Company detailed profile

SKM TRAINING INSTITUTE
EMPOWERING KNOWLEDGE
Company Profile
Warm Greetings from SKM TRAINING INSTITUTE!!!
Founded in 2009, SKM a Tamilnadu Govt recognized organization for Students
Skill Development started for innovating new experience in the expertise technologies
such as Embedded Systems, EMBOTIX, MATLAB, SENSOBOT, WICOBOT,
LABVIEW, Robotics in IEEE and an value added service as SOFTSKILLS with
addition of Engineering Lab Equipments Operations(Electronics) for which trainings
are provided. Our Aim is to provide excellent services for our Students with Courses
and Workshops to enhance their skills for career growth. The SKM team is dedicated,
dynamic and motivated to face the challenges on technology demands.
The main objective of SKM, Enhancing students with Training tailored bridge
between university curriculum and the needs of the industry.
Our motive is “Empowering Knowledge”
We are one of the best companies in South India for above mentioned technical
courses Trainings and Workshops to create Entrepreneurs and Professionals.
Our Foot in sectors…
 Course Trainings
 Workshops
 Practical Training for Professionals
 Value added Trainings
 Product Development
 Project knowledge and guidance for students
Come join us to become Entrepreneurs!!!
Head Office Branch Office Branch Office
TIRUPATTUR CHENGALPATTU TAMBARAM
#50, Vaniyambadi Main Road #28/A2, 2nd
Floor, plot-7,Door no-380/2,
Opposite Achutan petrol bunk 6th
Cross street, Sri Ranganatha nagar
Tirpuattur, Vellore Dt. Anna Nagar, Chengalpattu. Agaram Road,Selaiyur,
Contact # 9487326748 Contact # 9487326748 Contact # 9487326748
Email:skmtraininginstitute@gmail.com

Why to choose SKM Training Institute …
 Govt Recognized Organization
 Excellent courses for skill development
 We carve students with Intellectual Career
 Certificates will be awarded
 Design and develop students with own project concepts / ideas
 Certificates will be Issued
 Supporting students for state and National level projects competition
 Placement training and assistance
 Modular lab and equipments
Training Offered…
 30 Hours – Entry Level Specialized courses
 60 Hours – Middle Level Specialized courses
 120 Hours – Specialized courses(Embedded/Robotics/Matlab/ Labview)
 250 Hours – To become an Expertise in Specialized Courses
Workshop Offered… (Both AVR and ARM for Embedded)
 2/3 days – Embedded System and Its Applications
 2/3 days – MATLAB
 2/3 days – LABVIEW
 2/3 days – Embotix
 2/3 days – Sensobot
 2/3 days – WiCobot
 2/3 days – Softskills
 1 day – Engineering Lab Equipments Operation
Eligibility: (Diploma, BE, Btech, ME, Mtech) ECE, EEE, E&I, MECH, BSc, MSc
(Electronics & Communication), IT, CS.

Contact Us for Empowering future…
Training Methodology
Our Specialization steps ahead in Final year Project Trainings & guidance for
B.Sc, MSc, ME, M Tech, BE, BTech and Diploma students of ECE, EEE, E&I, MECH,
and other related domains on Recent Research Publication Journals of international
standards like IEEE and others. Own Ideas will be provided preference and
appreciated with rewards and discounts.
Our aspects with projects guidance team is known for its flexibility and
efficiency, which are the two key ingredients required for the development of
projects which meet the students unending aspirations.

We also offer final year projects in all domains related to these departments,
Technologies like Embedded systems, Robotics, MATLAB, LABVIEW etc. We offer final
year projects in the following domains.
• AD Hoc and WSN Networking
• MANET, VANET
• Automotive Electronics
• Home Automation
• Industrial Automation
• RFID
• SCADA
• GPS and GSM
• Artificial Intelligence
• Fuzzy Logic
• Smart cards
• Power Electronics
• Wireless Communication
• Robotics
• Data mining
• Cloud Computing
• Smart Grid
• Application
• Distributed and Parallel Computing
• Mobile Computing, etc…
Our project work methodology is unique and has been refined over the years with
the experience of having guided thousands of aspiring students/candidates with
success. Our past students/candidates have found project work at our concern as a
reliable, efficient, inexpensive and a fruitful learning experience.
Among the key aspects of our project work methodology is the information, we
provide the students about their project at various stages of their project through
regular classes and also through detailed technical documentation that we provide in
digital format.

Course Plan
Embedded System Design & Development
Training Topics
Day 1:
Session A
 Evaluation of Embedded System
 Difference Between μC and MU
 Difference Between uc and PC
 Introduction to ATMEGA Micro-Controller,
 Levels of Processors
 Levels of Languages
 Kit distribution
 Development Board
 Drivers & Software Installation
 Different Compilers
 Information USAB ASP Programmer and Burner Software
Session B
 Introduction to Embedded C
 Introduction to Embedded Programming using WinAVR
 Introduction to ATMEGA input / output operation
 Practical 1 : LED blinking in different patterns, Relay programming, Buzzer
Day 2:
Session C: Practical Session 1

Session D
 USART in AVR microcontroller (ATMEGA16)
 Using USART for serial communication between PC and ATMEGA 16 Board.
 Practical: Sending character from ATMEGA Board to PC
 Practical : Receiving Character from PC
 Project: PC Controlled Robot (Demo)
Day 3:
Session E: Practical Session 2
Session F
 Interfacings 16x2 LCD with ATMEGA16 Practical
 Displaying Character on LCD Practical
 Displaying String on LCD Introduction to Zigbee Module
 Interfacing of Zigbee module with microcontroller (Demo) Interfacing of Keypad
with Zigbee Module
 Pratcical – Glowing LED wirelessly using keypad (Demo)
 Project : PC controlled wireless robot (Demo)
 Project : Wireless Sensor monitoring and controlling using ARM processor (Demo)
Hardware requirement:
ATMEGA 8 IC with Board + L293D (Driver +IC) Board + Robot chases + Wheels + 4 LED +
2 Switches + Adaptor 12V (2 Amps) + Serial Cable + ULN2003 Driver board + DC or Gear
motors + Stepper Motor + LCD with driver board + Accelerometer + Buzzer + LEDs +
Switches + Zigbee + MAX232 IC with driver board.
Eligiblity:, (Diploma, BE, BTech, ME, Mtech) ECE, EEE, E&I, ITE, MECH, BSc, MSc (Electronics &
Communication),

MATLAB
Training Topics
Session A: Introduction to MATLAB
 Matlab as {best} calculator
 Standard Matlab windows
 Operations with variables
* Naming
* Checking existence
* Clearing
* Operations
 Arrays
* Columns and rows: creation and indexing
* Size & length
* Multiplication, division, power
* Operations
 Writing script files
* Logical variables and operators
* Flow control
* Loop operators
* Writing functions
* Input/output arguments
* Function visibility, path.
* Example: Matlab startup
 Simple graphics
* 2D plots
* Figures and subplots
Session B: Data and data flow in MATLAB
 Data types
* Matrix, string, cell and structure
* Creating, accessing elements and manipulating of data of different types
 File Input-Output
* Matlab files
* Text files

* Binary files
* Mixed text-binary files
 Communication with external devices
* Serial port
* Parallel port
* Sound card
* Video input
Session C : Function minimization and parameters search
 Polynomial fit
* 1D and 2D fits
* Data windowing
* Error bounds
 Arbitrary function fit
* Error function
* Fixing parameters
 Goodness of fit
* Criteria
* Error in parameters
Session D: Handle graphics and user interface
 Pre-defined dialogs
 Handle graphics
* Graphics objects
* Properties of objects
* Modifying properties of graphics objects
 Menu-driven programs
* Controls: uimenu and uicontrol
* Interactive graphics
* Large program logic flow
Eligiblility: (Diploma, BE, BTech, ME, Mtech) ECE, EEE, E&I,, CSE, MECH, BSc, MSc
(Elec & Comm).

SENSOBOT
Session A : Introduction to Robotics
 Introduction to Robotics
 Future scope of Robotics
 Introduction to Embedded System
 AVR Series Micro-Controllers
Session B : Introduction to Embedded C
Session C : Introduction to Atmega Input / Output Operation
 Introduction to Atmega input / output operation

Session D : Interfacing
 I/O Interfacing
 ADC Detailed concepts
 Timer Over view
 Introduction to PWM
 Interrupts Overview
 Interfacing 16X2 LCD with ATMegaBot
Session E : Practical
 Practical: Generating different frequencies.
 Practical: Diming and brighten LED
 Project: Motor Speed control
 Practical: Displaying characters on LCD
 Practical: Displaying String on LCD
 Practical: Displaying number on LCD
ATMEGA 8 IC with Board + L293D (Driver +IC) Board + Robot chases + Wheels + 4 LED + 2
Switches + Adaptor 12V (2 Amps) + Serial Cable + ULN2003 Driver board + DC or Gear motors +
Stepper Motor + LCD with driver board + Accelerometer + Buzzer + LEDs + Switches + Zigbee +
MAX232 IC with driver board.
USBAsp programmer AVR Dude

WICOBOT
Session A : Introduction
 Introduction to Robotics
 Future scope of Robotics
 Introduction to Embedded System
 AVR Series Micro-Controllers
Session B
 Introduction to Atmega input / output operation
Session C
 USART in AVR microcontroller (ATmega16)
 Using USART for serial communication between PC and ATmega 16 board
 Introduction to RF / ZigBEE/ Bluetooth module
 Introduction to GSM module
 Practical – Sending character from ATmega Board to PC
 Practical – Receiving character from PC
 Project – PC Controlled Robot

Session D
 Introduction to RF / Zigbee module Interfacing of keypad with RF / Zigbee module with
microcontroller Interfacing of GSM module with microcontroller
 Practical – Glowing LED wirelessly using keypad
 Practical – Controlling Motor (ON/OFF, Direction of Rotation) using keypad in wireless.
 Project – Keypad controlled wireless robot
 Project – PC controlled wireless
 Robot Project – GSM based intelligent bot
ATMEGA 8 IC with Board + L293D (Driver +IC) Board + Robot chases + Wheels + 4 LED + 2
Switches + Adaptor 12V (2 Amps) + Serial Cable + ULN2003 Driver board + DC or Gear motors +
Stepper Motor + LCD with driver board + Accelerometer + Buzzer + LEDs + Switches + Zigbee +
MAX232 IC with driver board.
USBAsp programmer AVR Dude
LABVIEW

Session A Introduction LabVIEW
 What Exactly is LabVIEW
 What can LabVIEW do for you
 How does LabVIEW work
 Evolution of LabVIEW
 What is DAQ
 Communcation using Serial Port
 LabVIEW addon toolkits
 LabVIEW Real Time, FPGA, PDA, and Embedded.
Session B LabVIEW Environment
 Front panel, control and indicator
 Block Diagram, Nodes , Wires, Data Flow Programming
 LabVIEW Projects, Project Explorer window, project Explorer Toolbars
 Building Application- Installers- Floating Pallets
Session C: LabVIEW Foundation
 Creating VI, Basic Controls, Indicators, Booleans, String, Paths, Decorations, Custom Controls
and Indicators, Automatic wire routing
 Automatic Wiring Wiring Complicated Objects, Bad Wires
 Wiring Tips, adding Constants, Controls and indicators
 Keyboard Shortcuts- Cloning and object

Session D : Programming Execution with Structures
 For Loop , The While Loop , Placing Objects inside Objects, Counting the Loops, Shift
Registers – Case registers – Dialogs
 The Sequence Structures – Timing – Timed Structures – Formula Node – Expression Node.
Session E : Virtual Display: Charts & Graphs
 Waveform Charts
 XY Graphs
 Chart and Graph Components
Session F : Embedded combining with LabVIEW
 VISA concept
 Baud rate Calculation –
 Measurement and Automation Explorer
 Serial Communication with Microcontrollers.
SOFTSKILLS

Day 1: Communication Skills
Session A
Introduction to Communication - Simple Greetings - Simple communication styles –
communication planning
Session B
7c’s of communication – clear communication – Listening – Reading – writing skills -
Pronounication
Session C
Activity session – Pick a topic – Paragraph reading – understanding Paragraph -
Session D
Group discussion – Activity – email writing
Day 2: Personality Development
Session A
Personality Development – Body Language – Inter personal Communication and Relation ship –
Leadership skills – Team Building and public speaking
Session B
Techniques in personality development – self confidence – motivation – Goal Setting – time
management and Efefcive planning
Session C
Behavior techniques – Relationship management- reducing conflicts-discipline management – soft
speaking
Session D
Activity session – Situation conversation, discussion rounds, Idea sharing and implementation
Day 3: Resume Etiquette
Session A

Job Search success Pyramid – Purpose of Resume - Resume Formats - Chronological, Functional,
Combination
Session B
Resume Format Writing : Necessary Categories - Title , Objective , Skills , Education ,
Experience Optional Categories – Hobbies, Extracurricular activities
Session C
General Guide lines: Length – Layout - Cover Letter – References
Session D
Exercises – Sample Resume Writing
Note
1. Each candidate will be provided a note pad and pen.
2. Each candidate will be provided “Project Certification”.
3. Cheapest price and Rich Quality will be 100% guaranteed.
4. Feedback will be taken for every day of completion.
5. Candidate must present all the days without fail to get complete benefit of our
training.
6. Each day sessions will be 3 hours F.N. and 3 hours A.N. (Option: Can Negotiate)
7. After this training candidate can manufacture a product for sure.
8. We bring out the confidence level of the candidates 100% in terms of Technical as
well as Creative aspects.

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