes you have to basically

Analyze This genome you have to use

tools and tricks to you know analyze the

Genome of the of the patient so you have

been giving this work so you can assess

the clinical research data that has been

provided or the secondary data that has

been provided to you the second thing is

you have to opt-in research outputs

optioning research outputs means you

have to find a conclusion you have to

find a research conclusion of the data

that has been provided so basically your

work is to team up collaborate and find

explanation to the reason to the

research crude research idea the crude

Resort sample that has been given to you

the third thing is you can work in a

research institution or a Pharma

industry working in a research

institution on a Pharma industry will

help you in building experience and

gaining knowledge about your subject

especially after if you are a clinical

associate so your experience will Aid

your contribution your experience will

it in the booming sector especially in

the healthcare and in the research

sector number seven so number seven is

bioinformatic research scientist so if

your Basics about bioinformatics if your

research ideas and emotions about

bioinformatics are really well you can

shortly develop your career becoming a

scientist in the field of bioinformatics

and specially if you are interested in

the long term research experience you're

interested in the long term research

development and contribution for the in

the field of bioinformatics you can

surely you can surely become a scientist

becoming a scientist isn't easy because

you have to deal with a lot of

contributions you have to deal with a

lot of negative outputs you have to deal

with a lot of things that you might not

think after doing your PhD in

bioinformity so if you are really

determined of doing your uh post talk

and then becoming a scientist then you

can easily after your PhD if you can get

any job becoming a scientist and you're

really passionate about it you can

surely go for it so your work is

computational tools to study living

systems so you are applying the computer

additional tools to study the living

system you are helping your colleagues

you are helping other research sector to

grow so basically your computational

ideas your Innovations is aiding your

colleagues and the fellow sectors to

grow so it's very important for you to

be responsible in this regard and have a

precise knowledge about your subject the

second thing is you driving logical

conclusion and research output same

thing you have to be really clear about

the research output you should you are

getting the research output that you are

getting is important for the booming

sector for the future of bioinformatics

for the future of the research that is

being uh happening from the past let's

say six years so your output is

important for one paper that might get

published and that might get a Nobel

Prize in future so your one contribution

will effectively lead to a proper and a

better future especially if something

Innovative is happening so you have to

be very precise you have to be clear you

have to be very concerned towards the

research output the third point is

improving quality of research so if you

are a scientist you have to improve the

quality of research because the only

thing is important is to improve to

sustain to appreciate and to evolve from

the existing research that is happening

so you have to grow from the research

rather than just being still at the

point so your ideas are important for

the growth of the bioinformatics sector

so you should be responsible you should

be Keen if specially you are pursuing

your career as a scientist after doing

your PhD in bioinformatics

the next thing is you can become an

individual contributor if you want to be

a freelancer you are not interested in

being tied up to a company or a formal

citical company or a research

institution you can be an individual

contributor where you can collaborate

you can collaborate so that you can

Network you can Outreach your Innovation

to the research areas to the people who

are doing research to the academic

sector to the Pharma companies you can

maintain your networking you can sell

your eyes ideas your Innovations and you

can Outreach

your Innovations to them so basically

this is about

individual contributor especially if you

want to work as a freelancer the next

thing is site management site management

refers to implementation of your ideas

about bioinformatics in helping building

new websites new tools and techniques

that are good for the research budding

research sector for good for the

research the people who are doing

research for the research Industries so

basically you are developing your

strategy you are building analytic

platform so that they can come they can

work there they can put their basic crew

data there and they can get a logical

output so it's important for you to if

you are suppose becoming individual

contributor it's important for you to

have to have a passion and to be

passionate towards the bioinformatics

sector without passion you can't be an

individual contributor because you are

working for the effectivity of the

research and the Pharma sector based on

the basis of your scholarly idea about

the bioinformatics sector so basically

if you want to be individual contributor

you should be passionate about research

you should be passionate about your

knowledge

and contribution too so number nine is

number nine comes if you are a

bioinformatician and you want to you

want to have a basics in let's say if

you have a basics in genome analysis you

have a keen interest in molecular

biology then you can go for becoming for

helping and becoming a Next Generation

sequence analyst so those data that are

you are getting from Next Generation

analysis from the students from the

scholars from the scientists who are

working on Next Generation data so there

are a lot of data that need to be

sequenced that need to be annotated

especially in the case of DNA so

especially if you have the knowledge of

genomics you have the knowledge of

molecular biology you have the knowledge

of genetics you can you have the

knowledge of sequencing let's say you

you can go and contribute to become a

Next Generation sequencing analyst so

you can basically work in the tie up

with the Pharma companies who are

working in the field of genetics or you

can tie up with the pharmaceutical and

industry let's say or a research Academy

so you can tie up with those research

sector out of freelance laboratory you

can research with the small tie ups so

you can collaborate with them and you

can help them in getting this sequencing

done annotation done by the tools and

techniques that you have learned in your

PhD duration so next Generation

sequencing you can analyze

The genome from the data that has been

provided to you you can assist the

researchers that are working in the

field of General genomics as well as

genetics and you can Aid in publishing

papers so if you are helping them in

getting the results so basically you are

becoming a co-author of the paper too so

you are helping them in getting a paper

published a new data published so it is

uh this career is also very good for

very shining for those people who have

want to who have done their PHD in

bioinformatics because basically they

are contributing so they are one hand

situation where they are helping the

researchers and the pharmaceutical

collaborators to get a data so they the

the secrecy of data is being maintained

and they are getting benefit out of that

because if the paper gets published and

if there is your contribution in getting

the result the final output that your

name will be mentioned there and you

will get a publish a publication or not

on your name so it's basically if you

want a publication especially in your

name if you want to be a water if you

want to assist the publication team that

that are firstly doing research and

getting their publication done so you

can become our next Generation sequence

analyst so basically you are helping

them to find a logical conclusion about

the research data so you can get that

published too might publish to basically

number 10 is

the first

the first thing you you might think

about after doing a PhD is you can

become an indicator so becoming an

educator means you have a clear

explanation an idea about the work that

you have been done that you have been

doing in the past five years so being an

educator is important because you are

teaching you are taking the

responsibility and The credibility to

teach the exact same thing that you have

learned so it's a very responsible thing

if you want to be an educator you can

surely go ahead to become an educator

and that requires

being an educator requires

to be sound in your academic career

because you are teaching the students

the BSC student the MS student or even

the PHD student you are teaching them so

basically you want them to grow so your

academic career should be motivation to

them so that they can see you and they

can help you in growth so you are

building their academic career you are

teaching the computational biology and

bioinformatics to the student to the

budding students who want to pursues who

are developing an interest in them so

that they can pursue their interest in

bioinformatics the third thing is that

you can schedule laboratory assistant

where you can teach them the laboratory

practices the computer lab dry lab

experiments how to handle the tools of

bioinformatics so basically you are

encouraging them to pursue their career

in bioinformatics so these were the top

10 jobs that you can pursue after doing

your PhD in bioinformatics and if there

is anything else that you want to

mention please mention in the comment

box below I hope that you have like this

video thank you so much for watching

this video