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Certificate

Applied Bioinformatics

Capture, analyze, manage, and utilize all types of genomics data.

About the Applied Bioinformatics Program

The Human Genome Project kicked off a process of accrual of massive amounts of genomics data. The genomics data on diverse organisms that is now routinely generated and it is being leveraged in multiple industries with an impact on broad sectors of our economy, including the delivery of medicine, the design of pharmacological agents and even the manufacturing of industrial products such as materials and foodstuff.

Because genomic data is now found in so many different industries and scientific endeavors, a basic understanding on how to exploit it has become indispensable for scientists as well as other technical professionals. A familiarity with genomic data how to gather, analyze, and interpret it, is needed to succeed in most sectors of the life sciences and biomedical industry. Such understanding is at the core of bioinformatics.

The specialized certificate in Applied Bioinformatics is aimed at scientists in the life sciences, engineers, technical professionals working in industrial biotechnology and ancillary industries who need to utilize tools developed for bioinformatics. You will learn how to effectively utilize the data generated by the genomics revolution by giving you a solid understanding of the tools and methods of bioinformatics including:

  • Understanding of the importance of bioinformatics as a tool in life sciences research
  • Knowledge of the multiple public data repositories and how to exploit them
  • Familiarity with the software tools used for genome analysis and comparison
  • Appreciation for the multiple uses of genomic information
  • Awareness of the current genomics sequencing methods
  • Insight into the challenges faced when confronted with big data
  • Programming skills sufficient to manipulate genomic data

 

 

Online
9-15 Months
Varies by student and courses taken per quarter.
$2,900
Excludes recommended prerequisite courses, certificate fee, and textbooks.

Background

The Human Genome Project initiated a significant accumulation of extensive genomics data. This data, generated routinely for diverse organisms, is extensively utilized across multiple industries. Its impact extends to various sectors of our economy, including healthcare delivery, pharmaceutical design, and even the production of industrial goods such as materials and food items.

Given the widespread presence of genomic data in numerous industries and scientific endeavors, possessing a fundamental understanding of effectively utilizing it has become essential for scientists and other technical professionals. Proficiency in gathering, analyzing, and interpreting genomic data is crucial for success in most life sciences and biomedical industry domains. This proficiency lies at the very heart of bioinformatics.

Bioinformatics is a discipline that encompasses the knowledge and skills necessary to navigate genomic data. It equips individuals with the ability to harness and leverage this invaluable resource for various applications, spanning from unraveling complex biological mechanisms to driving innovation in healthcare and industrial sectors.

Conditions for Admission

UC San Diego Division of Extended Studies programs are designed to best serve college-prepared working professionals. Although programs are open to all adult learners, where program capacity is limited, applicants with this profile will receive preference for admission.

Applied Bioinformatics

Classroom type:
Live Online
In-Person
Online
Hybrid
Download Course List

Recommended Prerequisites

Core Courses

All three (3) courses required.

Electives

Complete three (3) units.

Other Courses of Interest

Not required for certificate

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FAQs

Advisory Board

Dwight Baker, PhD

Vice President
Advanced R&D

Tristan Carland, PhD

Manager
Q� Solutions

Maria Cavassim Alves, PhD

Senior Bioinformatics Scientist
Illumina

Come Raczy, Ph.D.

Associate Director, Bioinformatics Software Engineering
Illumina

Steve Stelman, PhD

Director
Neurocrine Biosciences

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