Undergraduate Certificate in Bioinformatics and Data Analysis

Wayne State’s Undergraduate Certificate in Bioinformatics and Data Analysis equips students with the computational and analytical skills needed to solve complex biological and health-related challenges. As the availability of large data sets has expanded, including whole genomes, transcriptomes, environmental and time progressive community compositions, pandemic viral tracking and cancer tissue variability, the need for trained professionals has grown rapidly. This interdisciplinary program prepares students to work at the intersection of biology, computer science and statistics, transforming massive data sets into meaningful discoveries.

Graduates gain practical experience with real-world data and the tools used in research labs, health care systems, biotechnology firms and pharmaceutical companies. Employers in personalized medicine, medical diagnostics, environmental impact and restoration and pharmaceutical development are actively seeking professionals with advanced analytical expertise. The certificate strengthens career prospects in a fast-growing field and provides a competitive edge for students pursuing graduate or professional study.

What is the study of bioinformatics and data analysis?

Bioinformatics and data analysis focus on using computational tools, statistical methods and programming to interpret biological data. From analyzing DNA sequences to studying patterns in disease outbreaks, the field transforms complex data into insights that advance medicine, agriculture and environmental science. Professionals in bioinformatics design algorithms, manage large biological databases and uncover trends that guide scientific discovery and innovation.

Learning objectives

Graduates with an Undergraduate Certificate in Bioinformatics and Data Analysis will be able to:

• Apply computational and statistical methods to analyze biological data.
• Use programming tools to manage and interpret large data sets.
• Communicate data-driven findings to scientific and professional audiences.

How to apply

Undergraduate certificate programs are open to Wayne State students who have completed at least 60 credits and have a GPA of 2.0 or above. The program is also available to students who have previously earned a bachelor's at Wayne State or another institution.

Current student

If you're a current Wayne State student, contact your academic advisor to express interest in joining the program. 

Not a current student

If you're a Wayne State alum or have a bachelor's from another accredited institution, apply to Wayne State as a post-bachelor student and select “Undergraduate Certificate in Bioinformatics and Data Analysis” as your planned course of study on the second page of the application.

Apply as a post-bachelor applicant

Next steps

Once accepted to Wayne State, an advisor will contact you with the next steps.

Career insights

Career opportunities in bioinformatics and data analysis are expanding rapidly. The U.S. Bureau of Labor Statistics projects a 22% increase in large-scale computer-based data analysis roles over the next five years. Within bioinformatics, estimates show a 13.7% increase in demand and continued annual growth of 3.8% through 2032.

Michigan currently ranks 24th among states and Washington, D.C., for employment in this field, signaling strong potential to grow and retain a skilled local workforce. As companies in personalized medicine, pharmaceuticals, medical diagnostics and environmental science expand, they are seeking professionals trained in big data analysis. With 34% of the current workforce holding a bachelor’s degree as their highest credential, students can enter the field immediately after graduation and a certificate provides a competitive advantage. The average salary for a bioinformatics technician, an entry-level role, is about $75,000, reflecting both the demand and value of these skills in today’s data-driven economy. Here are just a few of the many opportunities available in this field.

This data provides a broad overview of how major selection can lead to careers and is provided without any implied promise of employment. Some careers will require further education, skills or competencies. Actual salaries may vary significantly between similar employers and could change by graduation, as could employment opportunities and job titles.