Muhammad Nur Azis Email & Phone Number

Nagoya, Aichi, Jp

Bandung, West Java, Indonesia

- Prepare Amphibian Wind Tunnel Test Model Requirement and Test Plan for test execution.- Providing Amphibian control surface hinge moment prediction using computational fluid dynamic simulation.- Providing aerodynamic and hydrodynamic analysis of float using computational fluid dynamic with single-phase and multi-phase solver.- Conduct the Hydrodynamic test for Amphibious N219 and Prepare the report and analysis.

Bandung, West Java, Indonesia

- Provide store separation analysis (torpedo trajectory prediction) with CFD and validate the result with flight test data. Ensure that the aircraft is safe to release weapons within the specified maneuver limitations.- Prepare position error and altitude calibration of flight test data result for certification purposes. Ensure error data is within regulatory limits (based on 14 CFR Part 27).- Provide aerodynamic data predictions for additional drag and stability using CFD to ensure aircraft performance effect due to external shape modifications.

Bandung, West Java, Indonesia

As Aerodynamic Engineer. - Prepare Aerodynamic Database for MALE Configuration-2 based on wind tunnel test data and aero prediction.- Prepare prediction of engine propeller thrust using computational fluid dynamic with rotating domain.- Providing control surface hinge moment prediction.- Prepare aircraft pitot tube (air data system) error prediction and calibration.- Prepare wind tunnel test data report and analysis.- Generating aerodynamic data for aircraft wing flexibility effect.- Prepare aerodynamic load data package prediction.- Prepare wing airfoil selection and analysis using Computational Fluid Dynamic.

Bandung, West Java, Indonesia

- Perform wind tunnel testing on various prototypes and scaled models. Preparing wind tunnel test model requirement and wind tunnel test plan, collecting data and creating wind tunnel test data report and analysis to support aerodynamic database activity.- Provide accurate and reliable aerodynamic load data package predictions using CFD method to support aircraft structure design.- Provide aircraft angle of attack calibration using numerical methods and validate the calibration by setting up and adjusting the sensors based on flight test results to ensure accurate data alignment with actual flight conditions, which is crucial for analyzing lift, drag, and stability.- Develop a CFD simulation model to predict control surface hinge moment. Validate the CFD results with experimental data and adjust the simulation parameters to improve the accuracy of the predictions. Presented the findings to a team of aerodynamic engineers, highlighting the implications for aircraft stability and control.- Collaborate with design teams to develop innovative solutions to reduce drag and improve aircraft lift characteristics using winglet optimization. Conduct CFD simulations and wind tunnel test to analyze and determine the best winglet configuration.- Conduct trade off studies on the aircraft tail to improve aircraft directional stability by modifying rudder area. Performed CFD simulations of various rudder designs and validated with wind tunnel test data. Analyze data and collaborate with stability and control teams to determine the best vertical control surface configuration.- Provide drag polar analysis using flight test data with various recorded parameters to generate lift and drag curves, illustrating the relationship between drag and lift across different speeds and angles to assess aircraft performance.

Bandung, West Java, Indonesia

As Aerodynamic Engineer.- Prepare Aerodynamic Database based on wind tunnel test data result and software prediction for IFX Update Configuration.