• Tags
3D Printing
Academic Project
Actuators
Aerodesign
Aerodynamics
Aerospace
Ansys
Arduino
Automation
Brushless Motor
C++
CAD
CAD Design
CFD
Circuit Design
Computer Vision
Control
Control Systems
DIY
Electronics
Embedded Systems
Engineering
Fabrication
Fluent
Inverse Kinematics
Jetson Xavier
Ladder Logic
Laser
MATLAB
Mechatronics
Metalwork
Micro-ROS
Microcontrollers
Mobility
Music
PCB Design
PLC
Power Supply
Propulsion
Python
Robotics
ROS
Sensors
Siemens
Siemens NX
Simulation
SLAM
Structural Analysis
Testing
Thermodynamics
Thrust Measurement
TIA Portal
UR10e
Water Monitoring

DIY Gas Forge with Hard Fire Brick

Overview This project consisted of building a gas-powered forge. The structure was made using hard fire bricks inside a steel shell. Heat is provided by a propane torch connected to a steel pipe acting as an atmospheric burner inlet. The burner operates without forced air, relying on natural air intake to sustain combustion. The front of the forge includes a fire brick door that can be manually lifted to insert or remove metal parts.

• Metalwork
• Fabrication
• Thermodynamics
• DIY

Monday, January 1, 2024 | 1 minute Read

RC Flying Wing | Aerodesign

Key Features Delta-wing flying configuration Brushless motor with rear propeller Elevon-based control system Lightweight foam construction RC electronics Technologies Used SolidWorks for CAD sketches Manual fabrication using foam and adhesives RC components (transmitter, receiver, ESC, motor, servos)

• Aerodynamics
• DIY
• CAD Design

Monday, January 1, 2024 | 1 minute Read