Engineering Training

College Training Program

We at MakeIntern offers tremendous opportunities for the students to learn about various interesting topics such as- Ethical Hacking, VLSI, IOS, Andriod and Robotics. The workshop on these topics is taken by experts of the same field. The vision behind these workshops is to spread awareness among the students and to help them to learn and take the right decision for their future. Students will get benefit such us:

  •   Knowledge about the topic.
  •   Experts opinion.
  •   Scope from future prospective.
  •   Certificate.
  •   Experience to interact with professionals.
  •   Valuable information about the profession.
  •   Depth information of working environment.
  •   Guidance from the professionals of the same field.
  •   Internship opportunity.

Current Workshop

Modules Overview

About the Program:

This program is designed for the students to ensure the success in their corporate and personal life. There are many factors necessary for students to achieve their goals in life, and correct guidance and grooming them at the right time would help them to grab the right opportunities and climb the corporate ladder. This program would help students to have winning edge corporate skills.

Objective of the program:
  • To prepare student s for the Corporate Jobs
  • To help students improve their technical skills
  • To build students self-confidence and self-esteem
  • To bring positive changes student’s attitude and behavior
  • To impart personality development and career specific practical inputs.
Content: The program will be for two days and there will be four phases. Day 1 (Session 1) 1) Introduction To Mobile Apps
  • Why we Need Mobile Apps
  • Different Kinds of Mobile Apps
  • Briefly about Android
2) Introduction Android
  • History Behind Android Development
  • What is Android?
  • Pre-requisites to learn Android
  • Brief Discussion on Java Programming
3) Android Architecture
  • Overview of Android Stack
  • Android Features
  • Introduction to OS layers
Day 1 (Session 2) Module 4
  • Linux Kernel
  • Libraries
  • Android Runtime
  • Application Framework
  • Dalvik VM
Installing Android Machine
  • Configuring Android Stack
  • Creating Eclipse Environment
  • Integrating Android with Eclipse IDE
  • Exploring Eclipse IDE
Day 2 (Session 3) 6) Creating First Android Application
  • Creating Android Project
  • Debugging Application through DDMS
  • setting up environment
  • AVD Creation
  • Executing Project on Android Screen
7) Android Components
  • Activities/
  • Services/
  • Broadcast Receivers/
  • Content Providers/
8) Hello World App
  • Creating your first project
  • The manifest file
  • Layout resource
  • Running your app on Emulator
9) Building UI with Activities
  • Activities
  • Views, layouts and Common UI components
  • Creating UI through code and XML
  • Activity lifecycle
  • Intents
  • Communicating data among Activities
Day 2 session 4: 10) Advanced UI
  • Selection components (GridView, ListView, Spinner ) Adapters, Custom Adapters
  • Complex UI components
  • Building UI for performance
  • Menus
  • Creating custom and compound Views
11. Multithreading Certification:All Participants would be awarded with the Certificate of Participation, Coordination and Merit.
Duration: 16 Hours (2 Days)
Timings: Decided by School Management
Expectations from College:Lecture theatre or seminar hall of capacity 50-70 students A projector and a mic/sound system Accommodation for faculty in college guest house.
About Cloud Computing:

This program is designed for the students to ensure the success in their corporate and personal life. There are many factors necessary for students to achieve their goals in life, and correct guidance and grooming them at the right time would help them to grab the right opportunities and climb the corporate ladder. This program would help students to have winning edge corporate skills.

Objective of the program:
  • To prepare students for the Corporate Jobs
  • To help students improve their technical skills
  • To build students self-confidence and self-esteem
  • To bring positive changes student’s attitude and behavior
  • To impart personality development and career specific practical inputs.
Content:The program will be for two days and there will be four phases. Day 1st Phase 1: Introduction to Cloud Computing
  • What is the cloud?
  • History of Cloud Computing
  • How Cloud Computing
  • Works Advantages & Disadvantages
    • Applications for Businesses
  • Cloud Service Providers
  • Amazon Web Services
  • Microsoft Azure
  • Google Appengine
  • Cloud Computing Architecture Cloud Computing Terminology
  • Communication-as-a-Service (CaaS)
  • Infrastructure-as-a-Service (IaaS)
  • Monitoring-as-a-Service (MaaS)
  • Software-as-a-Service (SaaS)
  • Platform-as-a-Service (PaaS)
Day 1 (Session 2)
  • Virtualization
  • Virtualization Basics Objectives Benefits of Virtualization Emulation
  • Virtualization for Enterprise
  • VMware
  • Xen
  • KVM
  • Building Cloud Networks
  • Designing and Implementing a Data Center-Based Cloud Industry and International Standards Communication Requirements for Cloud Implementation
  • Public/Private Internet
  • Routing to the Datacenter
  • Switching within the Data Center
  • Bandwidth
  • Security
  • NAS, SAN, CAS Redundancy
Day 2 (Session 3): Private Clouds & Amazon Web Services
  • What is it? Advantages & Disadvantages Installing a Private Cloud ?
  • Eucalyptus
  • Open Nebula
  • Open Stack
  • AWS Overview
  • Amazon S3 VPC
  • Cloud Front Elastic Map Reduce
  • Cloudwatch
  • Cloud Formation
  • Amazon RDS
  • Amazon SQS
  • Amazon IAM
  • Amazon Route 53
  • Amazon DynamoDB
  • Amazon Storage Gateway
Day 2 session 4:
  • Competition round
  • Certificate issue
Certification:All Participants would be awarded with the Certificate of Participation, Coordination and Merit.
Duration: 14 Hours (2 Days)
Timings: Decided by School Management
Expectations from College: Lecture theatre or seminar hall of capacity 50-70 students A projector and a mic/sound system Accommodation for faculty in college guest house.
About Digital Marketing:

Digital marketing is often referred to as 'online marketing', 'internet marketing' or 'web marketing'. The term 'digital marketing' has grown in popularity over time, particularly in certain countries. In the USA 'online marketing' is still prevalent, in Italy is referred as 'web marketing' but in the UK and worldwide, 'digital marketing' has become the most common term, especially after the year 2013.

Content:The program will be for two days and there will be four phases. Social Media Marketing Content
  • Hosting a website
  • Purchasing Domain Name
  • Digital Marketing Vs Traditional Marketing
Search Engine Optimization (SEO):
  • Learn how to get website listed among top search engine results.
Social Media Marketing (SMM):
  • Learn how to build brand, generate leads & aggregate audience on Social Media.
Inbound Marketing:
  • Learn how to attract & convert customers by earning their trust through various techniques such as content marketing.
Search Engine Marketing (SEM):
  • Learn how to effectively run ads on Search Engines.
Web Analytics:
  • Learn how to make business decisions from the metrics available in Digital
  • Pay Per Click
  • Strategizing PPC campaign Market Analysis
  • Add writing techniques
  • Campaign Management
  • Market Analysis
  • Bid Management Plan
  • Report and analysis
  • Competition Round
All above said topics will be covered by the experts using Slide show and hands on session with live web show,hosting and run the business in conceptualization marketing. Training duration is flexible or can be adjusted as per the requirements. Certification:All Participants would be awarded with the Certificate of Participation, Coordination and Merit.
Duration: 14 Hours (2 Days)
Timings: Decided by School Management
Expectations from College: Seminar Hall, Mic, Projector, Accommodation & Hospitality for Mentors, Internet Connection.
About Mobile Robotics:

Mobile Robotics is a fast evolving, solutions orientated, industry within which the robotics engineer is a significant and growing work role. Mobile robotics is an important part of the industry, with applications in diverse industries, including manufacturing, agriculture, aerospace, mining, and medicine. Mobile robots may also be designed to explore areas that are inaccessible or dangerous for human beings.

Content = Session I: Introduction to Basic Electronics
  • Basic Electronics Components
  • Resistor (Ohms Law, Voltage & Current)
  • Capacitors
  • Basics of Motor
  • Diode
  • LEDs
  • DTMF
  • IR Sensors
  • Practical Use of Electronics Components like Resistor, Capacitor & Diode
Session II: Introduction to Robotics & My First Robot (Manual Robot)
  • Introduction
  • Robots, Robotics
  • Definition, Present Stages of Robotics
  • Future of Robotics
  • Type of Robots
    • a.Mechanical Robot
    • b.Autonomous Robot
    • c. Beam Robot
    • d. Humanoid Robots
  • Laws of Robotics: Isaac Asimov’s Law
  • Basic Parts of a Robot
  • Mechanical System
  • Power Supply
  • Types of Motors
  • DC Motors: Construction & Characteristics
  • Types of Switches
  • H-Bridge
  • DTMF IC
  • Hands on Session for development and designing of a manual robot.
Session III: Assembly of Robot
  • Assembling of Mobile Robotics Kit
  • Logic/algorithms
  • Interfacing of DTMF
  • Interfacing of Motor Driver
  • Interfacing of IR Sensors
  • Hands on for designing and development for Mobile Controlled Robot
  • Hands on for designing and development for Line Follower Robot.
Session IV: Quiz & Competition
  • After the end of This Workshop all Students will be able to design and modify the Robots using their own imagination.
Certification:All Participants would be awarded with the Certificate of Participation, Coordination and Merit.
Duration: 14 Hours (2 Days)
Timings: Decided by School Management
Expectations from College: Seminar Hall, Mic, Projector, Accommodation & Hospitality for Mentors, Internet Connection.
Day 1: Session 1:
  • Introduction To VLSI
  • Why We Need VLSI
  • Where VLSI?
  • Evolution In VLSI
  • Area Of Applications
  • DATA Flow in Chip Designing Process.
  • Introduction to Designing Of Chip
  • Introduction to Verification of Chip.
Session 2: Introduction to HDL
  • What Is HDL
  • Need Of HDL
  • Introduction To Verilog HDL
  • Introduction to ModelSim
  • My First Verilog Program
  • Code Designing
  • Design Verification and Simulation
Session 3: Project Application Explanation & Hands-On Experiments
  • Modules and Ports
  • Gate Level Modeling
  • Data Flow Modeling
  • Behavioral Modeling
  • Examples
  • Introduction To FPGA And ASICs
  • Interfacing
Day 2: Session 4: Introduction to Adders
  • Implementation of Ripple adder on FPGA
  • Theory based Example
  • Introduction to Adders
Session 5: Introduction to BCD
  • Introduction to BCD
  • Basics of Seven Segment Decoder
  • Pin Description of IC4774
  • Implementation of BCD To Seven Segment Decoder On FPGA
Session 6: Introduction to Shift Register
  • Introduction to Shift Register with Examples
  • Implementation of 8 Bit Shift Register On FPGA
Workshop Duration: 2 days (16 hrs.)

The duration of this workshop will be two consecutive days, with eight hour session each day in a total of sixteen hours properly divided into theory and hands on sessions.

Certification:All Participants would be awarded with the Certificate of Participation, Coordination and Merit.
Duration: 14 Hours (2 Days)
Timings: Decided by School Management
Expectations from College: Seminar Hall, Mic, Projector, Accommodation & Hospitality for Mentors, Internet Connection.
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