1. EDA Foundations (Week 1)
- •Overview of electronic design automation tools
- •Mentor Graphics and Siemens EDA introduction
- •VLSI design flow and where PCB work fits
- •Front-end and back-end design distinction
- •Industry use cases for EDA tools
6840+ Job Posting Available
-Recruiters prefer to hire Inventateq Students - Join Inventateq NowPlacements in Mentor Graphics: 1,342
Mentor Graphics (Siemens EDA) Course Online
Learn Mentor Graphics PADS / Xpedition, Siemens EDA tools, HyperLynx, and Gerber workflow in a course built around PCB design, schematic capture, routing, and verification. The training is set up for learners who want practical EDA skills, not just theory.
4.7/5 from 1,432 reviews
Works through the full EDA flow from schematic to fabrication files.
Covers PADS / Xpedition layout basics with real PCB design tasks.
Shows signal integrity, power integrity, and thermal analysis in context.
Includes DRC, ERC, DFM, and Gerber generation practice.
Touches FPGA and HDL basics for hardware-facing roles.
Ends with industrial projects, resume building, and interview preparation.
Job Interview
Guarantee Program
14,200+ (Placed)
Freshers to IT
7,100+ (Placed)
Non-IT to Tech
5,800+ (Placed)
Career Gap Fillers
6,400+ (Placed)
Upskilling Success
Free Session
1 Hour Training Session
Get Job with our Guaranteed Placement Support Program
WhatsApp Us!
Placement Assistance for Mentor Graphics (Siemens EDA) Course
Learning PCB design is only half the problem. The other half is showing employers that you can handle layout tools, checks, and manufacturing-ready output with confidence. Inventateq supports that transition with guided preparation around the roles this course targets, such as PCB Designer, Hardware Engineer, and EDA Engineer.
Support is tied to the course timeline. As modules move from layout and verification into projects, learners work on role-focused resumes, project discussion points, and interview readiness so they can present real design work clearly.
Our Signature Career Support:
- Resume support built around PCB design, EDA, and hardware project work.
- Mock interviews focused on DRC, ERC, routing, and fabrication questions.
- Project review help for industrial PCB layouts and signal integrity cases.
- Career guidance aligned with PCB Designer, Hardware Engineer, and EDA Engineer roles.
- Interview preparation that connects Mentor Graphics tools to real job discussions.
Mentor Graphics (Siemens EDA) Salary Insights
PCB design and EDA roles are hired across electronics product companies, hardware teams, embedded systems firms, and design service labs in India. Pay usually rises with layout depth, verification knowledge, and the ability to work on multi-layer and high-speed boards.
Mentor Graphics (Siemens EDA) Average Salary by Experience
Mentor Graphics (Siemens EDA) Salary Insights
PCB design and EDA roles are hired across electronics product companies, hardware teams, embedded systems firms, and design service labs in India. Pay usually rises with layout depth, verification knowledge, and the ability to work on multi-layer and high-speed boards.
Mentor Graphics (Siemens EDA) Average Salary by Experience
Why Students Choose Our Mentor Graphics Course Online?
4.7/5 Google Rating | 1,432+ Verified Reviews
4.7 / 5
By Google Reviews
Jd
4.7 / 5
By Justdial
S
4.7 / 5
By Sulekha Courses
4.7 / 5
By Course Suggest
Success Result: Our students are competing at global levels. Watch their placement journey here.
0.0
GOOGLE RATING
0k+
REVIEWS
4.7/5 · 1,432+ Verified Reviews
About Inventateq
Inventateq has supported learners across technical training programs with a steady focus on practical classroom delivery and guided mentorship. For Mentor Graphics (Siemens EDA) online training, that matters because the subject needs more than slides — it needs tool practice, correction, and repeated review until layout decisions start making sense.
We stand apart through our commitment to:
- Experienced training approach built around hands-on technical learning.
- Structured batches that keep the topic flow clear from basics to projects.
- Mentor guidance that stays close to how learners actually work through tools.
- A learning environment shaped for consistent practice, not one-time theory sessions.
- Support for learners from different technical backgrounds who need step-by-step instruction.
Live Online
Remote Learning
Inventateq Online Live Classes
Attend live, instructor-led classes from anywhere with the same hands-on structure as our classroom batches. Follow along step-by-step, get real-time doubt support, and revisit recordings whenever you need to.
100% Live Instructor-Led Online Classes
Dedicated Doubt-Solving Sessions with Mentors
Study Guides, PPTs, and Exam Guidance Included
Class Recordings and Backup Sessions for Missed Classes
Flexible Weekday and Weekend Batch Timings
Career Guidance and Interview Preparation Support
Details of Inventateq Mentor Graphics (Siemens EDA) Course
Electrical and electronics students
Good for learners who want PCB design, layout, and EDA fundamentals before entering hardware roles.
Hardware job seekers
Useful for candidates preparing for PCB Designer, Hardware Engineer, or EDA Engineer roles.
Working engineers
Helps engineers shift from basic circuit knowledge to layout, routing, and verification work.
Fresh graduates
A practical path when academic knowledge needs tool-based application.
Embedded system learners
Fits learners who need PCB and hardware design exposure alongside firmware or system work.
Online learners
Works well for anyone looking for Mentor Graphics training online with guided practice.
Quick Highlights of Inventateq Mentor Graphics (Siemens EDA) Course
Built for learners who want a structured path from fundamentals to project work.
Module-based format: 11 modules move from EDA basics to manufacturing and real-time projects.
Live online option: Attend from anywhere with instructor-led sessions and screen-based tool demos.
Offline classroom option: A classroom setting is available for learners who prefer direct trainer interaction.
Project phase included: The final module includes industrial PCB and hardware design projects.
Mentor Graphics (Siemens EDA) Curriculum
W1
2. PCB Design Fundamentals (Week 2)
- •PCB basics and core terminology
- •Schematic capture concepts
- •Component library handling
- •Netlist generation
- •Design rules overview
3. PADS and Xpedition Layout Basics (Week 3)
- •Introduction to PADS and Xpedition
- •Workspace and interface handling
- •Component placement workflow
- •Routing techniques
- •Design rule checks in layout
4. Schematic Design Work (Week 4)
- •Creating schematics from the design need
- •Symbol creation
- •Electrical rules checking
- •Hierarchical design structure
- •Connectivity management
5. PCB Layout and Routing (Week 5)
- •Multi-layer PCB design concepts
- •Signal routing techniques
- •Power and ground planes
- •High-speed design basics
- •Via and trace management
6. Simulation and Analysis (Week 6)
- •Signal integrity basics
- •Power integrity overview
- •Thermal analysis
- •Pre-layout and post-layout simulation
- •Design validation steps
7. Verification and Testing (Week 7)
- •Design rule checking
- •Electrical rule checking
- •Manufacturing checks
- •Gerber file generation
- •Design for manufacturing
8. Advanced PCB Design (Week 8)
- •High-speed PCB design concepts
- •Differential pair routing
- •EMI and EMC considerations
- •Impedance control
- •Multi-board systems
9. FPGA and HDL Overview (Week 9)
- •Introduction to HDL with VHDL and Verilog
- •FPGA design flow
- •Simulation basics
- •Hardware integration concepts
- •Verification methods
10. Manufacturing and Fabrication (Week 10)
- •PCB fabrication process
- •Assembly process overview
- •BOM preparation
- •Prototyping workflow
- •Quality standards
11. Real-Time Projects and Career Prep (Week 11)
- •Industrial PCB design project
- •Multi-layer high-speed board design
- •Signal integrity case study
- •Embedded hardware design project
- •Resume building and interview preparation
Student Reviews – Mentor Graphics
4.7 Star Rating from 1,432+ Google Reviews
Rated 4.9/5 by AI Students
Why Learn Mentor Graphics (Siemens EDA) Today?
Electronics teams need people who can move from schematic ideas to boards that pass checks, build cleanly, and behave properly at higher speeds. That demand is pushing practical EDA training into the core of hardware careers, not just into specialized teams.
Why Students Trust Inventateq for Mentor Graphics Online Training
- The course follows the actual PCB workflow, so learners see why each step matters.
- PADS / Xpedition, HyperLynx, and Gerber-related work are covered in a practical order.
- The syllabus connects basic layout work to advanced topics like EMI, EMC, and impedance.
- Live online training makes the subject easier to practice while still getting mentor feedback.
- Final projects and interview preparation help learners translate tool knowledge into job-ready discussion.
Build Practical PCB Design Skills for Hardware Roles
After the course, learners should be able to work through a board design flow with more confidence and less guesswork. The training is built around tasks that matter in hardware teams, from schematic capture to manufacturing output.
Create schematics with proper connectivity
You learn how to build clean schematics, manage symbols, and keep connectivity organized for later layout work.
Place and route PCB boards
You can move from component placement to routing with attention to rules, trace paths, and board structure.
Check designs before fabrication
You understand how DRC, ERC, and manufacturing checks catch issues before boards are sent out.
Work with signal and power integrity concepts
You gain practical awareness of noise, timing, planes, and high-speed behavior on real boards.
Prepare Gerber and BOM outputs
You can produce the files and documentation needed for fabrication and assembly handoff.
Present project work in interviews
You learn how to explain your PCB, high-speed, and hardware projects in a way employers can follow.
Detailed Insights :: Mentor Graphics (Siemens EDA) Online Training
Students Most Asked Questions
Is this Mentor Graphics course beginner-friendly?
The syllabus starts with EDA basics, PCB fundamentals, and schematic concepts before moving into layout and advanced topics. That sequence helps learners who are new to board design. You do need regular practice, especially when the course reaches routing, verification, and signal integrity.
Will I work on practical projects?
Yes, the final module includes industrial PCB design work, a high-speed board project, a signal integrity case study, and an embedded hardware project. These are useful because they connect software commands with real design decisions. They also give you material to speak about in interviews.
Does Inventateq provide placement assistance?
Inventateq includes placement support around resume preparation, mock interviews, and project presentation. The support is aimed at helping you explain your PCB and hardware work clearly to recruiters. It is not just a job board handoff.
Can non-electronics learners join the course?
Learners from other technical backgrounds can join if they are ready to work through the basics carefully. The early modules explain PCB and EDA fundamentals before the course moves into more advanced design and verification work. Having some circuit logic helps, but it is not the only way in.
Is the course available online?
Yes, the course is available as live online training. You can attend from anywhere, follow the tool demos on screen, and ask questions during class. That format is useful for learners who want structured teaching without traveling to a center.
How long does the syllabus go on for?
The curriculum is organized into 11 modules, starting with EDA foundations and ending with real-time projects and interview preparation. That structure gives enough space for layout, analysis, verification, and manufacturing topics to be covered properly. It is longer than a short tool demo course because PCB work needs sequence and repetition.
Which software tools will I actually use?
You will work with Mentor Graphics PADS, Xpedition, Siemens EDA tools, HyperLynx, Gerber viewers, and PCB library tools. These names matter because they map directly to layout, analysis, and output tasks used in hardware teams. The course keeps the tool list tied to the syllabus instead of treating it as a separate add-on.
Explore Our Training Locations
Inventateq offers classroom training across multiple locations. Explore the branch nearest to you and check available batch timings.
Join Inventateq Career Guidance Program.
Launch your fastest career with Inventateq! Our program equips you with in-demand skills to unlock insights from big data and land your dream job. Join us and become a career hero!