Light Detection and Ranging (LiDAR) is a detection system that is used to survey and document scenes. In the vehicle industry, there is much debate as to the efficacy of using LiDAR and a combination of both radar and camera. Nevertheless, this technology is reliant on mirrors for laser projection in the scanning of objects. As a basis for both rapid prototyping SU-8 is a substantial precursor to create a micro mirror for LiDAR applications. Rapid prototyping early in the design process is currently a costly operation. In this thesis we introduce a fabrication method that utilizes a polymer material that can then serve as the final product, a glassy carbon micro mirror. The key outcomes of this work include the development of three fabrication techniques to produce rapid prototypes of three mirror designs consisting of multiple layers of the SU-8 polymer that will become a single multilayer glassy carbon structure. Answers to questions regarding the glass transition phase and chemical characteristics of SU-8 to its final material glassy carbon will also be investigated
