System-on-Chip (SoC) Design Training prepares engineers to design, integrate, verify, and implement complex multi-core semiconductor chips for AI, automotive, and consumer electronics.
System-on-Chip (SoC) Design Training prepares engineers to design, integrate, verify, and implement complex multi-core semiconductor chips for AI, automotive, and consumer electronics.
Level
Advanced
Duration
8 Weeks
















The System-on-Chip (SoC) Design Certification Training by jast tech equips engineers with end-to-end expertise in designing complex integrated circuits that combine processors, memory, communication interfaces, and accelerators on a single chip. The course covers RTL design, IP integration, bus architectures, clock domain crossing, verification methodologies, physical design basics, and power optimization. Learners understand the complete SoC lifecycle from architecture specification to silicon validation. This program aligns with semiconductor companies, AI hardware firms, automotive SoC vendors, and mobile chipset manufacturers hiring VLSI and hardware engineers.
The System-on-Chip (SoC) Design Certification Training by jast tech equips engineers with end-to-end expertise in designing complex integrated circuits that combine processors, memory, communication interfaces, and accelerators on a single chip. The course covers RTL design, IP integration, bus architectures, clock domain crossing, verification methodologies, physical design basics, and power optimization. Learners understand the complete SoC lifecycle from architecture specification to silicon validation. This program aligns with semiconductor companies, AI hardware firms, automotive SoC vendors, and mobile chipset manufacturers hiring VLSI and hardware engineers.
Job Roles You Can Achieve
After completing this course
Introduction to SoC Architecture and Design Flow
Explains SoC concept, integration philosophy, and difference between FPGA, ASIC, and SoC design. Covers overall semiconductor lifecycle.
Processor Architectures and Core Integration
Covers ARM/RISC-V core architecture and integration inside SoC environment. Focuses on cache, interrupts, and memory subsystems.
On-Chip Communication Protocols and Bus Architectures
Explores high-performance interconnect standards used in SoC.
IP Integration and Reusable Design Blocks
Teaches integrating third-party IP cores such as UART, SPI, memory controllers, and accelerators.
RTL Design and Coding Best Practices
Focuses on Verilog/SystemVerilog coding for synthesizable hardware modules.
Seven intentional milestones — from first session to dream job.
Hands-on experience with real-world scenarios designed for mastery.
Multi-Core SoC Architecture Design and Integration
Low-Power SoC Implementation with Clock Gating
SoC Verification Using UVM Framework
Select a schedule that works best for you
Starts
23 May 2026
Time
09:30 AM – 12:30 PM
Duration
8 Weeks
Starts
25 May 2026
Time
07:00 AM – 09:00 AM
Duration
8 Weeks
Starts
30 May 2026
Time
02:00 PM – 05:00 PM
Duration
8 Weeks
Starts
01 Jun 2026
Time
08:00 PM – 10:00 PM
Duration
8 Weeks
Our team will craft the perfect batch for you.
Real Feedback from our clients
Round-the-clock assistance
Professional profile building
Expert resume crafting
Mentorship from graduates
Mock interviews & tips
Real-world experience



System-on-Chip (SoC) Design – Associate
SAA-C03
130 minutes
Multiple Choice & Multi-Response
720 (Scale: 100–1000)
Associate

Prepare
Curated questions with expert answers to help you ace your next interview.
What are the major challenges in SoC design?
Complex integration, power optimization, timing closure, verification coverage, and IP compatibility are major challenges. Coordinating multiple subsystems increases design complexity significantly.
Why is clock domain crossing important in SoC?
Different subsystems operate at different clock frequencies. Without proper synchronization, metastability can cause functional failures.
What is the role of AMBA bus in SoC?
AMBA provides standardized communication between processor cores and peripherals. It ensures scalable and high-speed data exchange.
Why is verification critical before tape-out?
Fabrication is extremely expensive. Verification ensures functional correctness before manufacturing to avoid costly redesign.
Power gating turns off unused circuit blocks, reducing leakage current and improving battery life in portable devices.
Support
Can't find what you're looking for? Reach out to our support team anytime.
What is a System-on-Chip (SoC)?
A SoC integrates processor cores, memory, communication interfaces, and accelerators on a single semiconductor chip. It reduces board space, improves performance, and enhances power efficiency. Modern smartphones, EV systems, and IoT devices use SoCs.
Who should enroll in SoC Design training?
Electronics and VLSI students, RTL engineers, FPGA developers, and professionals aiming to work in semiconductor companies designing complex integrated circuits.
Industry tools include RTL simulators, synthesis tools, verification frameworks like UVM, static timing analysis tools, and physical design software.
Microcontrollers are simpler embedded systems with fixed architecture, while SoCs integrate multiple high-performance cores and subsystems in a scalable architecture.
What industries demand SoC engineers?
Mobile chipset companies, AI hardware startups, automotive semiconductor firms, consumer electronics manufacturers, and networking hardware companies.
The support team was very cooperative and responsive. They made sure all doubts were cleared without delay. Great experience overall.
I had a great experience with the RF Circuit Design course. Thanks to the teaching staff for such a well planned and structured curriculum it really helped me clear my technical certification for my job.
I enrolled in the Post-Silicon Validation Certification Training at JastTech and found it quite different from typical courses. They focus on debugging techniques and real chip-level scenarios, which gave me a better idea of how things work.
One thing I really liked about the Data Analyst course at JastTech is their focus on consistency. Regular sessions and tasks help you stay on track and build a daily learning habit. Also, they provide recordings after live sessions, which help in revision.
I joined JastTech for the DFT course a few months back. At first, I wasn’t sure what to expect, but the classes turned out to be really helpful. The teaching is simple and not too complicated, which helped me keep up.
Join thousands of learners who have upgraded their skills with our industry-focused training programs. Our experts are here to guide you every step of the way.
We're Here to Help –
JastTech
Training & Development Center
Plot no 9, IT Park, Madhapur, Hyderabad, Telangana 500081
JastTech
Training & Development Center
Office 402, Tech Park Road, Hinjewadi, Pune, Maharashtra 411057
JastTech
Training & Development Center
Millenium City - Tower I, Salt Lake, Kolkata, West Bengal 700091
JastTech
Training & Development Center
Plot no 9, IT Park, Madhapur, Hyderabad, Telangana 500081
JastTech
Training & Development Center
Office 402, Tech Park Road, Hinjewadi, Pune, Maharashtra 411057
JastTech
Training & Development Center
Millenium City - Tower I, Salt Lake, Kolkata, West Bengal 700091
Can't find your location? Contact us for more information.