Alexander Geller Email and Phone Number

• Spearheaded the launch of brand-new ESA connectivity technology on E175 and CRJ900 fleets, overseeing the process from RFC through installation, flight testing, and certification, resulting in enhanced system performance and decreased latency• Led the installation and testing of 2Ku inflight connectivity systems on A321 aircraft for international customer, streamlining schedules and coordinating AOG engineering and supply chain activities; final program cost 15% under budget• Directed the transition of a fleet of 10 B777 aircraft to a new connectivity platform, ensuring seamless integration with existing systems; this upgrade will enhance operational reliability across all flights; completed project 2 months ahead of schedule• Developed an efficient process for the FAA approval of LRU upgrades, streamlining the collection, review, and submission of DO-160 documentation; improved average LRU upgrade and approval timeline by 6 weeks• Create and manage comprehensive project plans encompassing scope, resource allocation, risk assessment, budget oversight, and schedule tracking to create a single, efficient, point of reference for all project KPIs and deliverables• Collaborate with foreign and domestic regulatory bodies and industry partners to ensure compliance and airworthiness of implemented technology• Lead cross-functional project coordination meetings, program review meetings, and design reviews with internal stakeholders, customers, third party suppliers/vendors, and MROs

• Used earned value and critical path methodology to manage large budget classified control account and keep IMS up to date• Led the propulsion system integration effort on advanced ADP programs, developing interface and requirements documentation in 3DX• Directed propulsion flight test planning and instrumentation setup, implemented the use of fiber optic strain gauges to reduce system weight by 10%• Performed propulsion performance modeling with NPSS and OEM engine decks for a variety of systems• Developed and analytically tested propulsion flow-paths alongside conceptual designers for ADP future air mobility project• Provided full product life-cycle support for C-130J nacelle ranging from production to installation to customer delivery

• Managed pressure gain propulsion projects ranging from proposal writing to customer interaction and briefing• Led design and testing of Rotating Detonation Engines (RDEs), employing LabView and MATLAB for data gathering and analysis• Tested and analyzed combustion instabilities in afterburners using afterburning wind tunnel• Developed new code to analyzed high speed images for RDE and pulsejet, reducing processing time by 2 weeks per video • Mentored a team of junior engineers in high-pressure system diagnostics, engine installation, and testing

• Performed structural load calculations for bridges, highway signs, and steel beams using both manual methods and software tools (MATLAB and excel) to ensure compliance with safety and design standards• Developed 3D bridge models and performed finite element analysis with Leap Steel to optimize design and structural performance• Designed highway sign in STAAD.Pro and generated resultant moments and reactions to find optimal foundation geometry• Enhanced bridge designs by performing detailed girder analyses and design runs on STLRFD, improving performance of

Performed patent searches to assess the viability of a new use for the current product's technology.Designed, created, and updated product part files, drawings, assemblies using SolidWorks.Designed printed circuit boards using SolidWorks.Created drawings, work instructions, component master specifications, and flow charts for device master record and device history record.Designed and 3D printed devices for testing battery resistance and voltage; and electromagnetic field strength of a coil wound around a rod.Performed strength and force tests using SolidWorks.Performed tolerance and dimension analysis.Communicated directly with manufacturer on product specifications.

Modeling and comparing the effectiveness of different configurations of structural batteries to be used in aircraft bodies.Virtual materials testing using ABAQUS software.Study of enhanced materials through properties such as toughness, strength, and weight.Physical experimentation over appropriate length scales.Investigation of microstructures of high-performance materials.Improvement of material performance through design of material microstructure.

Facilitated programs for 60 teens to grow leadership, team building, childcare, and effective programming skills.Led programs aimed at developing teens' Jewish identity.