Physical Design in pune
Acquire industry relevant skills in Physical Design and gain hands-on
project experience with tools like ICC and Fusion-Compiler, ensuring
you are job-ready in the thriving semiconductor field.
Our Physical Design Course offers a comprehensive understanding of VLSI design flows, focusing on synthesis and optimization to achieve improved power, performance, and area (PPA). You’ll gain in-depth knowledge of static timing analysis (STA) from synthesis through to physical design signoff, as well as the complete physical design process from floorplanning to post-route. The course includes practical exposure to industry tools, along with valuable experience in real-world challenges through demo projects. You'll also learn scripting with Shell and TCL to enhance efficiency. With access to online study materials and library facilities, you’ll receive placement assistance and mock interview preparation under the guidance of industry experts, ensuring you are well-equipped for success in the semiconductor industry.
Placement Guarantee by allowing students pay after placement
- Evolution of VLSI
- VLSI Design flow cycle
- Semiconductor Eco-system
- What is ASIC & FPGA
- FPGA design flow & ASIC design and verification flow
- SoC architecture
- SoC Design flow
- Opportunities for VLSI engineers in India
- VLSI industry work profiles and roles
- How to be industry ready?
- Number system introduction & radix conversion
- Complements of number systems
- Basics/complex gates operation & truth table
- NAND & NOR realization
- Boolean function implementation & optimization
- Multiplexer realization
- Introduction to sequential circuits (flip-flops & latches)
- Master–slave combination & its limitations
- Edge/level triggering & its advantages/disadvantages
- Synchronous & asynchronous circuits
- Frequency divider circuit
- Basics of N-Type & P-Type semiconductor.
- PN Junction Operation.
- Basics of MOSFET (PMOS/NMOS) ,CMOS & FinFet.
- Realization of Gates using MOSFET.
- Understanding of basics CMOS operation.
- CMOS Short Channel Effect , CMOS Leakage Current, DIBL effect.
- MOSFET Power consumption & Drain Current equation.
- Transistor Skewing & its effect.
- CMOS Fabrication Steps.
- Realization of D-Flip Flop using Transmission Gate.
- Linux Commands
- How to work with Gvim Editor Tool
- Shortcuts & Tricks
- Introduction - Why verilog, Language Concepts, and abstraction levels
- What is DUT and TB How to use Questa Sim and see the waveform and netlist
- Verilog Module and Dataflow Modelling
- DataTypes - whitespaces, comments, Strings, Numbers, Net, Reg, Vectors, Integer, Real, Time, Arrays
- Operators (Intro and Concatenation, Shift, Relational, Equality, Conditional, Arithmatic)
- Operators (Logical, Bitwise, Reduction)
- System Tasks and Compiler directives
- Gate Level Modeling (ALL gates and one circuit)
- Switch level (NAND)
- Structural Modeling (FA and MUX and mux from decoder and tristate buffers)
- Behavioural Modeling - Blocking vs Non-Blocking, if-else and Case and Loops
- Behavioural Modeling - All Flipflops
- Behavioural Modeling - Registers
- Behavioural Modeling - Counters, FSM Design
- What is Physical Design ?
- Physical Design Flow
- Inputs required for Physical Design
- Introduction to STA
- STA Flow & Integration
- STA Concepts & Terminologies
- Timing Parameters
- Slack Calculations
- Clock Skew
- Constraints in STA
- Design Rule Violations (DRV)
- Timing Reports
- Timing Arcs & Types
- Understanding Industrial Design Flow
- Inputs of Synthesis
- Logical aware & Physical aware Synthesis
- Synthesis Flow
- Synthesis optimization Techniques
- Advantages & Disadvantages of Synthesis
- Outputs of Synthesis
- Introduction to Sanity Checks
- Types Of Sanity Checks
- Introduction to Floor Plan
- Inputs of Floor Planning
- Creating Core & Die
- Shape & Size of the Block (Aspect Ratio)
- Macro Placement & Guidelines
- Ports & Pads Placement
- Blockages & Types
- Physical only cells placement
- Checks & Outputs
- Introduction to Power Planning
- Types of Power Consumptions
- PDN
- IR Drop Analysis & Fixes
- Electro Migration Causes & Fixes
- Methods of Power Planning
- Contents in UPF
- Power Optimization Techniques
- Checks & Outputs of Power Plan
- Introduction to Placement
- Inputs of Placement
- Timing driven & Congestion driven Placement
- Stages in Placement
- Reason for Congestion & Fixes
- Reason for Timing Failure & Fixes
- Fixes for DRV's
- Bounds & Types
- Path grouping
- Magnet Placement
- Checks & Outputs of Placement
- Introduction to CTS
- Inputs of CTS
- CTS Flow
- CTS Exceptions & Clock Tree Methodology
- Latency & Skew optimization
- CTS optimization Techniques
- NDR's
- Clock Routing Methodology
- Checks & Outputs of CTS
- Introduction to Routing
- Inputs of Routing
- Routing Flow
- Routing optimization Techniques
- Stages of Routing
- Routing Switches
- Routing Algorithms
- Checks & Outputs of Routing
- Introduction to Sign-Off
- Signal Integrity & Cross Talk Analysis
- Fixes of Cross Talk
- Antenna Violation & Fixes
- ECO Flows
- Introduction to Physical Verification
- LVS Checks
- ERC
- DRC
- DFM
- Low Power Checks
- Goals & Outputs of Physical Verification
- Timing Exceptions
- Uncertainity
- MMMC Analysis
- External Timing Concepts
- Special Timing Paths
- PBA & GBA Analysis
- Slack Calculations with uncertainity
- Derates
- Unateness
- Introduction to TCL
- TCL operators
- TCL control statements (if-else, while, for, foreach)
- TCL strings & their applications
- TCL lists
- TCL arrays
- TCL file handling operations
- TCL regular expressions
- TCL procedures
- TCL program examples & practice session
Trainees will work on industry-standard RTL-to-GDSII projects focused on optimizing for minimum area, low power, and high performance. Each project simulates real-world block-level physical design, requiring candidates to deliver a clean, sign-off-ready GDSII from the given input database.
- Creating a Unique Resume: Learn strategies to design a resume that reflects your individuality and aligns with industry expectations.
- Highlighting Technical Skills: Identify and list the most relevant technical skills that add value to your profile.
- Project Descriptions & Roles: Master the art of describing your projects, roles, and responsibilities effectively to demonstrate real-world experience and measurable impact.
- Mock Interviews & Practice Sessions: Participate in simulated interviews that mirror real industry scenarios.
- Interview Practice with Industry Experts: Gain insights and guidance directly from professionals working in your target domain.
- Personalized Feedback: Receive constructive feedback on your performance to help you improve and excel in future interviews.
off
Affordable fee
Structure
Student can pay in No cost EMI for 5 months.
Students are Eligible for Internship.
As per hiring companies requirement, as our trainers are working in industry they update course content time to time
OTHER INSTITUTE
High Fee.
No Fee after placement option
They ask to clear total fee within 1 month.
No scholarships provided.
Affordable fee
Structure
Student can pay in No cost EMI for 5 months.
Students are Eligible for Internship.
As per hiring companies requirement, as our trainers are working in industry they update course content time to time
OTHER INSTITUTE
High Fee.
No Fee after placement option
They ask to clear total fee within 1 month.
No scholarships provided.
Why VLSIfirst is Highest Rated?
About Placement
We are a leading provider of VLSI training solutions, dedicated to empowering engineers with the skills and knowledge required to excel in the semiconductor industry.
Our Approach:
- Integrated Training: Blend of theory and practical application.
- Real-World Preparation: Equipping students for practical challenges
- Comprehensive Approach: Holistic training for robust skill development.
Our work with clients has always been at the intersection of deep industry expertise and extensive capabilities.
Fee Structure:
Total fee: 1,00,000/ Student need to pay 75,000 in Training Period
15000/- for Registration
15000/- after 1 st Month
15000/- after 2 nd Month
15000/- after 3 rd Month
15000/- after 4 th Month
Remaining 25,000 after getting placement (after receiving offer letter from company)
No, if you get placement through your sources there is no need to pay 25% fee, however, you need to inform us that you want to try on your own as soon once you finish your training.
No, you will pay 25% fee after placement only.
No, we don’t offer any discounts in fee.
We provide offline classes in 3 locations, Hyderabad, Bangalore and Noida
Yes, any student who are passedout between 2005 to 2024 can join the course
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Speak With Industry Experts
Pune has established itself as a major center for IT, engineering, and VLSI design, attracting students and professionals who want to build careers in the semiconductor industry. With growing opportunities in chip design companies, the demand for Physical Design in Pune is higher than ever. For those aiming to secure a career in this competitive field, joining a Physical Design course in Pune is the first step toward success.
Physical design is a crucial phase of the VLSI flow, where a logical circuit is implemented into a physical chip layout. By enrolling in physical design flow training in Pune, learners gain expertise in placement, floorplanning, routing, clock tree synthesis, power optimization, and timing closure—all essential skills for VLSI engineers.
Best Physical Design Training with Placement in Pune
Career placement is one of the key benefits of training programs. Several physical design training institutes in Pune with 100% placement offer industry-focused courses that prepare learners for high-demand roles. Choosing the best physical design with placement in Pune ensures you receive quality training along with complete career support.
Fresh graduates looking for opportunities can also benefit from physical design fresher jobs after training in Pune, as companies are keen to hire skilled engineers. Through structured physical design placement training in Pune, students receive interview preparation, resume guidance, and hands-on practice to confidently enter the job market.
Advanced and Affordable Physical Design Courses
For professionals seeking deeper expertise, the advanced physical design course in Pune covers complex areas such as multi-mode multi-corner analysis, low-power design techniques, and advanced timing closure. These programs are tailored to help engineers move into senior design and verification roles.
At the same time, there are options for affordable physical training courses in Pune, making it easier for students to gain access to quality education. Flexible learning options such as physical design online and classroom training in Pune provide convenience for both working professionals and fresh graduates.
Hands-On Experience and Certification
Practical exposure is one of the most important aspects of physical design training. Institutes that provide physical design training with real-time projects in Pune give learners the chance to work on industry-level challenges, bridging the gap between theory and practice. This hands-on experience enhances problem-solving skills and prepares candidates for real-world scenarios.
Additionally, completing a physical design certification course in Pune adds significant value to your professional profile. Certification proves your technical expertise and makes you stand out to employers who are looking for trained and certified professionals.
Build Your Career in Physical Design
Pune offers the right environment, resources, and training opportunities for those looking to build a career in the semiconductor domain. By enrolling in physical design courses in Pune with job guarantee, learners gain not only technical knowledge but also the confidence of assured placements.
Whether you are a fresher entering the job market or an experienced engineer aiming to upgrade your skills, physical design certification and placement training in Pune provides the perfect platform to achieve your goals. With expert faculty, real-time project exposure, affordable fees, and guaranteed placements, Pune has become one of the best destinations to learn and excel in physical design.
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