Pay only 50% Fee, remaining 50% after Placement!
BECOME AN EXPERT IN FPGA DESIGN
FPGA (field-programmable gate array) design involves the use of hardware components to create digital circuits and systems. It is typically used in applications such as image-processing, AI, and embedded systems. Through FPGA design, engineers can take advantage of the flexibility and scalability offered by this type of logic technology. With an FPGA-based approach to system design, engineers can quickly reconfigure a system for different types of tasks, making it ideal for applications that require rapid reconfiguration and high performance
Next Upcoming Training Batches
VLSI design and
verification
OFFLINE
Class: 9:30 AM to 1:00 PM
(25/11/2024)
Lab: 2:00 PM to 5:00 PM
ONLINE
Class : 7:00 AM to 8:30 AM
(4/11/2024)
Lab : 7:00 PM to 8:00 PM
(flexible)
Only few slots left, Hurry up!
VLSI design and
verification
OFFLINE
Class :9:00 AM to 1:00 PM
LAB: 2:00 PM to 5:00 PM (flexible)
(25/11/2024)
ONLINE
Class : 7:00 AM to 8:30 AM
(4/11/2024)
Lab : 7:00 PM to 8:00 PM
(flexible)
Only few slots left, Hurry up!
Physical Design
Start Date: 09/12/2024 @BAN & HYDOFFLINE
Class :9:00 AM to 1:00 PM
LAB: 2:00 PM to 5:00 PM (flexible)
(09/12/2024)
ONLINE
Class : 7:00 AM to 8:30 AM
(09/12/2024)
Lab : 7:00 PM to 8:00 PM
(flexible)
Only few slots left, Hurry up!
ELIGIBILITY
- Any year BTech, MTech, BE, ME pass out students
- with minimum of 50% in academics are eligible for.
Total fee: 1,00,000/-
- Student need to pay 50,000 in Training Period
- 10,000/- for registration immediately
- 10,000/- after the 1st month
- 10,000/- after the 2nd month
- 10,000/- after the 3rd month
- 10,000/- after the 4th month
- Remaining 50,000 after getting placement ( after receiving offer letter from company)
- * Gst applicable
Course Curriculum
- Semiconductor ecosystem
- VLSI design cycle - front end design flow & backend design flow
- What is ASIC & FPGA
- FPGA design flow & ASIC design and verification flow
- SoC example and industry updates
- Opportunities for VLSI engineers in India
- VLSI industry work profiles and roles
- How to be industry ready?
- Digital system design & applications
- Introduction
- What is digital & analog
- Introduction to digital system design
- Elements of digital logic, number system
- Code conversion, logic gates, K-maps, Boolean algebra, SOP, POS
- BCD, excess-3, gray code, ASCII, complements
- Combinational logic design: adders, subtractors, multipliers, dividers, comparators, multiplexing, demultiplexing, encoders, decoders, parity, checkers, data path, control path, ALU
- Sequential logic design: synchronous logic design, asynchronous logic design
- Latches
- Flip-flops
- Counters (asynchronous, synchronous, mod, Johnson, ring)
- Registers (SISO, SIPO, PISO, PIPO, USR, LFSR)
- FSM (Mealy and Moore – overlapping and non-overlapping)
- FIFO (asynchronous, synchronous)
- Memories (RAM, ROM)
- Introduction & Importance of HDL - HDL vs High Level Languages.
- Basic Language elements
- Design Methodologies - Top Down, Bottom Up
- Verilog data types
- Verilog Modelling Styles:
- Dataflow Modelling – continuous assignment statements
- Gate Level Modelling/Structural modelling
- Behavioural Modelling – Procedural blocks, procedural block statements – blocking and non-blocking assignments.
- Switch Level Modelling – switch primitives
- System Tasks
- Logic Gates, Half Adder, Full Adder, Half subtractor, Full subtractor.
- Multiplexer – 2:1, 4:1, 8:1 and other mux-oriented problems.
- Logic gates using Mux, Encoder, Decoder, Priority Encoder
- Stratified Event Queue or Timing Regions In-depth explanation with examples.
- Comparator, Seven Segment, Multipliers
- Combinational Circuits to be taught in Behavioral (IF, CASE) and Gate level
- Adders – RCA, Carry Look ahead adder, ALU, Subtractor, Division Circuits
- Sequential Circuits:
- Latch – Definition, usage, types, Coding and Simulation Result Explanation.
- Flipflop – Types (dff, tff, jkff), Coding and Simulation Result Explanation, Sync and Async FF. Difference between Latch and Flipflop, Why Nonblocking should be used for Sequential Circuits?
- Counter - Both Synchronous and Asynchronous, Mod Counters, Repeated Counters, Ring, Johnson Counters.
- FSM – Melay and Moore, Timescale, Parameter, Local Param, ifdef
- Shift registers – SISO,PISO,PIPO,PISO, Bi-directional Registers, Universal Shift Registers
- MEMORIES – RAM, ROM, Frequency Dividers, Self-checking testbenches.
- Define, setup, hold time, Types of delays to be used in coding. – Inter,Intra,Gate
- Sequential and Parallel execution blocks, generate blocks, Primitives - Try
- Randomization based testbenches, Task oriented TB.
- Synthesizable vs Non-Synthesizable Constructs explanation with examples, Loops.
- Race conditions in Verilog with Live examples
- ASIC Verification:
- Introduction & Importance
- Verification Methodologies
- System Verilog: Introduction to Verification and System Verilog.
- Data Types:
- Integer, Void
- String, Event
- User-defined Enumerations
- Class Arrays
- Fixed Size Arrays - Packed and Un-Packed
- Dynamic Array - Associative Array, Queues, structure, Union, typedef
- Procedural Statements and Flow Control:
- always_ff, always_comb, Blocking & Non-Blocking assignments
- Unique-I, Priority-If
- While, do-while, for each & enhanced for loop
- Repeat, Forever
- Break & Continue
- Named Blocks and Statement Labels
- Disable block and disable statements
- Event Control.
- Tasks and Functions:
- Tasks
- Functions
- Argument passing – Automatic, Static
- Processes:
- fork-join
- fork-join any
- fork-join none
- wait-fork
- disable-fork
- Classes:
- Classes
- This Keyword
- Constructors
- Static Class Properties & Methods
- Class Assignment
- Shallow Copy & Deep Copy
- Parameterized Classes
- Inheritance
- Overriding Class Members
- Super Keyword
- Polymorphism, Casting
- Data Hiding and Encapsulation
- Abstract Classes & Virtual Methods
- Class Scope Resolution Operator
- Extern methods
- Type def Classes.
- Randomization & Constraints:
- Constraint Blocks
- External Constraint Blocks
- Inheritance
- Inside operator
- Weighted distribution
- Implication and if-else and other constructs.
- IPCSemaphore - Mailbox - Event:
- Scheduling Semantics
- Program Block
- Interface
- Mod port
- Clocking Blocks.
- Assertion:
- Assertions
- SVA Building Blocks
- SVA Sequence
- Implication Operator
- Repetition Operator
- SVA Built in Methods
- Ended and Disable iff.
- Coverage:
- Coverage
- Functional Coverage – Types
- Coverage Options - Parameters and define.
- Project on System Verilog on Industry Standard Protocol with assertions and coverage along with tool explanation.
- INTRODUCTION
- UVM stands for Universal Verification Methodology.
- It is a standardized methodology for the creation of modular, reusable testbench components for verifying System-on-Chip (SoC) designs.
- The UVM methodology is based on the IEEE 1800 SystemVerilog standard and uses object-oriented programming principles for creating testbenches.
- The UVM methodology provides a structured, efficient and effective way to create reusable and scalable testbenches for complex SoC designs.
- UVM Testbench Architecture
- The UVM testbench architecture is made up of a hierarchical structure of components.
- The top-level component is the UVM Test, which manages the overall simulation process.
- The UVM Top component is responsible for setting up the simulation environment and connecting the different components of the testbench.
- The UVM Agent is responsible for interfacing with the design-under-test (DUT).
- The UVM Scoreboard verifies the correctness of the DUT outputs against the expected results.
- The UVM Sequencer generates and manages the flow of stimulus to the DUT.
- The UVM Driver converts the stimulus generated by the sequencer into signals that can be applied to the DUT.
- The UVM Monitor monitors the signals at the DUT interface and converts them into transactions that can be checked by the scoreboard.
- UVM Phases
- The UVM methodology defines several phases that define the different stages of the simulation process.
- The different phases include build, connect, end-of-elaboration, start-of-simulation, run, and shutdown.
- Each phase has a set of associated callbacks that allow users to customize the behavior of the simulation at different stages.
- UVM TLM
- The UVM methodology provides support for transaction-level modeling (TLM).
- The Analysis Port is a TLM interface that allows different components of the testbench to communicate with each other using transactions.
- The UVM methodology defines several different types of TLM ports, including analysis ports, analysis export, and analysis imp.
- The UVM TLM protocol provides a standardized way of defining and connecting TLM ports between different components of the testbench.
- Register Layer
- The UVM methodology provides a standardized way of modeling and testing register-based designs.
- The Register Model defines the register and field definitions for the DUT.
- The Register Environment is responsible for managing the configuration and operation of the registers.
- The UVM methodology provides support for connecting the register environment to the DUT and for testing the register operations using the scoreboard.
- UVM Reporting
- The UVM methodology provides a powerful reporting mechanism for debugging and analyzing simulation results.
- The reporting mechanism includes configurable verbosity levels and a standardized message format.
- The UVM methodology also provides support for defining and reporting user-defined messages.
- UVM Configurations - Macros Explanation in UVM.
- UVM Factory – Registration - Factory Methods Explanation.
- UVM Callback - Body Call back - Usage and Importance of Call Backs.
- Lock Grab - Examples Arbitration - Importance of Arbitration - Usage of Arbitration - Sequencer Arbitration. Virtual Sequence, Sequencer - Need and Usage of Virtual Sequence and Sequencer.
- Sequential and Parallel Sequence, Layered Sequences- Overview and Implementation of Sequences.
- UVM MACROS - Macros Explanation in UVM.
- UVM Project – UVC Development for Industry standard protocol.
- Explanation of IP, VIP, SOC Level Testbench flow, Testplans, Verification plan.
Students will work on some of the below Design and Verification projects as part of training project.
APB, AHB, AXI, SPI , UART, I2C, MEMORY CONTTROLLER, USB, UTMI, PCIE, ETHERNET, AES.
Linux Operation System, Vim Editor.
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Why VLSI FIRST ?
Smaller class size - only 20 students per batch
VLSI Training with low student to teacher ratio has many advantages like one to one attention, students get an increased opportunity to bond with trainers, chance to trailer individual learning and less disruption.
Course Modules
We always listen to our students and Industry, and develop courses that meet the current demands of industry through a wide range of industry contacts and innovative teaching methods. These VLSI training modules are designed by our industry experts and are customized as per the requisites of the Semiconductor organizations
Exclusive, Experienced and Industry Professionals as Trainers
VLSI FIRST possesses a team of Exclusive trainers and industry professionals who have gained years of experience working on live project development and implementations. Their passion for study, learner-focused approach and their industry expertise gives learners an inspirational learning experience and an understanding of industry trends. Along with the exceptional academic faculties, our institute also possesses a strong team of administration staff, who ensure that your education sessions run smoothly and you get all the things that you need for VLSI Training conveniently.
Projects
RTL Design and Verification Training Projects are on Latest Industry Applications and Trends, Every student gets a different project, once student finishes his project before time then he can involve in other project, projects implementation helps understand VLSI technology and useful in getting placement.
Fee
Pay 50% fee after Placement, Quality Education at affordable price
Placement Assistance
Placement Training Starts from 1st day of Training and Placement Assistance will be valid upto 1 year after Training, for more details see placements page VLSI Training RTL Design and Verification Training
100% Placement Assistance
The Placement Cell of "VLSI FIRST" provides guidance and all the assistance to the students in order to achieve their career goals.
JOB ROLES
RTL Design Engineer
ASIC VERIFICATION Engineer
DV Engineer
Project Manager
Automotive Embedded
FPGA DESIGN Engineer
Test Engineer
Applications Engineer
PreSilicon and Post Silicon Validation Engineer
Frequently Asked Questions
Fee Structure:
Total fee: 1,00,000/- (+GST) Student need to pay 50,000 in Training Period
10000/- for Registration
10000/- after 1 st Month
10000/- after 2 nd Month
10000/- after 3 rd Month
10000/- after 4 th Month
Remaining 50,000 after getting placement (after receiving offer letter from company)
Total fee: 1,00,000/- (+GST) Student need to pay 50,000 in Training Period
10000/- for Registration
10000/- after 1 st Month
10000/- after 2 nd Month
10000/- after 3 rd Month
10000/- after 4 th Month
Remaining 50,000 after getting placement (after receiving offer letter from company)
Fee Structure:
Total fee: 80,000/- (+GST) Student need to pay 40,000 in Training Period
10000/- for Registration
10000/- after 1st Month
10000/- after 2nd Month
10000/- after 3rd Month
Remaining 40,000 after getting placement (after receiving offer letter from company)
Total fee: 80,000/- (+GST) Student need to pay 40,000 in Training Period
10000/- for Registration
10000/- after 1st Month
10000/- after 2nd Month
10000/- after 3rd Month
Remaining 40,000 after getting placement (after receiving offer letter from company)
No, if you get placement through your sources then no need to pay 50% fee, however, you need to
inform us that you want to try on your own as soon as you finish your training.
No, you will pay 50% fee after placement only.
No, we don’t offer any discounts in fee.
Yes, we provide 10% scholarship on fee for the students with 75% or 7.5 CGPA (in all the academics)
in Bangalore branch
We provide offline classes 2 locations, Hyderabad and Bangalore
Yes, any student who are passedout between 2005 to 2023 can join the course
We take 20 Students per batch.
6 Months
3 Months
Trainers are from Industry; they are active working professionals. Average experience level of our
trainers is 4years.
Yes, any student who are passedout between 2005 to 2023 can join the course
Yes, Online students can come to offline on Saturdays to our branches in Hyderabad and Bangalore
Yes, you can switch but not in the middle of the module, there are 4 main modules in the course,
after completing or before starting any module you can switch.
9am to 1pm (you can spend till 6pm in lab if you want to) same timings from Monday to Saturday, Sunday Holiday.
7am to 8:30am Class
7pm to 8pm Lab session (we can change based on students availability between 6pm to 9pm for 1hr)
same timings from Monday to Friday, on Saturday we conduct Test and Sunday Holiday
7pm to 8pm Lab session (we can change based on students availability between 6pm to 9pm for 1hr)
same timings from Monday to Friday, on Saturday we conduct Test and Sunday Holiday
There are two type of VLSI companies which are operating in India
1) Product Companies Ex: Intel, AMD, Qualcomm etc..
2) Service Companies Ex: Wipro, Capgemini, L&T etc...
For the total list of companies please go to our placement page.
1) Product Companies Ex: Intel, AMD, Qualcomm etc..
2) Service Companies Ex: Wipro, Capgemini, L&T etc...
For the total list of companies please go to our placement page.
Before answering that question, please go through our placement process below:
Placement Process:
After 6 Months of Training, we provide 1 week of Placement training which includes your
MNC companies will be coming for 2months, we make sure that all the students get placed in MNC companies.
Those who are not successful in getting placement in MNC's will be attending start-ups for next 2 months.
If in worst case any student is not successful in getting placement in start-ups also, then we send them for internship in our company for next 3 months.
In internship students will be working directly on clients’ projects and will gain experience. Once students are done with internship then we take interview and based on students’ performance we give them 1 year of Internship experience as they have spent 1 year in institute (6 months for training + 2 months for MNC placements + 2 months for start-up placements + 3 months for internship = 12months)
Advantages if going as experienced candidate:
Placement Process:
After 6 Months of Training, we provide 1 week of Placement training which includes your
- Resume preparation,
- Interview Questions Preparation,
- Technical Interview Preparation and
- HR Interview preparation.
MNC companies will be coming for 2months, we make sure that all the students get placed in MNC companies.
Those who are not successful in getting placement in MNC's will be attending start-ups for next 2 months.
If in worst case any student is not successful in getting placement in start-ups also, then we send them for internship in our company for next 3 months.
In internship students will be working directly on clients’ projects and will gain experience. Once students are done with internship then we take interview and based on students’ performance we give them 1 year of Internship experience as they have spent 1 year in institute (6 months for training + 2 months for MNC placements + 2 months for start-up placements + 3 months for internship = 12months)
Advantages if going as experienced candidate:
- More Opportunities – more openings in companies for experienced candidates
- Good Salary package
- Simple interview process (No written test and mostly 2 rounds of Interview)
- No bond and we can choose location of work.
Freshers can get minimum 3L package and maximum depends on the company and your
performance in the interview.
No, you should be flexible to relocate to any location in India as you are fresher getting opportunity
is important, how ever after getting 1 year of experience you can request company to transfer to
your preferred location.
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- Pay only 50% Fee, balance after Placement
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- Pay only 50% Fee, balance after Placement
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FPGA Design Training in India
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