Computational Biology Virtual Internship
Applications Invited for Biotecnika's latest virtual Internship in “Computational Biology” The future of Life sciences.
What is Computational Biology?
Computational Biology is a broad interdisciplinary field that involves the development and application of data-analytical and theoretical methods. It is the amalgamation of biology, chemistry, mathematics, statistics, biophysics, evolution, genetics, and computer science. By the application of all these fields, one can create theoretical methods, mathematical models, simulation techniques, etc.
Significance of Computational biology:
With the pace at which research and development are growing, the involvement of computational methods has become highly significant. Computational Biology has found applications in anatomy, biomodelling, ecology, evolutionary biology, genomics, and much more. It makes the understanding of biological concepts easier and testable. With a background in Computational Biology, one can fill the role of Research Scientist, Bioinformatics Scientist, Senior Research Associate, Information Research Scientist etc.
With the sole purpose to Introduce this advanced concept to all Bioscience Students & professionals, Biotecnika presents Virtual Internship in Fundamentals In Computational Biology Virtual Internship.
|Session No.||Unit No. and Topics|
|Unit 1: Integrative Biology|
|DAY-1||Introduction to computational biology and its applications in Life Sciences. Career and future prospects in India and abroad.|
|DAY-2||Understanding the basic principles and theories underlining computational biology.|
|Unit 2: Decoding the Biomacromolecules|
|DAY-3||Understanding the biophysics of Carbohydrates and Proteins.|
|DAY-4||Understanding biophysics Lipids and Nucleic acid.|
|DAY-5||Drug design, drug action, and stimulation.|
|DAY-6||Pharmacokinetics and Pharmacodynamics.|
|Unit 3: Algorithms in Computing|
|DAY-7||Biological and Computer algorithms, Fibonacci problem, Dynamic Programming, Time and space complexity of algorithms.|
|DAY-8||Laplace's Rule, Search Algorithms: Random walk, Hill climbing, simulated annealing.|
|Unit 4: Models, Coding, and Logics|
|DAY-9||Hidden Markov Model and their Applications in Proteomics and Genomics.|
|DAY-10||Support Vector Machines and Bayesian network.|
|DAY-11||Artificial Neural Network (ANN) and their application in biology.|
|Unit 5: Big Data Analytics|
|DAY-12||Cloud computing: features, advantages, applications.|
|DAY-13||Network Medicine and Personalization.|
|DAY-14||Pharmacogenomics and Microbiome analysis.|
Duration of the internship: 14 Working days
Why enroll in Biotecnika’s Virtual Internship?
Biotecnika’s Fundamentals of Computational Biology Virtual internship provides an amazing opportunity for students to strengthen their skills from the comfort of their homes. It provides a unique opportunity to learn the concepts from the industry experts, practice at their own pace, and gain the knowledge required to make a successful career in this growing industry.
Live demo sessions will accompany the lectures to give the students a proper understanding of the concepts, and Online Live interaction will allow spot doubt clearance.
Who is this for?
- Computational Biology is a relatively new field, all Bioscience candidates should take up this course.
- This Internship will be beneficial for BSc and Btech students from Biotechnology, microbiology, Biochemistry, and other Biosciences and chemical science fields.
- B Pharma and M Pharma students will find this internship highly beneficial.
- MSc & Mtech candidates looking forward to brushing up their knowledge and learning something new should also attend.
- Any science enthusiast interested in exploring the rapidly growing field of Computational Biology can also enroll.
Requirement for the Internship:
- Good understanding of Biotechnology, Chemistry, and Bioinformatics terms and concepts
- A Laptop or computer
- Stable Internet connection
- Eager to learn- Attitude
Frequently asked questions on Fundamentals of Computational Biology Virtual Internship.
Are these going to be live sessions?
The Computational Biology Virtual Internship will combine live interactive sessions, recorded self-learning classes, and assignments. However, our experts will be available to guide you throughout the course.
What If I miss a session?
The recording of the sessions will be available for 5 days post completion of the internship. So you can go back and refer to the recordings, but make sure you do not miss the live sessions and take maximum benefit from them.
Will I need to install any software?
The basic course does not require any additional software. However, if any requirement arises, the instructor will intimate it before the sessions.
How to get the hard copy certificate for Computational Biology Virtual Internship?
To avail, of the hard copy certificate, the candidate should complete the assignments. Upon submission of the same, a hard copy certificate will be sent to your address.
Whom do I contact for any further queries or technical difficulties?