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Best Project Based 6 Weeks VHDL Summer Training Institute

Best VHDL training institute
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APTRON has introduced live project based 6 weeks VHDL summer training for engineering students imparting basic to advanced level of knowledge. It is the best summer training institute comprising of a team of best and industry experienced professionals as trainers for 6 weeks VHDL summer training program. This further ensures that the students are in safer hands and under the best mentorship to enhance their skills. The VHDL summer training course at APTRON has been structured by experts and is closely aligned to the industry requirements. Backed with 100% placement support in the top MNCs our 6 weeks VHDL summer internship training is a perfect balance of both theory and practical hands-on experience on live projects.

Boasted with high-tech facilities, well-equipped infrastructure, advanced labs, libraries etc. with 24x7 access provides an excellent learning environment for the 6 weeks VHDL summer training based on live projects. The VHDL summer training opens up vast career options for the students and is ideal for 1st/2nd/3rd/4th year engineering students and aims at expanding their horizons and enhancing skills in order to transform themselves into industry-ready professionals.

The rivalry for the acquisition of jobs in various MNCs requires the students to have mental elasticity with a creative mindset and the 6 weeks VHDL summer training course encourages the learners to create, invent or discover something valuable. APTRON is the best 6 weeks VHDL summer training institute that provides optimal exposure to the students helping them develop their brain accordingly at a reasonable summer training fees.

APTRON is the largest 6 weeks VHDL summer training centre and multiple summer training batches are conducted throughout the day both in the weekdays and weekends making it easier for the students to choose the batch as per their convenience. In addition to this, the institute also provides Fastrack VHDL summer training course. Such type of rigorous 6 weeks VHDL summer internship training introduces the students with the real-time work environment and the mandatory placement training prepares them to face the real-world challenges during the job interview. The summer training course duration, as well as batch timings, show perfect coordination with your summer vacation and hence you can utilize your time in the best way.

Aptron's Project-based 6 Weeks Summer Training in VHDL Covers the Following Modules

Summer Training in VHDL is a modular 6 weeks course, regularized over 5 days a week, 2 hrs a day, and exclusively includes practical sessions. The course curriculum of Summer Training in VHDL comprises:

    Module 01: VHDL Overview

  • INTRODUCTION TO VLSI
  • Need, Scope, Use and History of VLSI.
  • Introduction to Chip Design Process.
  • Description of Hardware Description Languages
  • VLSI Design Flow
  • Applications of VLSI.

    Module 02: INTRODUCTION TO VHDL

  • Need, Scope, Use and History of VHDL.
  • Applications of VHDL in Market and Industries.
  • Special Features of this Language.
  • Discussion of VHDL & other Languages.

Module 03: DESIGNING IN VHDL

  • Design Process and Steps.
  • Design Simulation
  • Design Synthesis.
  • Design Methodology
  • Top Down
  • Bottom Up

Module 04: CODE STRUCTURE

  • Library Declaration
  • Entity
  • Architecture
  • Configurations

Module 05: DATA TYPES & DATA OBJECTS IN VHDL

  • Variables
  • Constants
  • Signals
  • Delta Delay
  • Operators in VHDL
  • Shift Operator
  • Relational Operator
  • Arithmetic Operator
  • User-Defined Data Types
  • Pre-Defined Data Types
  • Arrays
  • Record

Module 06: DATA FLOW MODELING

  • Keyword description of Dataflow Modeling.
  • When else statement.
  • With Select Statement.

Module 07: BEHAVIORAL MODELING

  • Process Keyword.
  • Conditional Statements
  • If else statement
  • Case statement
  • Loops in VHDL
  • For Loop
  • While Loop
  • No Iteration Scheme Loop
  • Sequential Circuits in Behavioral Modeling
  • Flip-flops
  • Counters
  • Combinational Circuits in Behavioral Modeling
  • Decoder
  • Encoder
  • Multiplexer
  • Logic gates
  • Attribute
  • Signal Attribute
  • Data Attribute
  • User-Defined Attribute
  • Package
  • Predefined Package
  • Userdefined Package
  • Sub programs.
  • Function
  • Local Function
  • Predefined Function
  • Procedure.
  • Local Procedure
  • Predefined Procedure
  • NULL Statement
  • NEXT Statement
  • EXIT Statement

Module 08: STRUCTURAL MODELING

  • Benefits of Structural Modeling.
  • Components
  • Component Interfacing
  • Port Mapping

Module 09: FINITE STATE MACHINE

  • Introduction to FINITE STATE MACHINE (FSM).
  • Moore’s Machine.
  • Mealy Machine.
  • Counters (MOD-3, MOD-5, MOD-7)
  • Flip Flops using FSM.

Module 10: SHIFT REGISTERS & MEMORIES

  • SISO
  • PIPO
  • SIPO
  • PISO
  • Memory Design
  • RAM
  • ROM

Module 11: MINOR PROJECTS

  • Design of ALU
  • Traffic Light Controller
  • Single way
  • Four way
  • Design of Shift Unit
  • Design of Comparator
  • Booth Multiplier
  • Wallance Tree Multiplier

Module 12: HARDWARE INTERFACING

  • Introduction to FPGA.
  • Introduction to CPLD.
  • Brief Description of Hardware KIT.
  • Working on Physical FPGA & CPLD.
  • Interfacing of LED’s.
  • Keypad Scanner

Module 13: BEHAVIORAL MODELING ADVANCED TOPICS

  • MEMORY DESIGN – RAM / ROM.
  • CLOCK DIVIDER RTL Code

Module 14: HARDWARE INTERFACING ADVANCED TOPICS

  • 7-Segment interfacing.
  • Counter on 7-Segment.
  • LCD Interfacing.

Module 15: ADVANCE TOPICS

  • Test bench.
  • Delays in VHDL.
  • Generics & generic map.
  • Guarded block.
  • Block
  • Overloading
  • Operator overloading.
  • Function overloading.

Module 16: INDRODUCTION TO VERILOG HDL

  • Needs of VERILOG HDL.
  • Difference between Verilog HDL & VHDL.
  • Application of Verilog HDL
  • Market Need. MAJOR PROJECTS
  • TLC- 4 Way / 1-Way on CPLD/ FPGA XILINX SPRTAN-3E.

Module 17: MAJOR PROJECTS

  • Project assistance
  • 16-bit Microprocessor

6 Week Based Projects List in VHDL Technologies

  • VENDING MACHINE
  • 16-BIT BARREL SHIFTER
  • DMA CONTROLLER
  • UART RECIEVER
  • BAUD RATE GENERATOR
  • TRAFFIC LIGHT CONTROLLER SINGLE WAY
  • TRAFFIC LIGHT CONTROLLER MULTIWAY
  • 16-BIT MICROPROCESSOR
  • BINARY TO BCD\BCD TO BINARY CONVERTER
  • FIXED POINT UNIT (ALU)
  • FIXED POINT UNIT (COMPARATOR)
  • UNSIGNED SERIAL DIVIDER
  • HCSA ADDER AND GENERIC ALU BASED ON HCSA
  • 8 BIT MICROPROCESSOR
  • UART TRANSMITTER
  • 32-BIT MICROPROCESSOR

APTRON Course duration for VHDL Training

  • Fast Track Training Program (6+ hours daily)
  • Regular Classes (Morning, Day time & Evening)
  • Weekend Training Classes (Saturday, Sunday & Holidays)

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