Sr. II R&D Engineer, CAD & Automation
Synopsys Inc
Bengaluru, Karnataka, India
Responsibilities and Duties Expertise in RTL2GDSII flow and design implementation methodologies such as synthesis, place & route, CTS, STA, timing closure, EMIR, and layout closure.. Engage in continuous improvement of efficiency and quality of flows as well as lead efforts to develop and deploy design methodologies, as internal and external tools, flows, and technology requirements evolve. Come up with innovative solutions to ever-increasing design challenges. Drive organization-wide consensus on design methodologies, flows and tools. Manage flow/EDA tool training to the engineering design community and coordinate activities of domain experts to deliver coherent methodology. Help all team members in resolving their technical queries and keep projects on track. Collaborate with design teams to implement tools and methodologies to improve Power, Performance and Area (PPA). Identify, define, and publish the best practices for different flow methodologies. Qualifications BS or MS degree in Electrical Engineering/Computer Science/Computer Engineering. 7+ years of experience in the fields of design, methodology, and EDA solutions for leading edge digital, analog, and mixed signal SOC chip design. Demonstrated experience with multiple CAD flows: design, verification, backend, validation, etc. Highly experienced and thorough knowledge of industry EDA tools and technologies. Proven communicator with a track record of delivering technical solutions and satisfying customers. Excellent teamwork, communication, mentoring, and interpersonal skills with both internal teams and external customers. Preferred Skills Demonstrate your skill to lead CAD flow development for a project. Experience in CAD flow setup across multiple fields for a project. Experience in PDK, library selection for a project. Knowledge of requirements and dependency between design, implementation, verification, and signoff stages. Knowledge of requirements and challenges between analog and digital design integration. Knowledge of high performance and low power implementation methods. Proficiency with software development using Python/Perl/TCL.
