Unity Developer- Ongoing development of immersive VR experiences for virtual, augmented, and mixed reality using Unity & C# to provide enhanced user experiences and engagement.- Leveraging spatial mapping & recognition technologies to produce captivating AR/MR applications.- Create & maintain interactive 3D environments, models, interactions, and animations via C# scripting and various SDKs (Oculus Interaction SDK, XR Interaction Kit, ARKit, ARFoundation, VRIF, Lightship ARDK, & Fusion).- Design & develop cross-platform XR, VR, & AR applications to ensure compatibility over multiple devices and SDKs.- Enhance XR applications for performance, reduced latency, & reduced motion sickness issues through Unity profiler analysis and in-depth C# optimization. - Collaboration with cross-functional teams to design intuitive UI/UX & spatial audio through the integration of various SDKs for seamless functionality.- Implement advanced shader programming (VFX & particle systems), to enhance visual and spatial user experiences across Unity XR applications- High proficiency with Github version control, problem recognition & mitigation, and engagement of effective communication strategies within multidisciplinary teams.

This highly selective six month Professional Unity VR Development Bootcamp is designed to create job-ready software engineers. Students who successfully complete this program are well qualified for junior-mid-level software engineering roles in the Virtual Reality and Augmented Reality Industry.After completing the course, students are able to:• Develop and prototype fully functional VR, AR, MR, XR Games, and Applications• Work well in XR Development Teams• Use C# to program advanced functionality in Unity• Use Rendering Optimization tools to optimize VR applicationsTogether with industry partners, students develop advanced XR Prototypes alone and in teams. They learn to scope and pitch projects, report to clients, and effectively manage development within very strict timelines.Projects developed (Portfolio link): https://www.behance.net/MDoranXR

Collaborated with the team to design and develop Unity-based applications, focusing on creating scalable and maintainable code using C# within the Unity framework.Implemented game functionality, including user interface, gameplay logic, and physics systems, optimizing performance for smooth experiences across various platforms.Integrated a variety of assets into Unity projects, including 3D models, animations, textures, shaders, and sound effects, ensuring high visual and audio quality in collaboration with artists and designers.Coded front-end Netduino microcontrollers and controller interfaces using C# and Visual Studios IDE for multiple control-based hard products.Actively researched and implemented new Unity features and industry best practices to enhance game design and development processes.

Led Unity-based application and simulator development initiatives, crafting efficient and maintainable C# code-based prototypes within the Unity environment.Optimized simulation mechanics and user interfaces for diverse platforms, focusing on performance and memory usage improvements.Troubleshot and debugged technical challenges, providing effective solutions to maintain project timelines and quality standards.Contributed innovative ideas and suggestions to the overall design process, staying abreast of the latest trends and techniques in Unity development.

Project leader for the development of a patent-pending surgical tool designed to perform eye surgery. Responsible for the product design life cycle from engineering requirements to final product validation. Designed and employed verification and validation protocols to ensure the safety and efficacy of the device. Performed risk assessment and mitigation strategies. Provided 3D modeling and analysis via SolidWorks.

Designed and developed a retrievable magnetic steering system for use with tele-manipulated cochlear implants. Responsible for design specification, verification, modeling, and fabrication of 3:1 scale prototype cochlear implant. Established team compliance with project engineering standards and regulatory requirements. Composed a mathematical model to describe the implant prototype stiffness characteristics.