Hire the best freelance Composite Materials expert designers for your company

Hello! Thank you for taking a look at my profile. I am currently an engineer with a bachelor's in Material Science and Engineering (Polymers) and a master's in Polymeric Composite Materials. Throu... Read more

Hello! Thank you for taking a look at my profile. I am currently an engineer with a bachelor's in Material Science and Engineering (Polymers) and a master's in Polymeric Composite Materials. Throughout my career, I've learned to design and model extensively in AutoCAD, Fusion, and other similar software like Blender or Catia. Please let me know if I can help with your design needs! In addition, I am a useful source for rapid prototyping and manufacturing.

I am an enthusiastic and experienced Industrial Designer with a strong passion for developing innovative, user-centered products that meet production requirements from initial concept through to final... Read more

I am an enthusiastic and experienced Industrial Designer with a strong passion for developing innovative, user-centered products that meet production requirements from initial concept through to final product. With over five years of experience in designing projects for consumer goods, wearable electronics, medical and wellness devices, and robotics, I deliver aesthetically pleasing design solutions optimized for cost-effectiveness and manufacturing complexity. My expertise includes designing for injection molding, RIM technology, composite materials (carbon fiber), metalworking (bending, stamping, cutting, welding), and various surface treatments and coatings on plastic, silicone, and metal (e.g., PAD-printing, engraving). I led and designed the UNAwheel Maxi project, which received the international iF Design Award for its design.

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.

Innovation engineer developing Electro-mechanical products for functional prototyping and industrial manufacturing. Leading product design from High-level requirements to pre-production prototype for... Read more

Innovation engineer developing Electro-mechanical products for functional prototyping and industrial manufacturing. Leading product design from High-level requirements to pre-production prototype for hardware start-ups, SME's and crowd-funded projects from all over world. Fostering design innovation to optimize functionality, aesthetics and manufacturing costs. Combining radical ideas with technical expertise to make unique and leading products. With expertise in design and prototyping, I am seeking clients who need innovative engineering solution for their businesses. Expertise: * Design innovation. * Concept development. * Product engineering. * System engineering. * Design and cost optimization. * Functional prototyping. * Vendor sourcing for industrial manufacturing.

Aerospace Engineering undergraduate with hands-on experience in multiscale modeling, advanced materials, and computational simulations. Skilled in FEA, molecular dynamics, and machine learning for sol... Read more

Aerospace Engineering undergraduate with hands-on experience in multiscale modeling, advanced materials, and computational simulations. Skilled in FEA, molecular dynamics, and machine learning for solving complex process–structure–property problems in aerospace applications. Worked on additive manufacturing simulations, CNT-based composite modeling, and ML-driven material design, delivering measurable improvements in prediction accuracy and structural performance. Proficient in Python, MATLAB, ANSYS, ABAQUS, COMSOL, and LAMMPS, with practical exposure to SEM, XRD, and wind tunnel testing. Currently pursuing B.E. in Aerospace Engineering with research experience at ARCI, NIT Warangal, and NAL. Passionate about interdisciplinary research in aerospace structures, nanocomposites, and next-generation materials.

With over 16 years of experience in mass transport manufacturing, I possess a strong understanding of safety standards and requirements for producing reliable products. I excel in project planning, ma... Read more

With over 16 years of experience in mass transport manufacturing, I possess a strong understanding of safety standards and requirements for producing reliable products. I excel in project planning, management, and execution, ensuring on-time and within-budget delivery. My adaptability is evident in my work across various industries, including electronic equipment design, site decommissioning, and plant equipment design. As a Self-Employed/Contract Engineer, I specialise in designing bespoke mass transport products like toilet cabins and seating. Notably, I have contributed to the successful development of rail passenger seat products, focusing on comfort, features, and low weight. My expertise covers mechanical and electrical systems, encompassing elements such as reading lights, USB ports, and mains sockets. Throughout my career, I have held positions such as Engineering Project Lead, Senior Design Engineer, and Systems Manager & Engineering Manager. I am experienced in managing projects, delivering prototypes on time and within budget, and continuously improving product designs. With a focus on composite materials, sheet metal, and cast aluminium, I ensure compliance with industry standards like EN 45545, PRM-TSI, and GM/RT2100. As a member of the Institution of Engineering and Technology, I prioritise professional development and staying abreast of industry advancements.

I am a highly experienced Mechanical Design Engineer with over 17 years of professional experience in the aerospace and heavy machinery sectors, including 3 years of international exposure. I speciali... Read more

I am a highly experienced Mechanical Design Engineer with over 17 years of professional experience in the aerospace and heavy machinery sectors, including 3 years of international exposure. I specialize in mechanical design, structural analysis, CAD modeling, and engineering problem-solving for complex, high-precision systems. Alongside industry work, I have served as a lecturer and technical trainer, delivering practical, industry-oriented training in mechanical, auto, and diesel technologies. This teaching experience allows me to communicate technical concepts clearly and work effectively with clients from diverse backgrounds. I am committed to delivering accurate, efficient, and cost-effective engineering solutions, meeting deadlines, and exceeding client expectations. If you are looking for a reliable engineer who combines deep technical expertise with clear communication, I would be glad to support your project. I am also a part time Freelancer. I offer my services in 3D CAD Modeling, CATIA (V5, V6), SolidWorks, Auto CAD, MSC ADAMS, ANSYS, MATLAB, CES Edu pack.

Competencies Mechanical Engineering and Management of prototype projects from conception, through design, build, and testing phases. Frequent communication and coordination with other design engineer... Read more

Competencies Mechanical Engineering and Management of prototype projects from conception, through design, build, and testing phases. Frequent communication and coordination with other design engineering disciplines and technicians to complete objectives. Proficient utilization of Solidworks software to generate 3-D models of design concepts, and drafting engineering drawings for manufacturing and production. Research and Analysis of design ideas, specifications and manuals to determine feasibility and safety of design or application. Collaboration with Production personnel to ensure products and systems conform to engineering specifications. Use of CAE software, conducting virtual structural design iterations for identifying and remediation of potential design issues. Creation of drawings for communicating with production personnel, and generation of explanatory diagrams, technical files and bills of materials for production and reports. Procurement of cost effective parts and materials for projects, often working directly with in house and outside manufacturers on fabricating and building components. Conducting tests on prototype designs, operating all associated equipment and collecting relevant data for analysis. Authoring training manuals and training professional and technical staff on design or system use. Compiling and presenting research data into formats for scientific analysis, or customer reports. Professional Experience Mechanical Engineer NTS/MSI/Sierra Peaks Inc. Jan 2012 to Nov 2017 Hardware and Service Solutions 8436 Washington Place Albuquerque, NM 87113 http://www.sierrapeakstibbetts.com Lead Engineer, responsible for Production Management, and Technical Documentation of Harvester airborne nuclear particulate sampling pods for Sandia Labs/ Airforce (AFTAC) customer. Implemented an MRP inventory system to re-organize shop activities from the development of prototypes into producing multiple large pod systems. Functioned as primary focal point on engineering and technical issues. Supported and interpreted to Manufacturing, Investigated Engineering draw errors and corrected suitably. Wrote the ECOs and drafted the drawing changes for a complete deliverable design package to customer. Design and structural analysis of composite pod heat sink/strong back structure and composite enclosure for airborne camera payload of customer design. Successfully tested to IP67 customer requirement and delivered prototypes. Mechanical Engineer Adherent Technologies Inc July 2001 to Jan 2012 Development Laboratories 11208 Cochiti SE, Albuquerque NM www.adherent-tech.com Modernized outdated mechanical test equipment, as well as trained new personnel to complete destructive testing for evaluating mechanical properties of advanced composite materials. Results showed improved composite material properties achieved by chemist's formulas. Designed, manufactured and operated testing apparatus within ASTM specifications for collecting particulate emissions from catalytic wood stove designs. The results favorably compared new catalyst formulas to competing market products. Organized and managed the facility installation of a pneumatically operated, industrial distillation unit for solvent recovery for composite recycling process plant. Unit was successful, and safely operated. Designed and built structural support and developed operating procedures for a prototype 300 gallon acid digestion composite materials recycling reactor. The reactor is still operating and providing data for composite recycling research to this day. Analyzed the feasibility and implemented the re-purposing a salvaged reactor into a medium sized vacuum testing chamber for experiments with inflatable, foam injected, rigidizable-on-command space structures. Operated, collected data, and designed modifications to a large-scale gasification type tertiary recycling prototype plant. Improved critical heat exchanger designs. Designed, built and operated an experimental drop through plasma treatment chamber for etching surfaces of graphite flakes and carbon nanotubes for use in advanced composite material research. Created a synchronized jack screw system for rapidly opening heat treatment ovens to facilitate faster re-threading and increase production of line involved in composite fiber finish application and powdered tow pre-impregnation. Developed servo controlled gate valves for a feedback control method utilizing laser interferometers for controlling powder flow deposition onto composite fibers. Contributed to the scientific and technical innovation with mechanical test results and visual diagrams and pictures, approved for publication as a NASA Tech Brief, entitled Light Curing Structural Repair Tape for In-Space Repair. Mechanical Engineer Civilian Service, C-5 Engineering September 1999 to June 2001 Warner-Robins Air Force Base, Georgia Q-Clearance obtained (expired) Evaluated and solved engineering problems in a depot level aircraft repair facility, specifically working on maintaining and repairing the oldest prototypes of the heavy lifter fleet of C-5 military aircraft. Designed and interpreted for mechanics any non-standard airframe structural repairs. Worked with fabricators in creating repair fittings and addressing manufacturing issues. Education Bachelor of Science, Mechanical Engineering 1995-1999 University of New Mexico Albuquerque, NM Graduated with Honors Skills Computer aided engineering with 3-dimensional modeling and documenting software Solidworks, Solidworks Workgroup, Pro-E, Autodesk, Spaceclaim, Sketchup Ansys Simulation Software, Workbench Platform, Structural Mechanics, Statics, Heat Transfer Caedium Computational Fluid Dynamics Software Microsoft Office Suite Products I can play a guitar and harmonica, operate a slide rule and solve a rubics cube. References Available upon Request

I am a Civil & Structural Engineer specializing in safe, practical, and code-compliant structural solutions for residential, commercial, and industrial projects. I help architects, contractors, homeo... Read more

I am a Civil & Structural Engineer specializing in safe, practical, and code-compliant structural solutions for residential, commercial, and industrial projects. I help architects, contractors, homeowners, and developers transform concepts into construction-ready engineering documents. My focus is delivering accurate calculations, clear drawings, and reliable communication throughout every project.

I am a mechanical design engineer specializing in UAV airframes, aircraft structures, product development, and complex 3D CAD modeling. I have practical experience taking engineering projects from th... Read more

I am a mechanical design engineer specializing in UAV airframes, aircraft structures, product development, and complex 3D CAD modeling. I have practical experience taking engineering projects from the initial concept through aerodynamic layout, detailed CAD design, prototyping, manufacturing preparation, assembly, testing, and flight evaluation. My work includes fixed-wing UAVs, aircraft components, mechanical assemblies, enclosures, composite structures, and products designed for 3D printing, CNC machining, and small-scale manufacturing. I can help with: • 3D CAD modeling and mechanical design • UAV and aircraft concept development • Aerodynamic configuration and airframe layout • Assemblies, mechanisms, enclosures, and structural components • STEP, STL, and manufacturing-ready files • Technical drawings and production documentation • Design for 3D printing, CNC machining, and composite manufacturing • Prototype development and design improvement • Reverse engineering from drawings, photographs, or measurements I primarily work in Autodesk Fusion 360 and deliver organized models suitable for further engineering development and production. I hold a Master’s degree in engineering and also have experience in antenna development, RF systems, and electronic warfare-related engineering projects. This multidisciplinary background helps me work on products that combine mechanical structures, electronics, communication systems, and aerodynamic requirements. I focus on practical engineering, clear communication, and designs that can actually be manufactured and tested.

Mechanical Engineer specialized in Automotive Engineering, currently pursuing a MSc in Motorsport Engineering while working within a professional racing environment at Campos Racing.

Mechanical Engineer specialized in Automotive Engineering, currently pursuing a MSc in Motorsport Engineering while working within a professional racing environment at Campos Racing.

I am a mechanical engineering with professional working experience in the automotive and motorsport industry (+2 years). I have been using mainly PTC Creo and Solidworks as 3D modelling software, but... Read more

I am a mechanical engineering with professional working experience in the automotive and motorsport industry (+2 years). I have been using mainly PTC Creo and Solidworks as 3D modelling software, but I also used Catia V5/6 in the academic field. Experience with Matlab as numeric software, and experience with PTC Creo Simulate and Abaqus as FEA Software. During my professional life I have been working on design of racing cars with particular focus on powertrain installation, cooling systems, hydraulic systems, CNC machined components and composite material made components and related jigs and toolings, 3D printed components. Currently working in the food processing industry and involved in the design of industrial machineries and related items (fluid machinery, system's dimensioning and layout design).

Aerospace engineer and technical consultant with 10+ years of experience in the design, simulation, and development of manned and unmanned aircraft systems. I specialize in CAD surface modeling (CATIA... Read more

Aerospace engineer and technical consultant with 10+ years of experience in the design, simulation, and development of manned and unmanned aircraft systems. I specialize in CAD surface modeling (CATIA V5), CFD simulations (ANSYS Fluent), and technical documentation for aerospace design programs. I’m the founder of 𝗔𝗥𝗜𝗗𝗢 𝗗𝗲𝘀𝗶𝗴𝗻, a Mexico-based engineering firm providing remote CAD/CFD services to clients in the U.S., Europe, and Latin America. My project portfolio includes hybrid-electric aircraft, closed-wing biplanes, 150-kg VTOL UAVs, crop-spray systems for Bell 407 helicopters, and custom training simulators. I work project-based, 100% remote, and under NDA when needed — helping aerospace teams accelerate design cycles, improve aerodynamic performance, and deliver ready-to-integrate CAD/CFD solutions. Currently expanding into AI-assisted aerodynamic design, generative geometry, and surrogate modeling for CFD optimization. 🛠️ 𝗧𝗼𝗼𝗹𝘀: CATIA V5, ANSYS Fluent, Python (basic), Excel VBA 🌍 𝗟𝗮𝗻𝗴𝘂𝗮𝗴𝗲𝘀: English (Full Professional), Spanish (Native), German (Basic) 📬 𝗔𝘃𝗮𝗶𝗹𝗮𝗯𝗹𝗲 𝗳𝗼𝗿 𝗳𝗿𝗲𝗲𝗹𝗮𝗻𝗰𝗲, 𝗿𝗲𝗺𝗼𝘁𝗲, 𝗼𝗿 𝗰𝗼𝗻𝘁𝗿𝗮𝗰𝘁𝗼𝗿 𝗿𝗼𝗹𝗲𝘀 𝗶𝗻 𝗮𝗱𝘃𝗮𝗻𝗰𝗲𝗱 𝗮𝗲𝗿𝗼𝘀𝗽𝗮𝗰𝗲 𝗱𝗲𝘀𝗶𝗴𝗻 𝗽𝗿𝗼𝗷𝗲𝗰𝘁𝘀.

I am a Mechanical Engineer and CAD Expert with experience of 7 years As a dedicated full-time freelancer, I provide Product Development and Reverse Engineering services to clients. Products and 3D CA... Read more

I am a Mechanical Engineer and CAD Expert with experience of 7 years As a dedicated full-time freelancer, I provide Product Development and Reverse Engineering services to clients. Products and 3D CAD Models including Sheet Metal Designs, 3D Printed Designs, Composite Designs, and Plastic Designs (Injection Molding, Thermoforming). The designs are Validated using Simulation and Mechanical Analysis along with the selection of appropriate materials, and enhance overall design quality. Following prototyping of the Products, I provide comprehensive manufacturing drawings alongside compelling rendered images and animations that vividly showcase product and the assemblies. My approach is driven by efficiency, both in terms of design timelines and costs. I integrate pre-existing manufactured parts and components from a spectrum of suppliers into my designs. By doing so, I ensure not only economical design execution but also preemptive mitigation of redundant manufacturing expenses. All this is presented with meticulous detail, including material selection, Bill of Materials (BOM), and accessible sourced links. In Tight Tolerance Project, I implement Tolerance Analysis in Assembly Design, where I adhere to ISO 286 and ISO 2768 Tolerance standards. For accurate and precise manufacturing, I use ASME Y14.5 GD&T in manufacturing drawings. Feel Free to contact me regarding your project and I will be glad to share my insight. My diverse project history includes: • Product Design encompassing metal, plastic, and composite materials • Designing 3D Printed Components • Plastic Injection Molded Designs • Automotive Parts with Precision • Sheet Metal Designing • Composite Mold Designs • Plastic Design Solutions • Part Designs for Machining Processes My capabilities also extend to the domain of transforming 3D Scans into robust 3D CAD Models: # 3d Scan Alignments and Registration/Merging # 3d Scan Data, Mesh Data and Point Cloud Data optimization # Conversion of 3D Scan Data to 3D CAD Model # STL, XYZ, PLY to STEP # Accurate CAD Model with Deviation Analysis # 2D Drawings from 3D Scanned Data # Area, Volume Calculations, and Inspection of 3D Scan Data # 3D Scan and 3D CAD Comparison report # 3D Scan Data to Assembly model # 3D Scan to Mold Designs of parts Mechanical Analysis and Simulations; 1. Design Strength analysis to find the factor of safety under loads. 2. Structure Designs Analysis for Load distributed to Foundation. 3. CFD Analysis for Drag, lift forces. 3D Printed Parts: # 3D Printed Enclosures or Casings for Electrical and Electronic PCB devices # 3D Printed Gadgets # 3D Printed parts for Machines such as gears, brackets. # 3D Printed parts for Products and Prototypes Softwares I use; 1. SolidWorks / SolidWorks Simulation 2. Catia 3. Geomagic Design X 4. Meshmixer 5. Creality Slicer 6. Keyshot Deliverables: 1. .OBJ, .STL .STEP, .IGES, X_T (Parasolid) etc formats 2. SolidWorks, Inventor, Creo, and Catia formats 3. 2D Drawings in .dwg, PDF, DXF 4. Rendered Images 5. Rendered Animations

1. Computational Electromagnetics Skills: FEM, FDTD, MoM, FIT; Maxwell’s equations; wave propagation, scattering, radiation, antennas, microwave/photonics; boundary conditions, PML, mesh convergence,... Read more

1. Computational Electromagnetics Skills: FEM, FDTD, MoM, FIT; Maxwell’s equations; wave propagation, scattering, radiation, antennas, microwave/photonics; boundary conditions, PML, mesh convergence, numerical stability; HPC/parallel computing; MATLAB, Python, C++; COMSOL, HFSS, CST, FEKO, openEMS, Meep. Deliverables: EM simulation models; field distribution maps; S-parameters, radiation patterns, SAR/EMC data; mesh convergence and validation reports; optimized geometry; solver scripts; technical reports/publications. 2. Electromagnetic Engineering Skills: Electromagnetic theory; RF/microwave circuits; antennas and transmission lines; EMC/EMI; shielding, grounding, filtering; magnetics, sensors, actuators; power electronics; PCB layout; VNA, spectrum analyzer, near-field probes. Deliverables: Antenna/RF designs; EMI/EMC test plans and reports; shielding-effectiveness analysis; PCB layout guidelines; compliance documentation; measurement datasets; design specifications. 3. Automotive Powertrain Design Skills: ICE, EV, and hybrid powertrains; transmissions, gearboxes, driveline, clutch, differential; torque/power matching; thermal and NVH analysis; materials and manufacturing; CAD/CAE; GT-Suite, AVL, AMESim, MATLAB/Simulink. Deliverables: Powertrain architecture; component sizing and gear ratios; CAD models; simulation models; performance maps; thermal/NVH assessments; BOM; validation test plan; design report. 4. Performance Analysis of Internal Combustion Engine Vehicle Skills: Engine thermodynamics and combustion; air/fuel management; turbocharging; emissions; vehicle road load; drive cycles; fuel economy; GT-Power, AVL BOOST, Ricardo WAVE, MATLAB/Simulink; chassis dyno and OBD data. Deliverables: Engine performance curves; BSFC maps; acceleration, top speed, and gradeability studies; fuel consumption and emissions reports; drive-cycle simulations; powertrain matching; calibration recommendations; test reports. 5. Vehicle Body Design Skills: Body-in-white and structural design; crashworthiness; steel, aluminum, and composite materials; CAD/CAE; CATIA, SolidWorks, HyperMesh, ANSYS, LS-DYNA, Abaqus; aerodynamics; ergonomics; DFM/DFA. Deliverables: Body CAD models; BIW structures; crash simulations; stiffness and modal analyses; weight-reduction studies; aerodynamic assessments; engineering drawings; BOM; design validation and prototype support. 6. Computational Fluid Dynamics Skills: Navier–Stokes equations; turbulence modeling (k-ε, k-ω SST, LES); heat transfer; multiphase flow; combustion; mesh generation; boundary conditions; solver setup; validation; HPC; Fluent, STAR-CCM+, OpenFOAM, COMSOL. Deliverables: CFD models; mesh-independence studies; flow and thermal field plots; drag/lift data; pressure-drop analysis; heat-transfer coefficients; combustion/emissions predictions; optimization studies; simulation reports. 7. Mathematical Modeling and Vibrational Analysis of Multibody Dynamics Skills: Multibody dynamics; Lagrange and Newton–Euler methods; state-space modeling; modal analysis; FFT; damping and vibration isolation; rigid/flexible bodies; contact dynamics; MATLAB/Simulink, ADAMS, Simscape, LMS, ANSYS. Deliverables: Mathematical models; equations of motion; simulation models; natural frequencies and mode shapes; time/frequency response data; vibration-isolation designs; NVH assessments; test-correlated validation reports. 8. Automobile Engineering Skills: Vehicle systems integration; chassis, suspension, steering, braking, transmission, electrical, HVAC; vehicle dynamics; safety; CAD/CAE; testing; standards and regulations; manufacturing. Deliverables: Subsystem designs; vehicle integration studies; performance and safety analyses; CAD/CAE models; test plans and reports; compliance documentation; BOM; technical manuals. 9. Automobile Design Skills: Styling and ergonomics; packaging; CAD surfacing and Class A modeling; DFM/DFA; materials selection; safety; aerodynamics; human factors; regulations; prototyping. Deliverables: Concept sketches; 3D CAD models; renderings; packaging layouts; ergonomic studies; body/interior designs; prototypes; design specifications; engineering drawings. 10. Multibody System Dynamics Skills: Kinematics and dynamics of rigid/flexible multibody systems; constraints and joints; contact modeling; equations of motion; numerical integration; stability analysis; ADAMS, Simscape, RecurDyn, MATLAB, Python. Deliverables: Multibody models; equations of motion; motion trajectories; joint forces and reaction loads; dynamic response predictions; optimization studies; validation against test data; simulation reports. 11. Automotive Systems Engineering Skills: Requirements engineering; system architecture; V-model; MBSE/SysML; ISO 26262 functional safety; reliability; integration; verification and validation; project management; PLM; CAN/LIN/AUTOSAR. Deliverables: Requirements specifications; system architectures; interface control documents; FMEA; test plans; validation reports

Hi! I’m an Aerospace Engineer with hands-on experience in aircraft systems, engine design, CFD, and FEA—shaped by advanced projects and 4 years of aerospace training at the United States Air Force Aca... Read more

Hi! I’m an Aerospace Engineer with hands-on experience in aircraft systems, engine design, CFD, and FEA—shaped by advanced projects and 4 years of aerospace training at the United States Air Force Academy (USAFA), plus practical work in both the U.S. and Tunisia. I specialize in helping clients bring high-performance aerospace ideas to life—whether it’s UAV wing prototyping, turbine cooling research, collaborative combat aircraft engine design, or aerodynamic optimization. My background equips me with strong skills in simulation, modeling, and design refinement. 🔧 My core skills include: Aerospace system & component design CAD modeling (SolidWorks, CATIA, Fusion 360) Finite Element Analysis (ANSYS, Abaqus) Computational Fluid Dynamics (CFD – Fluent, OpenFOAM) MATLAB / Simulink modeling & automation Composite materials & aerodynamic optimization Technical documentation & R&D reporting Fluent in Arabic, English, and French, I bring a global mindset, technical versatility, and mission-focused precision to every project I take on. Let’s discuss how I can help turn your concept into a working design—efficiently and reliably. 📩 Reach out anytime—I’m always open to new collaborations!

I am a mechanical engineer with a completed Master’s degree in Mechanical Engineering and multiple years of practical engineering work experience in CAD design, product development, structural analysi... Read more

I am a mechanical engineer with a completed Master’s degree in Mechanical Engineering and multiple years of practical engineering work experience in CAD design, product development, structural analysis and engineering simulation. My services include 3D CAD modelling, mechanical component and assembly design, technical drawings, design improvements, FEA, CFD, composite laminate analysis and engineering calculations. I have worked on projects involving mechanical systems, electric mobility, composite structures, structural components and designs exposed to demanding environmental and loading conditions. My experience includes developing concepts, creating detailed CAD models, evaluating stresses and deformation, analysing airflow and pressure loads, selecting materials and improving designs for strength, weight, functionality and manufacturability. I primarily work with Siemens NX, Simcenter 3D, NX Nastran and SolidWorks. I can assist with both early-stage concepts and the refinement of existing designs, including preparing models and drawings for manufacturing, prototyping, machining, welding, sheet-metal fabrication and 3D printing. My approach combines practical mechanical design with simulation and analytical validation. I focus on delivering accurate, clearly documented and realistic engineering solutions that can be manufactured and used effectively, rather than producing CAD models that only look correct visually.

I am a Mechanical Engineer with an M.Sc. in Applied Design, specializing in finite element analysis, structural optimization, composite materials, and computational engineering. My research focuses on... Read more

I am a Mechanical Engineer with an M.Sc. in Applied Design, specializing in finite element analysis, structural optimization, composite materials, and computational engineering. My research focuses on lightweight composite structures, numerical modeling, and sustainable engineering solutions. My master's thesis, conducted in collaboration with the University of baku, investigated the optimization of composite shafts with foam cores under torsional loading using ABAQUS and MATLAB. I have also published and presented research on composite sandwich structures and structural optimization. Beyond academia, I have gained industrial experience in piping design, production engineering, quality control, and project coordination. These experiences strengthened my ability to bridge engineering research with practical industrial applications. Recently, my research interests have expanded toward green hydrogen technologies, hydrogen-resistant materials, sustainable manufacturing, and computational design for low-carbon energy systems. Key Interests: • Finite Element Analysis (FEA) • Composite Materials • Structural Optimization • Mechanical Design • Green Hydrogen • Sustainable Energy • Hydrogen Infrastructure • Computational Mechanics • Materials Engineering

Material Science / Mechanical Engineer with a demonstrated history of working in the automotive and manufacturing industry. Skilled in CAD design and simulation, supply chain management, systems engin... Read more

Material Science / Mechanical Engineer with a demonstrated history of working in the automotive and manufacturing industry. Skilled in CAD design and simulation, supply chain management, systems engineering, metal fabrication, and CNC operation. These skills allow me to design in a way that takes all aspects of product development into consideration. Strong operations professional with a Bachelor’s Degree focused in Material Science Engineering from Washington State University.

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.

I’m an Aerospace Engineering graduate specializing in mechanical and aerospace CAD design, 3D modeling, engineering drawings, and structural FEA. I work with Solid Edge, SolidWorks, CATIA, Fusion 360,... Read more

I’m an Aerospace Engineering graduate specializing in mechanical and aerospace CAD design, 3D modeling, engineering drawings, and structural FEA. I work with Solid Edge, SolidWorks, CATIA, Fusion 360, and ANSYS Mechanical to develop accurate and practical engineering designs. My CAD experience includes Ordered modeling, assemblies, complex part modeling, design modifications, and manufacturing-ready drawings. I also have experience with ANSYS Static Structural FEA, including stress, deformation, and safety-factor evaluation to validate and improve designs. I have worked on engineering projects involving composite materials, structural testing, and aerospace applications, giving me an understanding of both design and engineering analysis. I focus on accuracy, design intent, manufacturability, clear communication, and on-time delivery. Whether you need a 3D CAD model, assembly, technical drawing, design modification, or structural analysis, I aim to provide reliable engineering solutions tailored to your requirements.

I am a mechanical engineer with a solid academic background from the Polytechnic University of Turin, one of the most renowned institutions in the field of engineering. During my academic journey, I h... Read more

I am a mechanical engineer with a solid academic background from the Polytechnic University of Turin, one of the most renowned institutions in the field of engineering. During my academic journey, I had the opportunity to delve into a wide range of engineering disciplines, acquiring an in-depth knowledge of the fundamental principles governing the operation of mechanical systems. This path provided me with a solid foundation on which to build my professional career and prepared me to tackle real-world challenges. One of the most significant experiences of my career was my collaboration with Leonardo S.p.A., a leading company in the aerospace and defense sector. In this role, I had the honor of leading the development process of an advanced physical model of a polymer matrix composite material. This project involved multiple phases, from conceptualizing the model to its detailed modeling using state-of-the-art CAD software, to in-depth analysis using the Finite Element Method (FEM). I worked closely with a multidisciplinary team of engineers and scientists to ensure the accuracy and reliability of the model, thereby contributing to the success of the project as a whole. In addition to my experience with Leonardo S.p.A., I had the privilege of leading consulting projects for the restoration of historic racing cars, particularly vintage Formula 1 cars. This sector combines my passion for mechanical engineering with my love for the history of motorsport, offering me the opportunity to apply my engineering skills while preserving and restoring the historical heritage of motor racing. During these projects, I worked closely with passionate collectors and industry experts to ensure maximum historical authenticity and the best possible performance of the restored cars. Another significant experience that has shaped my professional journey was my involvement in a team in the suborbital spaceflight sector. This unique opportunity was offered to me through a challenge promoted by the European Aerospace Museum, in collaboration with the European Space Agency (ESA), ArianeGroup, and Dassault Aviation. As a member of this team, I had the opportunity to contribute to the design and structural engineering of a suborbital vehicle destined to challenge the boundaries of the Earth's atmosphere. This project exposed me to a wide range of unique technical challenges in the aerospace sector and allowed me to work closely with some of the top engineers and scientists in the field. My passion for innovation and precision guides every aspect of my career. I am constantly seeking new ways to apply my engineering skills to solve complex problems and advance ambitious projects. My experience has taught me the importance of collaboration and teamwork in achieving common goals, and I am always ready to test myself in new challenges that require creativity, dedication, and determination. In addition to my professional experiences, I am committed to continuing my learning and development of my skills. I stay updated on the latest innovations in the field of mechanical engineering and regularly participate in training courses and conferences to stay abreast of industry trends. I am also an active member of several professional organizations, which offer me the opportunity to connect with other industry professionals and share my experiences and knowledge. In conclusion, I am a passionate and determined mechanical engineer with a solid academic background and extensive professional experience in the engineering field. I am motivated by the challenge of solving complex problems and contributing to the progress of science and technology. I believe that my skills, experience, and dedication can be an asset to any project or organization, and I am excited to put my abilities to work for future challenges.

Get the Specialist degree (in Russia similar to Master degree) in Moscow Automobile and Road State Technical University in 2012. Course name was Tuning and technical control, subgroup – Motorsport car... Read more

Get the Specialist degree (in Russia similar to Master degree) in Moscow Automobile and Road State Technical University in 2012. Course name was Tuning and technical control, subgroup – Motorsport car tuning and design. From 2012 till the end of 2015 work in OAO “Prom Komposit”, in division of aerobatic aircraft as design-engineer and tooling design-engineer. The company specializes in the use of advanced composite materials in electronics and aviation, including highly loaded structural parts. At the end of 2015 I won the regional finals Infiniti Performance Engineering Academy and I got a contract with Infiniti Motors Comp in accordance with I must spend 4 months in Nissan Technical Center of Europe, after that – 8 month in Formula One team (originally it was supposed to be Infiniti Red Bull Racing, but due to the termination of the sponsorship by the Infiniti following work place has become a Renault Sport Formula One) in Vehicle Dynamic Engineer role. Here I want to find an extra possibilities to use my desing skills. At this moment I work with a group of aerospace engineers who also ready to take any extra job and improving the world through smart engineering.

I hold a Mechanical Engineer bachelor degree from King Fahd University of Petroleum and Minerals, with over 12 years of experience in product development, CAD/CAM, composite manufacturing, and fabrica... Read more

I hold a Mechanical Engineer bachelor degree from King Fahd University of Petroleum and Minerals, with over 12 years of experience in product development, CAD/CAM, composite manufacturing, and fabrication-ready design. I helped clients turn concepts into practical, manufacturable products through 3D CAD modelling, technical drawings, BOMs, design-for-manufacturing support, and prototype-development. My background includes composite parts, mold design, metal and wood fabrication, CNC-related workflows and product-development, and coordination with workshops and suppliers. I work primarily with Fusion 360 and can support projects from early concept development through fabrication and assembly. I am particularly suited to projects requiring both engineering judgement and practical workshop knowledge—where a design must not only look good on screen, but also be feasible to manufacture, assemble, transport, and install.

I am a Mechanical Design Engineer specializing in 3D CAD modeling, product design, and engineering analysis. I create precise, manufacturable designs based on strong engineering fundamentals. I have... Read more

I am a Mechanical Design Engineer specializing in 3D CAD modeling, product design, and engineering analysis. I create precise, manufacturable designs based on strong engineering fundamentals. I have experience with composite materials and laminate design, including my graduation project on designing a composite pressure vessel, focusing on lightweight, high-strength structural performance. My services include: Mechanical Design & Product Development 3D CAD Modeling & Technical Drawings Engineering Analysis (FEA) Composite Structures Design If you’re looking for a reliable mechanical designer who delivers accurate, professional results — let’s work together.

I'm a Design Engineer and my core works are product design, development and analysis. Creativity and time management are those two skills I adore much than other. I have provided many works to clients... Read more

I'm a Design Engineer and my core works are product design, development and analysis. Creativity and time management are those two skills I adore much than other. I have provided many works to clients and best project I would say is a satellite prototype. My area of expertise product developing and analyzing it.

I’m a Mechanical Design Engineer with a Master’s degree in Mechanical Engineering, specializing in CAD, product development, FEA and composite structures. I work mainly with SolidWorks and Abaqus, de... Read more

I’m a Mechanical Design Engineer with a Master’s degree in Mechanical Engineering, specializing in CAD, product development, FEA and composite structures. I work mainly with SolidWorks and Abaqus, developing 3D models, technical drawings, mechanical components and structural analyses. I also have hands-on experience with composite materials, prototyping, mold design and manufacturing processes. My experience includes projects in the marine sector, such as recreational boat structures, hydrofoil components and carbon-fiber composite parts. I can help with: 3D CAD modeling and mechanical design Technical drawings and manufacturing documentation Structural analysis and FEA Composite component design Product development and prototyping Design for CNC machining and 3D printing I focus on practical, manufacturable and technically sound engineering solutions.