ASIC Verification Engineer

About Norla:
Norla is an IT and management consulting company driven by customer satisfaction. We work in a multicultural environment and are guided by our principle of "Mind and Heart." We prioritize that our relationships with our employees ensure their professional growth and success. Together, we collaborate with a network of major actors to discover the best talents to support our clients.


In this role, you will develop and maintain System Verilog UVM testbench architectures and contribute to the entire verification lifecycle—from early-stage verification planning to successful verification closure.
The position requires solid expertise in IP and subsystem verification using UVM and System Verilog, as well as strong collaboration skills to interact effectively with designers, verifiers, and system architects. The assignment is conducted in an agile environment, demanding efficient communication and teamwork in a diverse, cross-functional setting.
Key Responsibilities:
Develop and maintain UVM testbench architectures for IP and subsystem verification.
Define and implement all aspects of UVM test environments, including coverage closure.
Design and execute comprehensive test plans with directed and randomized test cases.
Contribute to verification processes in close collaboration with designers and system architects.
Work in an agile environment, engaging in daily team interactions and cross-functional collaboration.



Required Skills & Experience:
At least 4 years of experience in ASIC verification at IP, subsystem, or chip level using System Verilog UVM.
Proven experience defining and implementing UVM test environments and achieving coverage closure.
Proficiency in developing test plans and creating both directed and randomized test cases.
Familiarity with System Verilog and/or VHDL for RTL design.
Experience with scripting languages and programming in C/C++.
Knowledge in L1, L2, and L3 protocols for high-speed interconnects such as Ethernet or CPRI is a plus.
Fluency in English, both spoken and written.