Andrej Sulek Email & Phone Number

Atlanta, GA, US

Brownsville, Texas, United States

Atlanta, Georgia, United States

• Studying current research in sparse antennae placement to create communication architectures
• Developing state-of-the-art antenna placement to minimize errors in satellite position and time
• Conducting trade studies to down select most viable antennae architecture for NASA proposal

Atlanta, Georgia

• Designed side panel attachment for first class cabin to be implemented on Delta A321 aircrafts
• Reverse engineered A321 frame based on Airbus SRM & IPC using SolidWorks and AutoCAD
• Wrote FAA FEA static test report which ensured the standards and safety of the monuments
• Automated engineering workflow for 20+ engineers through developing digital project structure
• Collected and analyzed time-sensitive air quality data ensuring the quality of HEPA filters and mitigating the viral propagation of COVID19 throughout aircraft cabin spaces

• Developed requirements and architectures for propulsion, power, and thermal subsystems
• Performed satellite thermodynamic analysis in SolidWorks to trim internal temperature

Atlanta, Georgia

• Received 1st place award in world-wide competition for 100-page comprehensive report detailing missile design process
• Developed multi-disciplinary missile development environment for optimizing missile design
• Used series of design of experiments to explore and down select optimal design space
• Designed and integrated missile propulsion system consisting or solid rocket motor and ramjet

Atlanta, Georgia

• Managed 10-person interdisciplinary team and decreased car manufacturing time by 3 years through implementation of new project management protocols
• Designed solar car aerobody using ANSYS Fluent CFD to reduce drag by 38%
• Established team wide carbon fiber & kevlar layup process which improved layup quality by 90%
• Manufactured 16’ x 6’ aerobody from aerospace-grade carbon fiber using Delta autoclave

Strother Field, Kansas

• Identified plasma spray repair work loops using excel MACROs, saving $1.5 million annually
• Digitized and streamlined gate process for CF34-10E/CFM56-5/7 turbofan engines which increased traceability of engines and MRO facility efficiency
• Designed fixture for measuring surface quality used daily in the surface repair process
• Interfaced with clients regarding engine repair data requests on a sensitive timeline

Atlanta, Georgia

• Pioneered cube satellite’s inflatable mylar tetrahedron target and ensured space inflation
• Designed tetrahedron inflatable housing system using space seal/gasket configurations
• Manufactured inflatable 3 thou thick mylar tetrahedron that will launch in 2020