From Classroom to Chip Design - Start Your VLSI Career With CORE Excellence

RTL Design • Design Verification • SOC Verification • Physical Design •

“Niṣṭhā dṛtiḥ satyam”

Dedication • Determination • Truth

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150 + Engineers Trained

8 +Expert Mentors

40 +RTL & Verification Projects

CORE Excellence

About Us

CORE Excellence is a VLSI Training and Design Services organization committed to bridging the gap between academic learning and semiconductor industry expectations. We specialize in Design Verification, RTL Design and Design for Testability (DFT), delivering structured training programs and industry-oriented internship opportunities aligned with real-world requirements. Our programs are designed to empower B.Tech and M.Tech students from ECE and EEE streams with strong hands-on expertise in Verilog, SystemVerilog and UVM, enabling them to confidently work on modern chip design and verification challenges.

“Niṣṭhā dṛtiḥ satyam” | Dedication • Determination • Truth

About Us

4.9(8.6K) AVG Reviews

90%

90% Satisfied Clients

Our Mission & Vision

Our Mission

To develop skilled and industry-ready VLSI engineers by providing practical, affordable and application-driven training in Design Verification, RTL Design and DFT, combining strong theoretical understanding with hands-on project experience. We strive to build confident professionals capable of contributing effectively to the rapidly evolving semiconductor ecosystem.
Our Vission

To become a recognized center of excellence in VLSI education and design services by nurturing technically strong engineers and supporting innovation, integrity and excellence in semiconductor technology.

Our Services

Design Verification Services

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RTL Design Services in India

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Trusted by Engineers and Industry Professionals

See how CORE Excellence has helped engineers and organizations succeed through high-quality VLSI training and reliable semiconductor design services.

“CORE Excellence provided excellent hands-on training in RTL design and SystemVerilog verification. The practical projects and mentorship helped me understand real industry workflows and boosted my confidence to work on semiconductor design.”

Rahul S

VLSI Engineer

“The UVM verification training at CORE Excellence was extremely well structured. The instructors explained complex concepts clearly and provided real-time examples that helped me gain strong expertise in design verification.”

Priya K

Design Verification Engineer

“I highly recommend CORE Excellence for anyone looking to build a career in VLSI. The RTL design training with Verilog and SystemVerilog gave me strong fundamentals and hands-on experience with real projects.”

Arjun M

FPGA Developer

“The training program focused on practical learning and real industry requirements. CORE Excellence helped me develop strong knowledge in ASIC design and verification methodologies.”

Sneha R

ASIC Design Engineer

“CORE Excellence delivers high-quality VLSI design services and technical training. Their expertise in RTL design and UVM verification makes them a reliable partner for semiconductor development projects.”

Vikram P

Semiconductor Professional

Frequently Asked Questions

Find answers to common questions about RTL design, ASIC development, FPGA design, and UVM-based verification services offered by CORE Excellence.

RTL (Register Transfer Level) Design Services involve developing synthesizable digital hardware logic using Verilog or SystemVerilog based on architecture specifications. RTL design is the foundation of ASIC and FPGA chip development, ensuring efficient performance, power and area optimization.

Design Verification ensures that the RTL design functions correctly before manufacturing the chip. Engineers use SystemVerilog, UVM methodology, constrained random verification and functional coverage to detect bugs early and ensure first-time silicon success.

ASIC (Application Specific Integrated Circuit) Design Services involve creating custom semiconductor chips designed for specific applications. This process includes RTL design, verification, synthesis and implementation to develop high-performance and power-efficient integrated circuits.

FPGA Design Services focus on developing programmable hardware solutions using Field Programmable Gate Arrays (FPGA). Engineers design, verify and implement digital systems using RTL coding, simulation and FPGA prototyping before ASIC production.

UVM (Universal Verification Methodology) is an industry-standard framework used for advanced functional verification of RTL designs. It allows engineers to create reusable verification environments, automated testing and coverage-driven verification using SystemVerilog.

SystemVerilog Verification uses the SystemVerilog hardware description and verification language to test and validate RTL designs. It includes techniques like assertions (SVA), constrained random testing and functional coverage to ensure design correctness.

SoC (System-on-Chip) Design integrates multiple hardware components such as processors, memory controllers and communication interfaces into a single chip. Verification ensures that all integrated modules function correctly together.

Gate-Level Simulation is performed after synthesis to verify the functionality of the netlist-level design. GLS ensures the chip behaves correctly with timing delays, clock signals and real hardware conditions before fabrication.

Functional coverage measures how much of the design functionality has been tested during verification. It helps engineers ensure that all design scenarios and features are validated before the final chip manufacturing stage.

RTL Design and Verification are critical steps in semiconductor development because they ensure the chip design is functionally correct, optimized for performance and ready for silicon implementation, reducing costly errors and development delays.

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RTL Design • Design Verification • SOC Verification • Physical Design •

About Us