Designer Sokrateez
Passionate mechanical engineering student, skilled in machine/structural design and stress analysis
existing structures, creating weldments from structural steel to serve as load bearing members for cranes/ hoists, to finally the design of the under-the-hook lifting device (often using pneumatics or mechanical
AutoCAD Autodesk Fusion 360 Autodesk Inventor CAD Design Finite Element Analysis Machine Design Mechanical Engineer Mechanical Engineering Microsoft Access Microsoft Excel Pneumatics SolidWorks Stress Analysis Structural Engineering Visual Basic (VB / .net)
Designer Amir-T
Principal Stress Engineer - CEng MIMechE, FEA, Stress analyst, seismic and fatigue analyses
well-rounded individual with a proven track record in a number of diverse industries, including: cranes/heavy lifting equipment and mechanisms, remote handling, bulk materials handling, precision medical
3D Analysis and Design ANSYS ANSYS Workbench AutoCAD Autodesk Inventor CAD Design Eurocode Structural Design Fatigue Analysis FEA FEA Analysis FEA Finite Element Analysis FEM Code Hand Calculations Harmonic Response Hydraulics Impacts Injection Molded Parts Design Machine Design Mechanical Analysis and Design Mechanical Design Mechanical Design Services Mechanical Engineering Medical Device MSC Nastran MSC Patran Product Design Product Design and Analysis PTC Creo Parametric PTC Mathcad Seismic Design Services SolidWorks SolidWorks Simulation Special Purpose Machine Design Stress Analysis Structural Calculations Structural Design Structural Design Services Structural Engineering Thermal Analysis Ultrasonic Welding
Designer All Points Design
Engineering company focused on growing with our customers
the launch of the Quad Head Sash Cleaner in 2006. I took a job in 2007 as an engineer at Manitowoc Cranes in Shady Grove Pa. I was initially a production support engineer eventually working my way into the
6 Sigma Alibre Design Autodesk Inventor CAD Design Engineering Analysis Machine Design Mechanical Engineer Mechanical Engineering Mechanical Engineering Design Reverse Engineering SolidWorks
3D Model Punching tool, Prototype part, Pully
distribute the load evenly across the cable or rope. Applications Construction: Pulleys are used in cranes, hoists, and elevators. Mechanical Systems: They play a role in engines, conveyor belts, and transmission
Designer davids6417
Senior Mechanical Designer • Design for Manufacturing • CAD Expert (Inventor)
engineering. I have delivered engineering work in multiple product domains: truck bodies, service vehicles, cranes, industrial tooling, structural frames, custom material-handling equipment, and commercial fabrication
2D and 3D Mechanical Drafting 2D CAD Drafting Services 2D Drawing 2D Sheet Metal Design 2D to 3D Modeling 3D Modeling 3D Sheet Metal Design 3D Weld modeling 3D Weldments Adobe Photoshop AutoCAD Autodesk Inventor Autodesk Inventor Profesional Autodesk Vault Professional Automotive Design BOM CAD Design Design for Assembly Services Design for Manufacturability (DFM Services) Design for Manufacture and Assembly (DFMA) Drafting and Design Services Drawing Reviews Equipment Design Excel FEA ISO Drafting Standards Machine Design Machining Manufacturing Drawings Material Handling Mechanical Design Mechanical Drafting Mechanical Drawing Services Mechanical Engineer Mechanical Engineering Metal Design and Fabrication New Product Development Product Development Product Engineering Services Project Reviews ProNest Reverse Engineering Sheet Metal Design Standardization of Design Standardization of Drawings Steel Shop Drawing Services
Skill Mechanical Design
enables you to make animation videos of moveable objects, for example rides in an amusement park or cranes working in a ship building company. This may help you to eradicate any design faults occurring in
Skill Siemens Femap
create complex processes, systems, and products like aircraft, satellites, defense electronics, lift cranes, heavy construction equipment, process equipment, and marine vessels. Siemens Femap is utilized in
Skill Hydraulics
in turn, is used to power machinery. Some examples of hydraulic drive systems include excavators, cranes, backhoes, and scissor lifts as well as automotive parts like brakes and power steering. If you need
Designer A Wright Design
Mechanical Design and CNC Programming Engineer
fixture for a huge range of machines in the manufacturing industry, for example lifting devices for cranes, CNC machining centres and lathes jigs, CMM fixtures, hydraulic testing jig, welding and robotic
3D Assembly Drawings 3D Design 3D Design Services 3D Model Analysis 3D Rendering Services API Assembly Drawings Autodesk Inventor Autodesk Inventor HSM CAD Design CAD/CAM CAM CNC Machining CNC Programming Engineering Drawing FEA FEA Finite Element Analysis Injection Molding Machining Manufacturing Design Mastercam Mechanical 3D Design Mechanical 3D Modeling Mechanical 3D Rendering Mechanical Animation Mechanical Assemblies Mechanical CAD Design Mechanical Design Mechanical Engineering Mechanical Engineering Design Mold Design Programming Prototyping Rapid Prototyping Rendering Simulation SolidWorks SolidWorks Design Services Surfacing Welding
Designer ikhideo2
Ok design engineering and constructions
Design of suitable breaker for cleaning cradle. • I design, supervision of project on installation of cranes and credle and costing Hand sketches base on the environment. • installation of tower crane, cradle
AutoCAD Building Design CAD Design Design Engineer Design Engineering Drafting Electrical Drafting Engineering Design Interior Design Machine Design Mechanical Engineer Mechanical Engineering Welding