Third-year Industrial Engineering student at "Universitatea Politehnica Timișoara" with over 5 years of CAD experience (SolidWorks, Fusion 360, Siemens NX, etc.). Passionate about learning new skills,... Read more

Third-year Industrial Engineering student at "Universitatea Politehnica Timișoara" with over 5 years of CAD experience (SolidWorks, Fusion 360, Siemens NX, etc.). Passionate about learning new skills, I currently take part in my university's Formula Student team, where I design and manufacture parts out of composite materials (carbon fiber, kevlar). Demonstrated technical leadership by progressing from high school robotics Team Leader to my current role as the team's Technical Mentor, alongside developing award-winning personal projects. Eager to leverage this practical, fast-paced fabrication experience to tackle real-world industry challenges.

Mechanical and aerospace design engineer specialised in structural design, composite materials and CAD/CAE for high-performance applications. As Structural Coordinator of the only Romanian student... Read more

Mechanical and aerospace design engineer specialised in structural design, composite materials and CAD/CAE for high-performance applications. As Structural Coordinator of the only Romanian student team at the Spaceport America Cup (IREC), I led the structural design, manufacturing and integration of fully student-built supersonic rockets that reached Mach 1.8 and about 9,700 m altitude, coordinating a multidisciplinary team of 15+ engineers through the complete design-to-production cycle. What I can do for you: - 3D CAD modelling and detailed design: CATIA, Fusion 360, AutoCAD - FEA / FEM structural analysis and optimisation: Ansys Mechanical, Ansys Workbench, Ansys APDL - CFD and aerodynamic analysis: Ansys Fluent, RASAero II, OpenRocket - Composite and hybrid laminate design (carbon, glass, Kevlar): stacking sequence, layup, manufacturing and testing - Design for manufacturing: FDM 3D printing, 3-axis CNC machining, turning - Engineering software and automation: Python, JavaScript/TypeScript, data analysis and custom analysis tools I am a PhD candidate in Mechanical Engineering at the National University of Science and Technology Politehnica Bucharest, researching the optimisation of hybrid polymer composites for supersonic rocket fuselages, with an MSc in Software Engineering and a BSc in Industrial Engineering from the same university. My work has been published and presented internationally (ScienceDirect, SSEA Munich, HPES, ESSIR), including flight-validated 3D-printed composite rocket structures. I also developed CLSA, a web platform for preliminary composite laminate design that computes A, B and D stiffness matrices, runs failure and buckling checks, and uses an AI agent to propose laminate configurations from natural-language requirements. I work in English and Romanian, communicate clearly, and deliver documented, manufacturable designs on schedule.

Work experience: • 01.04.2014 - up to this date → Passive Safety Engineer Workplace: RENAULT TECHNOLOGIE ROUMANIE Responsibilities: Realizing the pre- and post- processing of complex Finit... Read more

Work experience: • 01.04.2014 - up to this date → Passive Safety Engineer Workplace: RENAULT TECHNOLOGIE ROUMANIE Responsibilities: Realizing the pre- and post- processing of complex Finite Element Models and analyzing the behavior of the BIW (body in white) subjected to different load cases, according to the type of calculation required: passive safety, endurance or NVH. Analyzing the BIW behavior and proposing solutions to the problems encountered, in order to achieve the required performances. Proposing solutions, drawing parts and iterating rapidly in order to improve different behaviors of the BIW. Using specialized programs for each step of the process (such as ANSA or Hypermesh for pre-processing, PamCrash, Nastran, Abaqus for processing and MetaPost for post-processing) Realizing and writing standardized calculation procedures or technical documentation. Training new employees, teaching at workshops. Making correlations between tests and the Finite Element Calculations. Supervising projects during the development phase and during their life. • 01.09.2013 - 31.03.2014 → CAD/CAE Engineer Workplace: SEGULA TECHNOLOGIES ROMANIA SRL Responsibilities: Realizing the pre- and post- processing of complex Finite Element Models and analyzing the behavior of the BIW (body in white) subjected to different load cases, according to the type of calculation required: passive safety, endurance or NVH. Analyzing the BIW behavior and proposing solutions to the problems encountered, in order to achieve the required performances. Proposing solutions, drawing parts and iterating rapidly in order to improve different behaviors of the BIW. Using specialized programs for each step of the process (such as ANSA or Hypermesh for pre-processing, PamCrash, Nastran, Abaqus for processing and MetaPost for post-processing) • 11.06.2012 - 03.08.2012 → Car mechanic Workplace: SC Ana Reviteh SRL, 9 Tudor Vladimirescu Street, Otopeni, Ilfov, Romania Responsibilities: Repairing cars, ensuring the maintenance operations for cars, making the periodically technical inspections Education: • 2013 - 2015 → Universitatea POLITEHNICA din Bucuresti (Transports College, Automotive Department ) Degree: 2nd Degree in Automotive Engineering Studied subjects: NVH; Finite Element Simulations in the Automotive Industry using Ansys; Automotive Testing; Internal combustion engines - simulation of thermodynamic processes; Automotive aerodynamics - Theoretical models and Finite Element analysis using CFD/CFX; Longitudinal and lateral automotive dynamics - Studies of stability and maneuverability using theoretical models and software (TruckSim / CarSim); Automotive components - Studies of durability using theoretical models and software (Ansys); Electric and hybrid vehicles; Automotive dynamics modeling using Matlab Simulink; Automotive passive and active safety; Tire - road interantion; Automotive components simulations using LMS AMESim. Scientific research: Analysis of usage of carbon fiber composites in order to design and construct the monocoque structure for a Formula Student car. Skills: A better understanding of the construction and operation requirements of cars; Use of different software to simulate different processes or components for a car; Advanced modeling capabilities. • 2009 - 2013 → Universitatea POLITEHNICA din Bucuresti (Transports College, Automotive Department ) Degree: 1st Degree in Automotive Engineering Studied subjects: Advanced technical drawings knowledge; Theoretical knowledge in designing and constructing internal combustion engines; Automotive Dynamics; Automotive testing; Automotive maintenance; Automotive noises and vibrations; 3D modeling using Catia v5, SolidWorks and Autodesk Inventor; 2D modeling using Autodesk Autocad and Catia v5; Kinematic analysis of mechanisms; Scientific research: Designing and constructing a spatial frame made out of steel tubes, for a Formula Student race car. Skills: Advanced knowledge in design, construction and operating principles of motorized vehicle; Advanced skills in 3D modeling parts, components and subassemblies of motorized vehicles; Knowledge in reading and interpreting technical drawings; Knowledge in automotive testing; Outstanding performances: Valedictorian student • 2005 - 2009 → National Informatics College "Tudor Vianu" Degree: Assistant programmer Studied subjects: Advanced mathematics and computer science; Skills: C++ programming; Basic knowledge of HTML programming; Foreign languages: Romanish: C2 - Native English: C1 - Expert German: B2 - Advanced French: A1 - Beginner Romanian: C2 - Native Activities: President of the Formula Student Team at the University Took part in activities organized by Junior Achievement: JA Student Company, JA Titan, JA Business Ethics; 1st and 2nd Prize at National competitions in Theoretical Mechanics and Mathematics; Overall skills: Design and analyze automotive components; 2D and 3D designs skills; Advanced knowledge in passive and active safety; Advanced knowledge in Finite Element modeling; Advanced knowledge in components simulating software;