Owen Pintar Email & Phone Number

Carlsbad, California, United States

Kingston, Ontario, Canada

Research Thesis- Applied multi-material topology optimization (MMTO) to develop an internal wing structure of a personal air vehicle (PAV) with electric vertical takeoff and landing capabilities (eVTOL)- Conducted finite element analysis (FEA) to validate CAD interpretation of optimization results against FAA/EASA flight and structural design regulations (OptiStruct, Python)- Demonstrated effective application of MMTO methodologies to unconventional critical aerospace structuresIndustry Project (KCARBON): Lightweight Economy-Class Commercial Aircraft Seat Assembly Design- Implemented MMTO considering novel CFRP materials to create a manufacturable passenger seat assembly (SolidWorks, HyperMesh)- Performed static and dynamic analyses to ensure structure was compliant with 16G crash safety requirements (OptiStruct, LS-DYNA)- Selected as a finalist for the JEC Composites Innovation Award 2022 in the “Aerospace Application” categoryIndustry Project (NRC): Conceptual Design and Multi-Material Topology Optimization of a PAV- Generated concept designs and FE models for an eVTOL PAV (OpenVSP, HyperMesh)- Developed a lightweight internal fuselage structure configuration using MMTO in collaboration with multidisciplinary research partners (Optistruct)- Compiled and presented progress as project lead to project stakeholders (Microsoft Office)Industry Project (KARI): Structural Optimization of a Battery Housing Unit for UAM- Developed a battery housing structure capable of safely withstanding the inertial and thermal effects of short-haul flight- Aided in the testing and advancement of in-house optimization design toolsIndustry Project (Queen’s Faculty of Engineering): Multi-Material Structural Optimization of an eVTOL PAV Wing- Supported development of aerodynamic and inertial structural loading scenarios (MATLAB)- Produced preliminary internal structures for use in integrating additively manufactured (AM) metallic components and innovative CFRP materials

Kingston, Ontario, Canada

• Delivered clear and concise tutorial instruction for MECH 221: Solid Mechanics, guiding students through complex course matter while promoting effective problem-solving strategies• Facilitated engaging APSC 162: Graphics lab, assisting students in experiencing the practical application of technical drawing, GD&T, 3D modelling, and other hands-on design concepts• Led interactive lab sessions demonstrating experimental methods in studying effects of vibration and dynamics• Assessed exams for up to 200 students for multiple courses, providing constructive feedback to promote their academic progress

Timmins, Ontario

- Performed various road maintenance tasks while gaining an understanding of first-hand operation of heavy equipment systems- Successfully administered traffic control procedures to effectively ensure the safety of colleagues and pedestrians during high-risk work activities

Timmins, Ontario

- Assisted with media personnel management and back-of-house artist hospitality at the Stars & Thunder Music Festival- Performed various road maintenance tasks while gaining an understanding of first-hand operation of heavy equipment systems- Successfully administered traffic control procedures to effectively ensure the safety of colleagues and pedestrians during high-risk work activities

Timmins, Ontario

- Assisted with artist and equipment transportation at the Stars & Thunder Music Festival- Performed various road maintenance tasks while gaining an understanding of first-hand operation of heavy equipment systems- Successfully administered traffic control procedures to effectively ensure the safety of colleagues and pedestrians during high-risk work activities

Timmins, Ontario, Canada

- Utilized a primary understanding of provincial building codes and common mechanical design practices to assist in the design of HVAC and plumbing systems in a wide range of building projects- Aided in all stages of a design-build engineering project from concept and preliminary design, to construction and installation- Collaborated with professionals across numerous disciplines including electrical engineers, architects, and contractors

Master Of Applied Science - Masc, Mechanical Engineering, 4.00 / 4.30 Gpa

Bachelor Of Applied Science - Basc, Mechanical Engineering, 3.58 / 4.30 Gpa

Activities and Societies: Chief Operations Officer - Queen's BioMechatronics Team (QBMET)