INTERNSHIP SYLLABUS FOR Mechanical ENGINEERING

(INTERNSHIP 5 Days –Lathe Works)

Day 1 : Introduction Instruments, Machines & Lathe

Day 2: Vernier Caliper Measurement

1. Basic Working Principle of Vernier Calipers
2. Vernier Caliper Functions & Important Parts
3. Vernier Caliper Least Count & Length Reading Formula
4. Vernier Caliper Measuring Gauge Tool
5. Reading Steps of Vernier Calipers Measurements
6. Vernier Caliper’s Usage & Appropriate Measurements

Day 3: Micrometer Measurement

1. Inner Micrometer
2. Outer Micrometer

Day 4: Drawing Stud

1. Drawing Analysis
2. Angle Analysis
     1st Angle , 3rd Angle Analysis

Day 5: Lathe Works & Job Inspection

1. Job Loading
2. Job Process
3. Project Report

(INTERNSHIP 10 Days – Lathe & Milling Works)

Day 1 : Introduction Instruments, Machines & Lathe

Day 2: Vernier Caliper Measurement

1. Basic Working Principle of Vernier Calipers
2. Vernier Caliper Functions & Important Parts
3. Vernier Caliper Least Count & Length Reading Formula
4. Vernier Caliper Measuring Gauge Tool
5. Reading Steps of Vernier Calipers Measurements
6. Vernier Caliper’s Usage & Appropriate Measurements

Day 3: Micrometer Measurement

1. Inner Micrometer
2. Outer Micrometer

Day 4: Drawing Study

1. Drawing Analysis
2. Angle Analysis
     1st Angle , 3rd Angle Analysis

DAY 5: Lathe Machine Work

1. Job Loading
2. Job Process

Day 6: Geometric Measurement

Day 7 : Milling Process & Program

Day 8 : Milling Machine Work

1. PCD Setting
2. Slot Setting

Day 9: Inspection & Quality Measures

Day 10: Project / Job Completion Analysis

1. Project Report

INTERNSHIP SYLLABUS FOR Mechanical ENGINEERING

Robotics internship program (5 days)

Day 1: Introduction

1. Introduction of Embedded system
2. Introduction of micro controllers
3. Introduction and initialization of compiler software (Arduino Uno)
4. Introduction and initialization of simulation software (proteus)

Day 2: Actuators interfacing with robot module

1. DC geared motors
2. Stepper motors
3. RC Servo Motors

Day 3: Sensors interfacing with robot module

1. Line detection sensors
2. Junction detecting sensors
3. Obstacle Sensors
4. Sound sensors

Day 4: Vision interfacing with robot module

1. Image acquisition
2. Preprocessing
3. Segmentation
4. Classification

Day 5: Project work

1. Project work -1 line follower robot
2. Project work -2 Ball follower robot

Robotics internship program (10 days)

Day 1: Introduction

1. Introduction of Embedded system
2. Introduction of micro controllers
3. Introduction and initialization of compiler software (Arduino Uno)
4. Introduction and initialization of simulation software (proteus)

Day 2: Types of Robot Control system

1. Remote controlled.
2. PC controlled.
3. Micro controller based

Day 3: Actuators interfacing with robot module

1. DC geared motors
2. Stepper motors
3. RC Servo Motors

Day 4: Sensors interfacing with robot module

1. Line detection sensors
2. Junction detecting sensors
3. Obstacle Sensors
4. Sound sensors

Day 5: Vision interfacing with robot module

1. Image acquisition
2. Preprocessing
3. Segmentation
4. Classification

Day 6: Wireless communication protocols

1. Bluetooth
2. GSM

Day 7: Project work-1

1. line follower robot

Day-8: Project work-2

1. Ball follower robot using image processing

Day-9: Project work-2

1. Wireless controlled robot

Day-10: Project work-2

1. Pick and placed robot

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