Analog Layout Design Parttime course - ChipXpert VLSI Institute

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Analog Layout Design Part-Time Course

Start Date

15th April 2025

Duration

6 Months

Training Type

Online Classes

Course Overview

The Analog Layout Design course at ChipXpert VLSI Training Institute provides in-depth knowledge of designing high-performance, manufacturable, and reliable analog IC layouts for semiconductor applications. The course covers key concepts such as MOSFET layout techniques, matching principles, parasitic effects, floorplanning, and routing strategies. It emphasizes the importance of device symmetry, common centroid layouts, guard rings, and shielding techniques to minimize mismatch and noise.

With a strong focus on CMOS technology, learners gain expertise in substrate noise isolation, latch-up prevention, and design for manufacturability (DFM). The course also introduces electromigration (EM), IR drop analysis, and electrostatic discharge (ESD) protection strategies, ensuring robust and reliable designs. Advanced layout considerations such as high-speed analog layout, RF layout techniques, and deep submicron challenges are also explored.

Practical learning is a core component, with hands-on training using industry-standard EDA tools for layout editing, DRC, LVS, and parasitic extraction. Real-world case studies and projects provide exposure to layout optimization techniques, helping learners develop a deep understanding of tape-out procedures and foundry processes.

By the end of the course, participants will have the industry-ready skills required to work as Analog Layout Engineers, specializing in custom IC layout design, layout verification, and process technology integration. This program is ideal for those looking to build a career in Analog, Mixed-Signal, and RF IC design within leading semiconductor companies.

Course Highlights

Course Fee

No Cost EMI Option
Pay After Placement Option
Merit Based Discount Option Upto 50%

Course Delivery Model

Course Duration & Timings

Course lessons

Module 1: Semiconductor Basics

Introduction to semiconductor materials (Intrinsic & Extrinsic)
Carrier transport mechanisms (Drift, Diffusion, Mobility)
PN junction, diode characteristics, and applications
Bipolar Junction Transistors (BJTs) and Metal-Oxide-Semiconductor Field-Effect Transistors (MOSFETs)

Module 2: Fundamentals of Basic Electronics

Ohm’s Law, Kirchhoff’s Laws, and circuit analysis
Biasing techniques and small-signal analysis
Amplifier basics: Differential, Common Source, and Cascode amplifiers
Power management circuits and signal conditioning

Module 3: Fundamentals of Digital Electronics

Boolean algebra, logic gates, and combinational circuits
Flip-flops, registers, and sequential circuits
Setup/Hold time, metastability, and clocking strategies
Basics of RTL design and timing concepts

Module 4: Introduction to FinFET Technology

Evolution from Planar CMOS to FinFET
FinFET structure, advantages, and challenges
Short-channel effects and power efficiency improvements
FinFET layout considerations and impact on analog design

Module 5: Introduction to Linux for VLSI

Linux command-line interface and shell scripting
File operations, process management, and text editing (vi, GVIM)
Basics of automation and version control (Git)
Remote access and network operations

Module 6: TCL and Python Scripting for Layout Automation

TCL & Perl Scripting
- Basics of TCL and Perl for EDA tool automation
- Writing scripts for layout generation and verification
- Automating DRC, LVS, and parasitic extraction
Python Scripting
- Python fundamentals (data types, loops, functions)
- Automating layout data processing and analysis
- Industry-standard Python libraries (NumPy, Pandas, Matplotlib)

Module 7: Fundamentals of Analog Layout Design

CMOS fabrication process and process node scaling
Importance of layout in analog and mixed-signal circuits
Foundry process constraints and PDKs (Process Design Kits)
Design rules and DFM (Design for Manufacturability)

Module 8: MOSFET Layout Techniques

Transistor layout optimization for performance and reliability
Fingered MOSFETs, multi-finger layouts, and dummy devices
Common centroid layout, guard rings, and noise isolation
Well Proximity Effect (WPE) and STI (Shallow Trench Isolation) effects

Module 9: Parasitics and Matching Concepts

Parasitic resistance, capacitance, and inductance effects
Mismatch reduction techniques (dummy devices, symmetric layouts)
Substrate noise coupling and isolation strategies
Layout techniques to minimize process variation

Module 10: Floorplanning and Routing Strategies

Placement of critical analog blocks (bandgap, differential pairs)
Power routing, metal layer selection, and IR drop considerations
Shielding techniques for noise reduction
High-speed signal routing strategies

Module 11: Layout Design for Analog Blocks

Operational amplifier (Op-Amp) and current mirror layouts
Precision resistor, capacitor, and inductor layout techniques
Switched capacitor circuits and charge pump layouts
High-speed ADC/DAC layout considerations

Digital-to-Analog Converters (DACs)

Fundamentals of DACs: decoding, interpolation, and filtering.
DAC architectures: Binary-weighted, R-2R ladder, current-steering, and Sigma-Delta DACs.
Performance metrics: resolution, linearity, settling time, and glitch energy.
Design considerations: precision, noise, and bandwidth.

Analog-to-Digital Converters (ADCs)

Fundamentals of ADCs: sampling, quantization, and encoding.
ADC architectures: Flash, Successive Approximation Register (SAR), Pipeline, and Sigma-Delta ADCs.
Performance metrics: resolution, speed, linearity (INL, DNL), signal-to-noise ratio (SNR), and effective number of bits (ENOB).
Design considerations: accuracy, power consumption, and speed.

Module 12: Advanced Analog Layout Considerations

Latch-up prevention and deep N-well strategies
Electromigration (EM) and IR drop analysis
Electrostatic Discharge (ESD) protection techniques
Stress effects, thermal analysis, and reliability considerations

Module 13: RF and High-Speed Analog Layout

RF inductor and capacitor layout techniques
Transmission line effects and impedance matching
Signal integrity and shielding strategies
Substrate isolation techniques for RF applications

Module 14: Verification & DRC/LVS Checks

Running and debugging DRC & LVS violations
Parasitic extraction and post-layout simulation
Sign-off procedures and checklist before tape-out
GDSII format and layout data preparation

Module 15: Foundry Guidelines and Tape-Out Process

Understanding fabrication and manufacturing processes
Optical Proximity Correction (OPC) and dummy fill strategies
Foundry design rules and PDK considerations
Final layout sign-off for tape-out

Module 16: Hands-on Projects & Case Studies

Full custom layout of an operational amplifier
Precision current mirror layout with matching techniques
High-speed ADC/DAC layout with parasitic-aware design
RF inductor and capacitor layout for high-frequency applications
FinFET-based analog circuit layout challenges and optimizations

Join Us

Who should join this course?

Specially Deisgned to working Professionals
Working Professionals from VLSI industry, having some exposure to MOS circuits and who want to switch to Analog Circuit design.
Working professional doing layout — either IO or analog and would like to switch to circuit design.
Working Analog Circuit Design Engineers who want to fill the gaps in their understanding & strengthen circuit design concepts to contribute effectively in their current role.
Faculty working in Engineering Colleges / Universities, teaching VLSI subjects, who would like to get practical exposure to Analog circuit design.

Payments

Admission Procedure

Step 1: Online Admission Test

Take online test for 90 mins with 60 MCQs. Syllabus includes Aptitude, Digital Electronics, Electronic Devices.

Step 2: Seat Confirmation

Enroll in the course, if selected. Start your preparation by getting access to the pre-requisite materials.

Placement Coordinator

Placement Assistance

At ChipXpert VLSI Training Institute, our Placement Desk is dedicated to bridging the gap between skilled engineers and top-tier VLSI companies. We work closely with both multinational corporations (MNCs) and service companies in the semiconductor industry to fulfill their entry-level hiring needs. Our strong industry collaborations ensure that our trained engineers have access to a wide range of job opportunities.

We offer comprehensive placement assistance as part of our training package. From resume building and interview preparation to arranging direct interviews with hiring companies, our support continues until candidates secure their desired positions. Additionally, we stay in constant touch with recruiters to ensure our students are matched with roles that best suit their skills and aspirations.

Our placement desk also offers personalized guidance for job seekers, including industry-specific tips and insights to help them excel during interviews. Candidates are encouraged to register with the placement desk for dedicated support throughout their job search. For further details or to start the placement process, please reach out to our Learning Advisor.

Have Any Questions

Do you provide placements ?

We provide placement assistance by arranging interview opportunities with hiring companies. This is complimentary service from ChipXpert, without charging any extra amount for this. We charge only for our training, but not for placements.

We provide placement support until candidate gets job. To Ensure Successful Placements, We provide added support including mentorship, fundamentals classes, soft skills training, mock interviews Etc.

What Will be the Salary range for Freshers in VLSI ?

Salary Range For Freshers Is From 3- 4 Lakhs Per Annum In Service Companies. Salaries In Product/MNC Companies Can Range Between 7 To 16 Lakhs.

Though 3-4 LPA appears similar to software salaries, your real growth comes after 3 years. First 2-3 years are to be considered as career building phase, to learn as much as you can and do not compare with others / IT salaries. Your knowledge will be your power and your career / salary growth from 4th year onwards depends on your talent/knowledge.

Which Companies are Hiring from ChipXpert?

Each year many companies visit ChipXpert for recruiting the various entry level positions because of the quality training that we offer.

For complete list of companies visit https://chipxpert.com/view-hiring-companies/

What Libraries and Tools are Used in the Courses?

We use 28nm,14nm libraries for labs, projects.

We use the latest and genuine versions of Synopsys Tools for our courses. please check course pages, for the list of tools used for that respective course. We provide a dedicated tool license for every learner during the lab/project work.

This is the biggest advantage with ChipEdge courses, as quality and standard EDA/VLSI tools are important for any VLSI course. And these tools are typically very costly ranging from $50,000 to $200,000 per license per year. Many service companies cannot afford these tools. Thanks to the EDA/Tool companies for giving these tools at subsidized & affordable rates to training companies, so that engineers can get trained on these tools.

Do you have an EMI/Installment Option Available?

We do have installment options for some courses. EMI option is available through our partner organizations, who provide loans for training programs. Please check with our learning advisors.

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