Designer
hemanthdayalu
Mechanical design engineer
competencies: Professional Summary I have led and contributed to numerous projects across the fields of robotics, autonomous systems, aerospace, defense, and consumer products. My experience spans from conceptual
Designer
marianob1
Mechatronics Engineering Student | CAD Designer
currently work as a CAD Designer in the metalworking industry, developing and modifying mechanical components and assemblies for industrial applications. My skills include Autodesk Inventor, AutoCAD, 3D modeling
Designer
raimundo_z5
Mechanical Engineering with Inventor and Ansys experience
and achievement of objectives. I work in 3D mechanical design for underwater robotics, focusing on the development of components for ROVs. I have designed and optimized various mechanical systems, including
Designer
Avinash_CAD
Mechanical engineering professional with Casting, Sheet metal, plastic components
with Customer/consultant, vendors, etc. Significant expertise in designing Plastic, Die Casted components, as well as 2D & 3D cad modelling including assembly designing using specialized software with
Designer
Rizul Thakur
Mechanical Engineering, Packaging Design & Aeronautical Engineering Professional
Rizul did his B. Tech in Mechanical and Automation .During his college life Rizul was President of robotics club and has actively participated, organized and won many events both inter and intra amity. Rizul
Designer
ForgeWorxAutomation
Automation Engineer
single part CAD work or design entire systems. I can program your robotics or design a robotics system for you. I can integrate components and systems into your current setup or create something new. If
3D Model
Robotic Joint Design (2 Stage Planetary Gear Reduction)
includes custom-designed planetary gears, ring gears, carriers, shafts, bearings, fasteners, housing components, and BLDC motor integration. The project focused on mechanical power transmission, gearbox packaging
3D Model
Quadcopter Frame Structure – CATIA V5 3D Model
of a quadcopter frame structure created using CATIA V5. The design includes all major structural components including the central hub, four arms, motor mounts, landing gear, and electronic component housing
3D Model
Stepper Motor
makes it ideal for applications requiring accurate positioning, such as 3D printers, CNC machines, robotics, and automation systems. The Stepper Motor's design includes different types, such as bipolar and
3D Model
Micro Servo
capability to provide accurate angular movement and positioning control. It's commonly used in hobbies, robotics, remote-controlled vehicles, and other projects that require precise motion control in tight spaces