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This Course Is On The Basic Design and Fabrication Principles Of Genetic Circuits and Systems in Living Cells. The Course Consists Of Three Parts# 1. System Biology # The Student Will Learn About The Different Mechanisms of Gene Requlation in Living Cells, Gene Networks Motifs (feedforward, Negative and Positive Feedbacks) And Noise in Genetic Systems. 2. Mapping Engineering Concepts To Genetic Systems, The Student Will Learn to Use Concepts From Electrical Engineering (e.g. Digital/ Analog Design) to Build Genetic Circuts. 3. Molecuar Biology and Characterization Techniqes, The Student Will Learn About Different Methods of Dna Assembly and Tools to Measure The Activity of Genetic Circuits. Learing Outcomes# at The and of The Course The Student Will Be Able To# 1. Develop Engineering Models For Building Genetic Circuits and Systems. 2. Carry Out Detalled Similations of Dynamics And Stochasitc Behavior For Genetic Circuits Using Monte Carlo Simulations. 3. Design Primers For Pcr and Understand Dna Sequence Files Using Automation Softwers.

Faculty: Biomedical Engineering
|Undergraduate Studies |Graduate Studies

Pre-required courses

(134058 - Biology 1 and 334022 - Basic Bioelectrical Design) or (134058 - Biology 1 and 334011 - Basic Bioelectrical Design)