Vehicle Design And Construction Internship

DESCRIPTION FOR VEHICLE DESIGN INTERNSHIP
(200 hours)
SPARK offers internship to Engineering students on leading software products in their domains. We collaborate with software developers and user industries before course content. We involve in Research and Development on the content of the course to be presentable and effective. We involve expert editors and educationist at all stages of creating the course material to make sure the courseware is presentable and effective. Our faculties are given training in educating methodologies, student psychology, besides training on specific software product before they are allowed to give classes. Mechanical Engineering is the broadest of all engineering disciplines that applies the principles of physics and material science for the purpose of product design. Automotive, Aerospace, Marine, Production, Mechatronics, Thermal engineering, Robotics are some of the streams that have evolved from mechanical engineering. The software-enabled design task in mechanical engineering comprises 2D drafting, 3D modeling. The internships introduce Workbenches Geometric Dimensioning & Tolerance techniques and project management & planning concepts.
The Internship cover's the following module:
Introduction to Project management
Introduction to Planning Management
2D Drafting - Sketcher Workbench
Geometric Dimensioning
Tolerance Techniques
3D Modelling - part workbenches
Sheet metal workbenches
Generative sheet metal Design
Assembly of product
Drafting of Product
Internship certificate provided by SPARK - Research and Development organization.

A radio-controlled aircraft (often called RC aircraft or RC plane) is a small flying machine that is controlled remotely by an operator on the ground using a hand-held radio transmitter. The transmitter communicates with a receiver within the craft that sends signals to servomechanisms (servos) which move the control surfaces based on the position of joysticks on the transmitter. The control surfaces, in turn, affect the orientation of the plane.

The RC Aero plane SPARK S380 cover's the following module:
DESIGN & FABRICATION
ASPECT RATIO - WING DESIGN, WING THICKNESS, AILERON SURFACE, Leading Edge of Wing location, Leading Edge of Horizontal Stabilizer location, Horizontal stabilizer design, Horizontal stabilizer thickness, Elevator surface, Vertical Stabilizer design, Vertical Stabilizer thickness, Rudder surface, WING THICKNESS BALANCE.

STRUCTURE'S

Hooke's Law, Material selection for Wing, Material selection for Fuselage, Material selection for Horizontal stabilizer, Material selection for Vertical stabilizer, STRESS STRAIN GRAPH, Fabrication of Wing, Fabrication of Horizontal Stabilizer, Fabrication of Vertical Stabilizer, Fabrication of Fuselage, Assembly of Aero plane.

PROPULSION

Engine benchmark motor Selection, Fuel Benchmark Battery Selection, Electronic Speed controller selection, Propeller selection Rule, and Speed calculation.

CONTROL SYSTEM

Primary control system, Control Methods, Selection of Transmitter & Receiver, Selection of Servo controls, Selection of Push rods, Selection of Arms and Hinges, FLYING OF RC PLANE - SIMULATION FOR STUDENTS.
Internship certificate provided by SPARK - Research and Development organization.