curriculum vitae

Basics

Name Azhari Abbas
Label Aerospace Engineer
Email azhari.abbas2@gmail.com
Phone +1 (954) 882-7461
Summary Experienced in test and evaluation engineering, edge AI for autonomous systems, and spacecraft environmental testing with an active U.S. DoD Secret clearance.

Education

  • 2022.08 - 2026.05
    Bachelor of Science
    Embry-Riddle Aeronautical University
    Aerospace Engineering (Astronautics and Spacecraft Design)
    • Minors: Computer Science and Business Administration
    • Kappa Alpha Psi Fraternity Inc.
    • National Society of Black Engineers (NSBE)

Skills

Programming and Flight Software
Python
MATLAB
C
C++
CUDA
Arduino
ROS
PX4
YOLO
Simulation and Analysis
Simulink
NASTRAN
Ansys Fluent
STK
GMAT
MES
CPLM
NASA GEVS
CAD
CATIA
SolidWorks
Inventor
Siemens NX

Certificates

Northrop Grumman ASTAR
Northrop Grumman 2025-01-01
Arduino Certification Program
Arduino 2023-01-01
SOLIDWORKS Professional (CSWP)
Dassault Systèmes 2019-01-01

Work

  • 2025.06 - 2025.08
    Test and Evaluation Engineering Intern (Full-time)
    Northrop Grumman Corporation
    Active U.S. Department of Defense Secret/SAP clearance holder conducting systems testing in a high-stakes environment.
    • Conducted testing of hydraulic, environmental control, electrical, and fuel systems.
    • Authored Acceptance Test Procedures to ensure system safety and compliance.
    • Enhanced augmented reality tools to guide technicians during system testing.
  • 2024.04 - Present
    Product Line Management Associate (Part-time)
    Mitsubishi Power Americas Inc.
    Analyzed operational data from high-capacity gas turbines to support product life cycle management and strategy development.
    • Coordinated communication between engineering, sales, and program managers across prioritization and production cycles.
  • 2023.06 - 2023.11
    Mechanical Engineering Intern (Part-time)
    Docking Robotics LLC
    Focused on hardware integration for autonomous ground vehicles.
    • Designed and integrated encoder mounting hardware.
    • Collaborated with vendors to resolve instrumentation and measurement system challenges.

Projects

  • 2023.01 - Present
    Navigating Enhanced Exploration Assistance (NEXA)
    Developed an edge AI platform for autonomous drone security designed for challenging data environments including noise, occlusions, and weather changes.
    • Deployed an end-to-end edge stack on NVIDIA Jetson platforms with real-time YOLO object detection reaching 56 FPS.
    • Used domain randomization and online hard example mining to handle distribution shift and enable closed-loop autonomy without the cloud.
    • Created a deployment-ready architecture for privacy-preserving, on-device perception and secure alerting.
  • 2025.08 - Present
    OrbitFlex CubeSat Team
    Served as Environmental and Test Engineer for a 3U CubeSat mission aimed at conducting optical Space Situational Awareness (SSA) of objects in the geostationary belt.
    • Developed comprehensive end-to-end testing plans incorporating NASA GEVS Section 2.8 and vibroacoustic/shock procedures from Section 2.4.2.
    • Implemented ISO Class 8 cleanroom protocols for assembly and testing to ensure compliance with MIL-STD-1246C surface cleanliness standards.
    • Contributed to data collection for generating mini-catalogs with line-of-sight (Right Ascension/Declination) measurements.
  • 2025.10 - 2025.11
    Light Intensity Measurement & Validation of Radiative Laws Using Arduino
    Designed an Arduino-based experimental setup using an LDR sensor to measure light intensity and validate physics laws.
    • Validated inverse-square law and Lambert’s cosine law (R² = 0.927).
    • Processed experimental data using custom MATLAB fitting models.
  • 2025.05 - 2025.06
    Mixture-Ratio Sensitivity of a Hydrogen–Oxygen Rocket Engine Using NASA CEA
    Analyzed combustion chamber temperature and specific impulse variation for a GH₂/GO₂ rocket engine.
    • Used NASA CEA to compare restricted chemistry and full equilibrium combustion models at 68 atm.
    • Identified optimal fuel-rich operating conditions (O/F ≈ 2).
  • 2025.01 - 2025.04
    AI-Driven Collision Avoidance for Crowded Orbital Environments
    Investigated AI-based methods for predicting and preventing satellite collisions in LEO.
    • Reviewed conjunction screening, event pruning, and Bayesian RNNs.
    • Outlined future directions for hybrid AI–physics modeling.
  • 2025.03 - 2025.04
    Space Debris Detection for Orbital Scene Awareness
    Developed a YOLOv8 object detection model to identify space debris and satellites in orbital imagery.
    • Trained on 6.4k images with 42k annotations across diverse orbital scenes.
    • Achieved reliable detection of small debris and large spacecraft across varying scales.
  • 2025.01 - 2025.04
    Experimental Boundary Layer Analysis Using Hot-Wire Anemometry
    Characterized a turbulent flat-plate boundary layer using hot-wire anemometry and pitot-static measurements.
    • Computed boundary layer thickness, wall shear stress, and friction coefficient.
    • Performed FFT analysis to evaluate turbulence intensity and kinetic energy.
  • 2025.01 - 2025.04
    Finite Element Structural Analysis Using Simcenter Femap with NASTRAN
    Applied FEA to classic aerospace structural problems.
    • Modeled beam and rod elements with isotropic aluminum material properties.
    • Verified model accuracy through percentage error analysis against hand calculations.
  • 2025.01 - 2025.04
    Wind Tunnel Aerodynamic Testing of a Space Shuttle Orbiter Scale Model
    Conducted low-speed wind tunnel testing of a 1:286 scale model.
    • Measured lift and drag forces across AoA from −10° to 30° at 20 m/s.
    • Identified peak lift coefficient (CL ≈ 1.01) and maximum L/D ≈ 1.88.
  • 2024.05 - 2024.08
    Development of a 6DOF Flight Dynamics Model for the Airbus A320
    Developed a six degrees of freedom flight dynamics model using MATLAB.
    • Modeled translational and rotational aircraft motion using rigid-body dynamics.
    • Integrated aerodynamic force and moment models to simulate trajectory.
  • 2023.01 - 2023.10
    EUREKA Rocket Launch Team (LASERHAWK)
    Programming Lead for student rocket design and launch team via NSBE.
    • Developed Arduino and C++ flight data logging software for a 5-foot rocket.
    • Enabled GPS tracking, range estimation, and post-flight data analysis.

Awards

Volunteer

  • 2021.08 - Present
    Technology Advisory Committee Member
    School Board of Broward County
    Serve on a district-level advisory committee supporting technology integration, STEM initiatives, and educational innovation.
    • Provide student and community perspectives on emerging technologies, cybersecurity awareness, and digital equity in K–12 education.
  • 2020.01 - 2022.06
    Volunteer
    J.P. Taravella High School Special Olympics
    Supported Special Olympics events and student-athlete activities.
    • Assisted coaches and staff to ensure inclusive, safe, and engaging athletic experiences.
    • Coordinated events and provided on-site assistance.
  • 2017.08 - 2019.07
    Volunteer
    City of Tamarac
    Participated in community service initiatives and city-sponsored volunteer programs.
    • Supported local events and civic engagement efforts benefiting residents and public spaces.

Languages

English
Native/Fluent
Arabic
Fluent
Spanish
Classroom Study