Carbazoles are tricyclic motifs containing a five-membered nitrogen-containing ring fused between two benzene rings which are present in pharmaceuticals and natural compounds. Clausenawallines are a group of carbazole alkaloids that come from the plant species Clausena wallichi that have been found to have anti-microbial properties. Eleven of these clausenawallines have been isolated and classified from A to K. Of these eleven compounds, just clausenawalline D had been synthesized previously in a lab. The potential pharmacological properties generated our interest in synthesizing these compounds. This poster presents the total synthesis of clausenawalline D with an improved yield and the novel synthesis of clausenawalline I. In addition to these total syntheses, we present progress in the synthesis of clausenawalline C. A retrosynthetic analysis was used that approached that generated the carbazole scaffold from 2-choloranilines and aryl bromides via catalytic animation and C-H activations; however, this approach was replaced by Suzuki coupling using boronic acids with nitrobenzene followed by Cadogan cyclization which allowed for greater a greater diversity of products and the relative ease of the cross-coupling reaction. Future work will focus on the synthesis of other clausenawallines and eventually biological evaluation of these compounds.