Course Overview

The Systems Biology and Biotechnology course is aimed at students, researchers, and professionals who would like to learn about the way that biological data and computational systems interact, in order to gain a molecular perspective of life. By doing this online Systems Biology and Biotechnology Specialization, students are taught the gene networks and protein interactions, and cellular pathways that make organisms behave as they do.

The course also offers a comprehensive understanding of systems-level solutions to biotechnology studies, in that the learner is able to examine the complex biological systems using computational programs. The Systems Biology and Biotechnology Specialization degree fills the existing knowledge gap between biology and technology to enable recipients to apply the techniques of data-driven breakthroughs to genetics, drug design, and medical diagnostics.

With this specialization, participants acquire not only theoretical knowledge but also practical skills in how biotechnology applies systems thinking to address issues that face healthcare and life sciences in general.

What you'll learn

• Principles of computational modeling, systems biology.
• Use of biotechnology in molecular biology.
• Genome, protein, and cellular interaction analysis.
• Integration of biological data using modern computational tools.
• Experience in the courses of Systems Biology and Biotechnology Specialization.
• Bioinformatics and Synthetic Biology Applications: Case Studies.

Requirements

• Rudimentary knowledge in biology and chemistry.
• Experience in data examination using computers is desirable.
• Both the interest in bioinformatics and systems-level biological investigations.
• None of the previous experience in programming is needed.

Benefits of Systems Biology and Biotechnology Course

Enroll Free

Enhanced Employability:

BOTS certification Systems Biology and Biotechnology Specialization is a specialization that comes in with a different methodology, which combines biology with data science to apply them to reality.

Hands-on Experience:

Practical activities associated with data analysis and modeling are applied to real-world problem-solving and analysis.

Global Relevance:

Those students who have enrolled in the Systems Biology and Biotechnology Specialization program can be connected to a global community of believers in biotechnology development and propagation by means of networking.

Career Growth:

Good competencies are gained by students, which can open up opportunities for them in the areas of biotechnology, bioinformatics, and pharmaceutical research.