.png)
Training
Transforming Knowledge into Innovation.
IP Design Training
Learn to create reusable and optimized IP cores that enhance productivity and shorten design cycles. Our training covers specification, development, and integration of IP modules. Gain hands-on skills that are directly applicable to modern semiconductor projects.
Circuit Design Training
Develop expertise in both digital and analog circuit design techniques. Focus on achieving low-power, high-speed, and scalable performance. Train with real-world examples to build circuits ready for industrial applications.
Analog Layout Training
Master layout methodologies that ensure precise analog circuit behavior. Learn techniques to minimize mismatch, noise, and parasitic effects. Get practical exposure to tools and flows used in leading semiconductor firms.
Physical Design Training
Specialize in the backend process of chip design with real tools. Understand floorplanning, place-and-route, timing closure, and signoff checks. Prepare yourself with skills that ensure your design is silicon-ready.
STA (Static Timing Analysis) Training
Learn how to analyze and resolve timing challenges in chip design. Understand setup, hold, skew, and clock domain crossing concepts. Get trained in tools and flows that ensure timing closure success.
Design Verification Training
Gain in-depth knowledge of functional verification and validation flows. Practice advanced techniques like UVM, testbenches, and assertions. Ensure designs are bug-free and ready for tape-out with industry-standard methods.
Services
High-Performance Silicon Solutions.
Custom Silicon Design
For clients requiring a complete silicon solution, our end-to-end custom silicon design service covers the entire journey from concept to tape-out. We begin by collaborating on the specification and architecture, translating your vision into a robust technical blueprint. Our team then implements the RTL design and verification, ensuring functional correctness from the outset. Throughout this process, we optimize for your specific PPA targets and adhere to foundry-specific rules, mitigating risks and paving the way for a successful first-pass silicon.
-
Tailor-made silicon solutions designed for specific product needs. - Optimized for performance, power, and scalability.
- Complete end-to-end design support from concept to tape-out.
AMS Design
Complex chips often require high-performance analog and mixed-signal blocks. Our AMS design expertise delivers reliable, high-precision solutions that are critical to system functionality. We specialize in designing and validating key components like ADCs, DACs, PLLs, SerDes, and high-speed I/Os. Our methodology focuses on robust performance across a range of PVT (Process, Voltage, Temperature) corners, ensuring your analog circuits function flawlessly in real-world conditions with a focus on low power consumption.
- Expertise in ADC, DAC, PLL, and custom AMS IPs.
- Focus on low power, precision, and process reliability.
- Integration of analog-digital domains for complete solutions.
Verification
Our verification services focus on building scalable and reusable test environments, enabling quicker time-to-market while maintaining high accuracy. We also emphasize automation and regression strategies, ensuring continuous validation throughout the design cycle. By identifying issues early, we help minimize silicon re-spins, saving both cost and time for our clients. Beyond services, we also train engineers in modern verification flows, equipping them with practical skills to succeed in today’s competitive semiconductor industry.
- Comprehensive UVM-based and formal verification methodologies.
- Reusable and scalable testbench development.
- Focus on reducing risks and avoiding costly silicon re-spins.
IP Solution
We understand the need for reliable and proven IP to accelerate your design cycle. Our IP solutions are designed for seamless integration into your SoCs. We offer a portfolio of standard protocol IPs (e.g., AMBA, PCIe, USB, DDR, Ethernet), along with custom analog and digital IP blocks optimized for your PPA requirements. Our Verification IPs (VIPs) provide a plug-and-play solution to speed up your verification cycles, and we offer dedicated support for IP customization and integration.
- Silicon-proven, reusable IPs for faster development.
- Designed for flexibility, scalability, and reliability.
- Support for customization and integration across process nodes.
ASIC’s Design
From initial concept to final GDSII, our ASIC and SoC design services provide a comprehensive flow for digital and mixed-signal chips. We handle everything from micro-architecture and RTL coding to physical implementation. Our process integrates Design for Testability (DFT) for manufacturing and uses advanced techniques for functional verification, synthesis, and static timing analysis (STA). The result is a silicon-proven, low-power, and high-performance chip that meets your precise specifications.
- End-to-end ASIC development from RTL to tape-out.
- Optimized for cost, power, and performance.
- Expertise in digital, analog, and mixed-signal ASICs.
Design Verification
We help you achieve 100% functional correctness and coverage. Using industry-standard methodologies like SystemVerilog/UVM, we build robust and scalable testbenches. Our approach leverages constrained-random and assertion-based methodologies to find corner-case bugs early in the design cycle. We also specialize in low-power verification (UPF/CPF) and can utilize emulation and FPGA prototyping for system-level verification, drastically reducing the risk of costly respins.
- UVM-based testbenches for robust design validation.
- High-quality coverage and corner case analysis.
- Minimizes risks by ensuring early bug detection..
Physical Design
Our physical design services are the final step in translating your RTL into a manufacturable layout. We focus on achieving timing and power closure on even the most complex designs. Our expertise includes floorplanning, power planning, and optimized placement & routing (PnR). We perform comprehensive sign-off analysis, including Static Timing Analysis (STA) at multiple PVT corners, IR-drop, EM, and power analysis, along with Design for Manufacturability (DFM) checks to ensure a smooth tape-out process.
- Expertise in floorplanning, placement, routing, and signoff checks.
- Optimized layouts for power, performance, and area efficiency.
- Support for advanced process nodes and foundry compliance.
Students Testimonials
Voices of Success from Our Training Journey.
Anisha R
"Honestly, when I started, I had zero confidence in circuit design. Earlier I joined one other class but the trainer there jumped directly into advanced topics — I couldn’t understand much. Here, the teaching started from basics — transistor level, biasing, everything step by step. That foundation really helped me. Now I’m working as a Circuit Design Engineer in a product-based company, and I can say this course played a big role in that journey!"
Sachin M
"The best part about this course is how clearly every concept is explained. Pahle basics samjhaaye, fir advanced tak le gaye. When I was learning elsewhere, sab kuch fast tha, but here, every small doubt was cleared properly. It really helped me build strong fundamentals and boosted my confidence during technical interviews too."
Bhavika P.
"I never thought I’d enjoy analog design this much! The sessions start from scratch — no assumption that you already know everything. The way each concept is connected with practical examples made it easy to understand. After completing the course, I even got shortlisted for an internship in a semiconductor company!"
Narendra
"I was scared of analog subjects earlier. In college, it always felt too theoretical. But here, the training started from very basics and slowly moved to real design flow. The different perspectives given for each circuit helped me understand why things are done in a certain way — not just how."
Riya C
"When I joined, I had already taken one online course but couldn’t follow it — sab advanced level pe tha. Yahaan pe everything was explained from the base. The examples, circuit demos, and continuous guidance made me actually understand the working instead of just memorizing formulas. This training gave me real clarity."
Shubham Y
"Very interactive sessions! What I liked most is that the trainer never rushes with topics. Always makes sure everyone understands from basics. Even for small doubts, explanations are given with real circuit examples. I feel like my fundamentals are finally clear after this training."
Jay S
"This training gave me complete clarity. I had done some self-study before, but concepts were scattered. Here, everything was taught in a proper flow — from transistor basics to layout and simulation. I also got great guidance on how to approach interviews and project documentation."
Deepak K
"Bahut accha training tha! Starting se leke layout tak sab kuch systematically cover kiya. I really liked how practical insights were shared, not just theory. The course helped me understand the actual industry flow, and now I’m much more confident applying for core design roles."
Contact Us
Let’s Build Something Great Together.
