Maryam Zabarjad Shiraz

• Developed a 3D models by using of numerical methods to simulate complex nonlinear systems in C++,
• Implemented a robust and computationally fast 3D numerical tool to simulate aerodynamic models and turbulent flows,
• Implemented Neural network method to predict the wind turbines performance at different installation scenarios,
• Led grad and undergrad students in CFD lab and teaching assistant of fluid mechanics, vibration, probability and statistics courses.

● Led the development of functional simulators for Robot sensors (Lidar, Radar, cameras etc.),

● Implemented real-time scenarios in simulator platform to analyze the robot performance,

● Analyze the data to update and verify the simulation accuracy,

● Collaborated cross-functional teams and suppliers to provide optimum design,

● Conducted real-time tests and bench setups to validate simulators and optimize performance.

● Conducted simulation of autopilot electronic products in all Tesla vehicle models and supercomputer (Dojo),

● Performed experimental tests to validate and debug numerical simulations,

● Developed numerical simulations for future products analysis,

● Collaborated with design and manufacturing teams to provide the validated simulation-based design guidelines.

• Algorithm design and process planning for optimizing multivariable systems,
• Developing and modeling a program for optimization method,
• Maintenance and communication with developers and clients to implement their needs.

• Developing, debugging and testing the C++ base open source web browser,
• Implementing new futures of the web extensions for different browsers,
• Contributing to customer-oriented projects in an agile environment.

• Manage the project including manage the product line, QA and shipping in the absence of the project manager,
• Assist the department supervisors for troubleshooting of problems with analytical methods and sample testing,
• Ensuring that all quality testing is performed to the highest standards.

• Numerical simulation and analysis of complex mechanical systems; nonlinear instability of fluid structure interaction problem in low-Reynolds number flows,
• Analytical simulation of multiphase flow and heat transfer in mechanical systems,
• Design and implemented numerical method (FEM) and mesh generation of complex geometries.