Graduate Certificate in Human Genetics and Genomics – Online​

Courses & Learning Outcomes

SCU’s Human Genetics and Genomics Certificate Program is designed for professionals seeking an increased understanding of the rapidly growing field of genetics and genomics. The certificate is also valuable to healthcare professionals who wish to further their knowledge and expand their opportunities. The Human Genetics and Genomics Certificate Program provides knowledge in genetics and genomics. Students will understand epigenetics as well as be exposed to the ethical, legal, and social implications (ELSI) of applied genomics.

Students Will Learn About the Following Areas

• Classical Genetics Knowledge: Graduates will state key concepts in human development, Mendelian inheritance, population genetics, molecular cell biology, genetics, genomics, and the relationship between genotype and phenotype in both health and disease.
• Fundamental Technology Knowledge: Graduates will explain the theory and practice of basic and advanced molecular genomic technologies.
• Modern Genomics Knowledge: Graduates will demonstrate a thorough understanding of genome structure, function, annotation, sequence analysis, and clinical manifestations of genetic aberrations.
• Information Literacy: Graduates will apply technology for information gathering and be able to assess scientific literature and genetic test results.
• Analytical and Critical Thinking Skills: Graduates will engage in critical thinking, reflection, and problem-solving in relation to current issues in genomics.
• Communication Effectiveness: Graduates will professionally construct and express their ideas, thoughts, and concepts through written and verbal communication.
• Bioethics: Graduates will demonstrate the ability to critically analyze and apply ethical considerations to complex issues and dilemmas in genomics research and clinical practice.

Program At-A-Glance

Curriculum Summary

Total Credits: 12

Program Learning Outcomes

1. Classical Genetics Knowledge: Graduates will state key concepts in human development, Mendelian inheritance, population genetics, molecular cell biology, genetics, genomics, and the relationship between genotype and phenotype in both health and disease.
2. Fundamental Technology Knowledge: Graduates will explain the theory and practice of basic and advanced molecular genomic technologies.
3. Modern Genomics Knowledge: Graduates will demonstrate a thorough understanding of genome structure, function, annotation, sequence analysis, and clinical manifestations of genetic aberrations.
4. Information Literacy: Graduates will apply technology for information gathering and be able to assess scientific literature and genetic test results.
5. Analytical and Critical Thinking Skills: Graduates will engage in critical thinking, reflection, and problem solving in relation to current issues in genomics.
6. Communication Effectiveness: Graduates will professionally construct and express their ideas, thoughts, and concepts through written and verbal communication.
7. Bioethics: Graduates will demonstrate the ability to critically analyze and apply ethical considerations to complex issues and dilemmas in genomics research and clinical practice.

For full program information, view our catalog.