Anthony Aborizk Email & Phone Number

Gainesville, FL, US

Gainesville, Florida, United States

• Space Systems Group (SSG)
• Explore reinforcement learning (RL)-based strategies to estimate trajectories for data-driven space docking control simulation
• Explore quantification of uncertainty in controller designs and hierarchical task managing to simplify complex spacecraft maneuvers

Gainesville, Florida, United States

• ADAMUS Lab
• Developed a transfer function relating static fragmentation events to in-flight conditions
• Explored recurrent neural networks and gaussian mixture models to model energy distribution of fragmentation events
• Taught undergraduate students fundamental astrodynamics
• Wrote exams and provide graded feedback to undergraduate students

Kirtland Air Force Base, New Mexico, United States

Stability Analysis of Model Predictive Control Techniques on an Underactuated CubSat with Unilateral ThrustJournal paper coming soon.

Kirtland Air Force Base, New Mexico, United States

Kirtland Air Force Base, New Mexico, United States

Eglin Air Force Base, Florida, United States

• Explored (RL)-based strategies to estimate control policies
• Performed research related to autonomous systems, model-based RL control, model predictive control and quantification of uncertainty in controller designs
• Developed an online, data-driven space docking control simulation using model based RL in tandem with model predictive control

Jupiter, Florida, United States

• Developed a Dual Stage Attention Based Recurrent Neural Network (DARNN)
• Implemented the DARNN to predict normal behavior and detect anomalies in gas turbine sensors
• Helped company develop anomaly detection technology that will save $45k/month when implemented

Gainesvile, FL

• The DebriSat project is a collaboration of the NASA Orbital Debris Program Office, the Air Force Space and Missile Systems Center, The Aerospace Corporation, the University of Florida, and the Air Force Arnold.
• Use lab generated data to update satellite breakup models and improving situational awareness in Low Earth Orbit
• Coordinate activity of DebriSat employees, define and prioritize workload
• Perform continuous improvements in MATLAB for independently designed 2-D and 3-D imaging systems
• Collect, characterize and archive fragments generated from the DebriSat hypervelocity impact test Projects: 3D Imager Optimization
• Optimized MATLAB code in a team of four to implement object renderings, calculations and calibration techniques of a 3-D imaging system

Jupiter, FL

• Primary Duties:
• Aided in ownership of Gas Turbine 9FA class blades throughout the complete serial production and reconditioning life cycle
• Utilized analytical methods and design analysis tools such as GOM to influence manufacturing and process operations and establish acceptance criteria for the manufacturing of airfoils
• Coordinated with outside vendors in the US, global consumers in Japan and internal groups to develop manufacturing process for existing airfoil products according to the technical and program requirements
• Provided input into the new design components for manufacturability and reparability
• Dispositioned non-conforming products and work to eliminate the root cause of the issue for future orders

Houston, Texas

• The purpose of the DebriSat project is to improve space situational awareness in lower Earth orbit (LEO) through better understanding of the debris environment. Because of the increasing use of new materials, fragments.
• Developed a MATLAB X-ray image processing algorithm to identify and measure satellite debris generated from a hypervelocity impact test
• Worked with vector geometry and transform matrices to statistically represent data collected from X-ray images
• Used statistical representations to model size, shape, and radar and optical properties of debris items
• Identified areas of a test chamber with dense clusters of debris and prioritized a manual data collection process to reduce project cost
• Constructed 3-D databases in MATLAB to analyze the anisotropy of the breakup plume and track fragment locations

Gainesville, Florida Area

Duties included: Email communication, print exams and quizzes, organize office spaces, file student records.

Tarpon Springs, FL

DUTIES:Prepare meeting agendas, lead chapter meetings, appoint and establish necessary committees, develop goals for the chapter with help from other officers and advisers, oversee chapter projects and award preparation. Skillfully motivate the chapter members, conduct executive board meetings on a weekly basis,conduct new member orientation and coordinate.

Tampa/St. Petersburg, Florida Area

Customer service, cashiering, food handling, answering phone calls, making reservations, set up, take down, closing out cash box.

DUTIES:Create filing systems for student records, heavy use of MS Word, PowerPoint and Excel, supply inventory, email communication, answer phone calls, library management, responsibility over confidential student records, new hire training and event preparation. RELATED SKILLS:MS Word, PowerPoint and Excel, communication, leadership, organization.

Doctor Of Philosophy - Phd, Aerospace, Aeronautical And Astronautical Engineering

Master'S Degree, Aerospace, Aeronautical And Astronautical Engineering, 3.67

Program focus: Dynamic Systems and Controls Research focus: Astronautical engineering and machine learning Graduate Certification: Machine.

Bachelor'S Degree, Mechanical And Aerospace Engineering, 3.29

Activities and Societies: PROJECTS: UF Design and Manufacturing Class| Spring 2018| I worked in a group of three to design, fabricate and.

Associate Of Arts (A.A.), Mechanical Engineering, 3.74 Gpa

Activities and Societies: •Phi Theta Kappa Honors Society, •Golden Key Honour Society, •Men Achieving Excellence, •Soccer, •Student.