Introductiion ..................................................1

VLSI and Embedded Systems ...................... 2

Microcontroller based Embedded Systems ... 3

Ardent Computech Private Limited is an

ISO 9001-2008 certified Software

Development and Training Company

headquartered in Kolkata and having

branches in Durgapur and Bandel. We are

also the partner of internationally

recognized body, Peason Vue.

To meet the increasing requirement of

industry we would like to conduct value

added industrial training for the students of

your college. The word “ARDENT” means

“PASSIONATE”; we are looking for

enthusiastic passionate students those who

want excel in the field of technology.

Ardent Computech Pvt Ltd CF-137, Sector – 1, Salt Lake, Kolkata – 700064 Phone – 2321 0514

Salient features of the training at ARDENT:

� Training is accompanied by project work. � Students get acquainted with the Software Development Lifecycle,

Process and Preparation of Documentation. � The project will be of the scale of their industrial project as per

University curriculum. � All the students will be provided certificate after training. � Hands on Exposure to Industrial Tools. � All the students will be provided certificate after training.

Industrial Vocational Training at Ardent

ISO 9001: 2008

COMPANY

At ARDENT we give training and project

guidance in the most updated and on

demand technologies that are prevalent in

the industry. With a bright history of

training over 7000 students in last two years,

we believe that its Engineers only who can

guide the Engineers. Formed by group of

talented and enthusiastic Engineers,

ARDENT is a sincere effort to add value to

the Engineering education of INDIA.

w w w . a r d e n t c o l l a b o r a t i o n s . c o m

FPGA based VLSI and Embedded Systems

Ardent Computech Pvt. Ltd.

Project Based

Training Module

for aspiring

students in the

field of FPGA and

Embedded

Systems

This specialized training programmed in VLSI Design is intended for Engineers with a flair for working in the challenging fields for Digital Electronics Design. This intensive course is conceived to provide in-depth understanding of VHDL based design along with hands-on experience in software and hardware implementation tools. The course aims to provide practical exposure and experience in the use of industry standard EDA tools, widely used by MNCs and other leading organizations working in this field VLSI Design. Classes handled by experts, who are deeply involved in real world design projects, will address current design issues. In this competitive world, the specialized knowledge enhancement acquired from this course will certainly provide a quantum career head start. Contents Introduction To VLSI System Design

• VLSI System Lifecycle. • Real-Time Requirements • Design Challenges • System Level Requirements.

Co-Design for Embedded Systems • Basic Issues of Co-Design • Hardware Software Partitioning • Hardware Software Scheduling • Memory Optimization • Design Space Exploration

MOS And CMOS based VLSI Circuits: • NMOS, PMOS, CMOS Gates • Effect Of Capacitive Loading • Minimizing Propagation Delay • Transistor Sizing For Performance • CMOS Power Consumption • Low Power Design Techniques • Switching Characteristics of CMOS • CMOS Interconnection Delays • MOSFET Capacitances

Introduction To VHDL • Entity and Architecture • VHDL Component • VHDL Designing Hierarchies

Concurrent VHDL • Signal Assignment • Transport And Inertial Delay • Concurrency • Delta Time • When and With statements. • Behavioural Model • Generics. • Data Types • Vector Assignments • Multidimensional array

Sequential VHDL • Process Statement

• If Statement/Case Statement • Multiple Assignment • Wait Statement • Loop Statements

Library • Libraries • Packages • Procedures • Functions

Structural VHDL • Component Declaration • Portmap • Genericmap • Configuration • Components in a package.

Testbench • Different forms of testbench • TextIO.

State machine • FSM • Mealy machine • Moore machine

Design Examples: • Adders,Comparators,Multiplexors and Decoders • Flip Flops,Registers,Counters,Shift Registers,PIPO,SIPO. • Memory • ALU

Project Work:

Project Based

Training Module

for aspiring

students in the

field of FPGA and

Embedded

Systems

Ardent Computech Pvt. Ltd.

Ardent Computech Pvt. Ltd.

The microcontroller is playing an increasingly important role in a wide range of engineering applications. Application of microcontrollers is found in all industries and disciplines. Engineers from all disciplines benefit from the learning power of the microcontroller in solving engineering problems.

A microcontroller is described as a computer on a chip because it contains all the features of a full computer including central processor, inbuilt clock circuitry, ROM, RAM, input and output ports with special features' such as serial communication, analogue-to-digital conversion and, more recently, signal processing.

The microcontroller is playing an increasingly important role in a wide range of engineering applications. Engineers from all disciplines benefit from learning the power of the microcontroller in solving engineering problems. This advance-training course will provide all engineering students the opportunity to learn to use the microcontroller as a tool for solving various industrial monitoring and control problems. This is accomplished through training of participant at a minimum base of information, which is essential to using microcontrollers, but more importantly teaching them a design methodology, which they follow and build upon when they move on to industry. In this manner, the purpose of the course is to develop an essential framework for using the microcontroller as a design tool and opening up a wide range of opportunities for exposing participants to applied engineering problems and to the unique solutions that microcontrollers offer in dealing with these problems.Course Content:

1. Internal Hardware Architecture of 8051.

2. Single bit instructions & programming

3. Jump, Loop, Call Instruction Programming.

4. Byte write instructions & programming

5. Input Output Port Programming.

6. Interrupts programming

7. Arithmetic & Logic Design Instructions.

8. Timer & counter programming.

9. Interrupts Priority Settings & Programming.

10. 8051 addressing mode

11. Power Down & Sleep Mode

12. Serial port programming in 8051 (UART)

13. Realtime Project (Realtime Model Design and Implmentation)

Microcontroller based Embedded Systems

Project Based

Training Module

for aspiring

students in the

field of

Microcontrollers