Keck Graduate Institute
Keck Graduate Institute teaches only at master's and doctoral level in the United States. Its subject range sits within the life and health sciences, covering biotechnology, pharmaceutical sciences, genetics, biology, medicine and health care, with a laboratory-based, hands-on approach.
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KGI California Campus
California City, United States
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https://www.kgi.eduPrograms at Keck Graduate Institute
Explore academic programs available at Keck Graduate Institute
Post-Baccalaureate Pre-PA Certificate
Health care is concerned with how health services are organised, delivered and improved, taking in patient needs, clinical practice, ethics, quality and the systems holding it together. Health sciences sit alongside management and social science. Graduates often work in clinical support, health administration, public health bodies and service improvement.
Post-Baccalaureate Pre-Medical Certificate
Medicine studies the human body in health and in illness: how disease develops, how it is diagnosed, and how treatment and prevention work. Anatomy, physiology, pharmacology and pathology combine with clinical reasoning, ethics and communication. Graduates often work in clinical care, and also in medical research, public health, education and health policy.
PhD in Applied Life Sciences
Biology is the study of living things, from molecules and cells to organisms, populations and whole ecosystems. Laboratory and field methods sit alongside genetics, physiology, evolution and ecology. Graduates often move into research and laboratory work, healthcare and pharmaceutical sectors, conservation and environmental roles, education and science communication.
Master of Science in Population Health Sciences
Health care is concerned with how health services are organised, delivered and improved, taking in patient needs, clinical practice, ethics, quality and the systems holding it together. Health sciences sit alongside management and social science. Graduates often work in clinical support, health administration, public health bodies and service improvement.
Master of Science in Physician Associate Studies
Health care is concerned with how health services are organised, delivered and improved, taking in patient needs, clinical practice, ethics, quality and the systems holding it together. Health sciences sit alongside management and social science. Graduates often work in clinical support, health administration, public health bodies and service improvement.
Master of Science in Pharmaceutical Sciences
Pharmaceutical sciences covers how medicines are discovered, formulated, tested and controlled: the chemistry of drug molecules, how the body absorbs and clears them, and what makes a dose safe and stable. Laboratory work and analysis run throughout. Graduates often work in drug development, formulation, quality control, regulatory affairs and research.
Master of Science in Pharmaceutical Marketing and Management
Pharmaceutical sciences covers how medicines are discovered, formulated, tested and controlled: the chemistry of drug molecules, how the body absorbs and clears them, and what makes a dose safe and stable. Laboratory work and analysis run throughout. Graduates often work in drug development, formulation, quality control, regulatory affairs and research.
Master of Science in Medical Device Engineering
Medicine studies the human body in health and in illness: how disease develops, how it is diagnosed, and how treatment and prevention work. Anatomy, physiology, pharmacology and pathology combine with clinical reasoning, ethics and communication. Graduates often work in clinical care, and also in medical research, public health, education and health policy.
Master of Science in Human Genetics and Genomic Data Analytics - Clinical Trail Design
Inheritance, and how genes are expressed, regulated and altered, is the subject here — from individual molecules to whole populations. Laboratory technique sits alongside statistics and the analysis of large sequence datasets. Graduates often work in biomedical research, diagnostics, agriculture, biotechnology, genetic counselling and pharmaceuticals.
Master of Science in Human Genetics and Genomic Data Analytics - Clinical Decision Support
Inheritance, and how genes are expressed, regulated and altered, is the subject here — from individual molecules to whole populations. Laboratory technique sits alongside statistics and the analysis of large sequence datasets. Graduates often work in biomedical research, diagnostics, agriculture, biotechnology, genetic counselling and pharmaceuticals.
Master of Science in Human Genetics and Genomic Data Analytics - Assay Development
Inheritance, and how genes are expressed, regulated and altered, is the subject here — from individual molecules to whole populations. Laboratory technique sits alongside statistics and the analysis of large sequence datasets. Graduates often work in biomedical research, diagnostics, agriculture, biotechnology, genetic counselling and pharmaceuticals.
Master of Science in Human Genetics and Genomic Data Analytics
Inheritance, and how genes are expressed, regulated and altered, is the subject here — from individual molecules to whole populations. Laboratory technique sits alongside statistics and the analysis of large sequence datasets. Graduates often work in biomedical research, diagnostics, agriculture, biotechnology, genetic counselling and pharmaceuticals.
Master of Science in Human Genetics and Genetic Counseling
Inheritance, and how genes are expressed, regulated and altered, is the subject here — from individual molecules to whole populations. Laboratory technique sits alongside statistics and the analysis of large sequence datasets. Graduates often work in biomedical research, diagnostics, agriculture, biotechnology, genetic counselling and pharmaceuticals.
Master of Science in Biopharmaceutical Process Engineering
Pharmaceutical sciences covers how medicines are discovered, formulated, tested and controlled: the chemistry of drug molecules, how the body absorbs and clears them, and what makes a dose safe and stable. Laboratory work and analysis run throughout. Graduates often work in drug development, formulation, quality control, regulatory affairs and research.
Master of Science in Applied Life Sciences - Translational Research
Biology is the study of living things, from molecules and cells to organisms, populations and whole ecosystems. Laboratory and field methods sit alongside genetics, physiology, evolution and ecology. Graduates often move into research and laboratory work, healthcare and pharmaceutical sectors, conservation and environmental roles, education and science communication.
Master of Science in Applied Life Sciences - Public Health
Health care is concerned with how health services are organised, delivered and improved, taking in patient needs, clinical practice, ethics, quality and the systems holding it together. Health sciences sit alongside management and social science. Graduates often work in clinical support, health administration, public health bodies and service improvement.
Master of Science in Applied Life Sciences - Infectious Diseases
Biology is the study of living things, from molecules and cells to organisms, populations and whole ecosystems. Laboratory and field methods sit alongside genetics, physiology, evolution and ecology. Graduates often move into research and laboratory work, healthcare and pharmaceutical sectors, conservation and environmental roles, education and science communication.
Master of Science in Applied Life Sciences - Community Medicine
Medicine studies the human body in health and in illness: how disease develops, how it is diagnosed, and how treatment and prevention work. Anatomy, physiology, pharmacology and pathology combine with clinical reasoning, ethics and communication. Graduates often work in clinical care, and also in medical research, public health, education and health policy.
Master of Science in Applied Life Sciences - Clinical Research
Health care is concerned with how health services are organised, delivered and improved, taking in patient needs, clinical practice, ethics, quality and the systems holding it together. Health sciences sit alongside management and social science. Graduates often work in clinical support, health administration, public health bodies and service improvement.
Master of Science in Applied Life Sciences - Biotechnology
Biotechnology uses living systems — cells, enzymes, microbes — as tools to make useful things, from medicines and vaccines to industrial enzymes and improved crops. Laboratory technique, molecular biology and bioprocessing sit at its core, along with questions of safety and ethics. Graduates often work in pharmaceutical and agricultural research, production and quality laboratories.
Master of Science in Applied Life Sciences
Biology is the study of living things, from molecules and cells to organisms, populations and whole ecosystems. Laboratory and field methods sit alongside genetics, physiology, evolution and ecology. Graduates often move into research and laboratory work, healthcare and pharmaceutical sectors, conservation and environmental roles, education and science communication.
Master of Engineering in Biopharmaceutical Processing
Pharmaceutical sciences covers how medicines are discovered, formulated, tested and controlled: the chemistry of drug molecules, how the body absorbs and clears them, and what makes a dose safe and stable. Laboratory work and analysis run throughout. Graduates often work in drug development, formulation, quality control, regulatory affairs and research.
Master of Community Health Administration (Online)
Health care is concerned with how health services are organised, delivered and improved, taking in patient needs, clinical practice, ethics, quality and the systems holding it together. Health sciences sit alongside management and social science. Graduates often work in clinical support, health administration, public health bodies and service improvement.
Master of Business and Science in Biotechnology
Biotechnology uses living systems — cells, enzymes, microbes — as tools to make useful things, from medicines and vaccines to industrial enzymes and improved crops. Laboratory technique, molecular biology and bioprocessing sit at its core, along with questions of safety and ethics. Graduates often work in pharmaceutical and agricultural research, production and quality laboratories.
Doctor of Pharmacy
Pharmacy centres on medicines: how they are made, how they act in the body, how they interact, and how patients are advised to use them safely. Studies combine chemistry, pharmacology and physiology with patient-facing practice. Graduates often work in pharmacy practice, the pharmaceutical industry, regulation and research.
Doctor of Occupational Therapy
Occupational therapy helps people take part in the everyday activities that matter to them after illness, injury or disability, or as they age. Study combines anatomy, psychology and social science with assessment, adaptation of tasks and environments, and rehabilitation. Graduates often work in health services, schools, community care and rehabilitation settings.
Doctor of Medical Science
Medicine studies the human body in health and in illness: how disease develops, how it is diagnosed, and how treatment and prevention work. Anatomy, physiology, pharmacology and pathology combine with clinical reasoning, ethics and communication. Graduates often work in clinical care, and also in medical research, public health, education and health policy.
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