Designer
talhaa7
Aerospace Engineer with Aircraft/UAV Design and CFD Experience
aerodynamic and flight dynamics analysis required to ensure your drone is stable, efficient, and flight-ready. I validate my findings with extensive knowledge in Flight Dynamics, Stability, Aircraft Performance
3D Model
Twin Steam Engines In Factory Layout
power-generation and motion-conversion system. The assembly consists of multiple horizontally oriented cylinders, piston mechanisms, connecting rods, crankshaft components, a large flywheel, valve/control mechanisms
3D Model
DRONE FRAME
Flame Wheel is a versatile quadcopter frame designed for 3D printing. It offers stability and maneuverability with its strong and sleek design. The frame is made of high-quality materials, ensuring durability
3D Model
Height & Angle Adjustable Ergonomic Desk
designed height and angle adjustable desk created in SolidWorks. The model features a robust structural supporting frame, dual mechanical adjustment systems, an integrated lighting armature, and a base-mounted
Service
I offer oscillating fan mechanical design and engineering services
oscillating fan in Autodesk Inventor, covering the motor housing, oscillation mechanism, blade assembly, and base structure. The project was developed from concept through a fully detailed, manufacturing-ready
Designer
preethivenkat
AutoCAD, protection & review, and cable sizing Specialist
Analysis, Short Circuit Study, Relay Coordination, Transient Stability Study and Motor Staring Study in ETAPfor Industries and Power Plant. Design and analysis of electrical system. Equipment Sizing for Transformer
3D Model
Recreational Boat Design Using SOLIDWORKS
the boat’s hull, internal structure, and mechanical components. ⸻ ⚙️ Design Stages: 1. Hull Design: Using Surface Modeling tools such as Loft, Boundary Surface, and Knit, the aerodynamic shape of the hull
3D Model
Design and manufacturing of All Terrain Vehicle
low-pressure tires, with a seat that is straddled by the operator, along with handlebars for steering control. As the name implies, it is designed to handle a wider variety of terrain than most other vehicles
3D Model
robotic-arm-final-assembly
such as assembly, welding, painting, and material handling. They can perform repetitive and precise tasks with high speed and accuracy, improving productivity and reducing human error. Medical Applications:
3D Model
Aerodynamic & Propeller Wake Analysis in OpenVSP of a Twin-Boom UAV
This project showcases the conceptual aerodynamic design and analysis of a twin-boom pusher configuration UAV modeled in OpenVSP and analyzed using VSP AERO. Evaluated at steady cruise conditions, the