Louai Adhami Email & Phone Number

Washington Dc-Baltimore Area

Translating a specialized Matlab SLATE Tracker prototype for the SBS FCM team into standalone, efficient Java code with a web-based interface.Developing a containerized, real-time, microservice based system that incorporates the SLATE Tracker and a custom visualization tool to compare different tracking algorithms. Build a foundation for a more streamlined software development process to have in house support for the different projects Regulus services for the FAA. Implementing… Show more Translating a specialized Matlab SLATE Tracker prototype for the SBS FCM team into standalone, efficient Java code with a web-based interface.Developing a containerized, real-time, microservice based system that incorporates the SLATE Tracker and a custom visualization tool to compare different tracking algorithms. Build a foundation for a more streamlined software development process to have in house support for the different projects Regulus services for the FAA. Implementing Kibana dashboards - with relevant Elasticsearch code - for the ASAS project under AJM-42 to visualize the state of ADS-B and radar coverage in the NAS. Show less

Washington Dc-Baltimore Area

Teaching introduction to computer graphics.

Arlington, Va

Working on a multi-gpu, multi-cpu database system.Focus areas: Distributed system architecture, visualization of very large datasets (e.g., contour plots, heatmaps), graph networks (creation, solvers and queries), high availability.Main development language is C++, with most testing in python and bash.

Lead and main developer of ADSIM+, the event-based simulation software for the FAA. ADSIM+ operates in Delay mode to simulate gate-to-gate operations of a terminal area, and in Capacity mode to estimate the average capacity of an airport under the given conditions and regulations. Technical work * Propose and develop algorithmic enhancements to the backend of the simulation to improve efficiency and precision (in C++): - Increase precision of airport Capacity by adding typical… Show more Lead and main developer of ADSIM+, the event-based simulation software for the FAA. ADSIM+ operates in Delay mode to simulate gate-to-gate operations of a terminal area, and in Capacity mode to estimate the average capacity of an airport under the given conditions and regulations. Technical work * Propose and develop algorithmic enhancements to the backend of the simulation to improve efficiency and precision (in C++): - Increase precision of airport Capacity by adding typical surface movement - Optimize graph transversal for taxipaths generation - Integrate detailed FAA rules and regulations to increase fidelity - Implement advanced features such as sequencing of aircrafts to better reflect actual ATC operation * Develop new front-end requirements including - Full Graphical User Interface - WYSIWYG interface of airfield layout and procedural movement using Qt - Interactive edit of all input data - 2d and 3d animation of events or interpolated playback movement * Database and I/O - Architect a multi-threaded system to separate the User Interface from the Kernel, and parallelize simulation runs. - Develop data import tools for ADSIM+ from several sources including - AIXM (for layout) - ASDE-X (for procedural data, such as taxipaths, as well as other needed characteristics such as aircraft type) - BADA (for performance based characteristics) - NACO/NFDC (for routes and fixes) * Maintain packages, automated release system (Visual Build) and other toolsManagerial work * Technical proposal writing * Regular follow-ups with the client, management and other contractors * Maintain and manage bug tracking (JIRA) and documentation wiki for users Show less

Courses taught:* Artificial Intelligence* Advanced OOP* Computer Graphics* BioInformatics* Game Programming

Lead the development of the LaparoscopyVR surgical simulation platform: Started an ambitious phase gated project involving 12+ persons from different backgrounds using iterative and agile methods, first version released in 15 months.Technical work: - Designed and maintained architecture of highly threaded system from - GUI to hardware-software interface o Developed main collision detection framework and algorithms o - Developed framework and first version for simulation of… Show more Lead the development of the LaparoscopyVR surgical simulation platform: Started an ambitious phase gated project involving 12+ persons from different backgrounds using iterative and agile methods, first version released in 15 months.Technical work: - Designed and maintained architecture of highly threaded system from - GUI to hardware-software interface o Developed main collision detection framework and algorithms o - Developed framework and first version for simulation of deformable models. - Developed articulated body (open chain) simulation and added constrained dynamics (4 dofs virtual tool) - Participated in several other software development aspect including graphics (physics/graphics buffering, shaders using GLSL), .net(embedding and managing OpenGL in forms, creating development tools, transitioning data from the managed C# layer to the native ones using C++/CLI)Managerial work: * Coordinated work of a team composed of clinical specialists, medical modelers, hardware engineers, artists, quality control and software engineers in order to meet requirements defined by sales and marketing. o Lead software team developers (3-5) * Insured tracking of project status through updated plans (MS project and other new tools) and document centralization and sharing (started wiki site). * Managed requirements definition and translation process through several layers of abstraction, implementing full traceability. Introduced new management tool (Contour). Show less

Developed a physics based ultrasound simulator on the GPU hardware. Worked on a wide variety of problems in the Endovascular platform, including developing an interactive tool to model vessels and a graphical flow control (state) system to manage complications.

Studies the feasibility of a spin-off based on the ChIR Medical Robotics research group.

Tough Introduction to Computer Graphics

Worked on maintenance and repair of X-ray machines.

Phd, Real-Time Systems, Robotics And Control

Thesis: “An Architecture for Computer Integrated Mini-Invasive Robotic Surgery: Focus on Optimal Planning”, with distinction.

Dea, Robotics, Control, Vision, Image & Systems

École Supérieure en Sciences Informatiques. Sophia Antipolis, France.

Master Of Engineering, Electronics, Devices & Systems

Thesis: “Robot-bone registration for orthopedic medical interventions”.

Bachelor Of Engineering, Computer & Communications

Activities and Societies: President - Red Cross Club