Job Title : Physical Design Engineer
Salary : $139,408 per year, or $67.02 per hour
Location : Vancouver, BC
Company : AMD
Qualifications : Master’s degree
Experience : 5 year’s Exp
ABOUT AMD
AMD (Advanced Micro Devices) Canada is an quintessential part of AMD’s worldwide operations, contributing considerably to the business enterprise’s innovation and boom within the semiconductor industry. Headquartered in Markham, Ontario, AMD Canada performs a crucial function in studies and development, focusing on contemporary technologies that pressure the following era of computing answers.
With a robust emphasis on collaboration and technological development, AMD Canada leverages its expertise in areas inclusive of microprocessor layout, snap shots processing, and software program improvement. The Canadian department advantages from AMD’s global network of research centers, allowing pass-border collaboration and fostering a tradition of innovation.
AMD Canada’s dedication to excellence is pondered in its numerous body of workers and strategic partnerships with academia, authorities institutions, and enterprise leaders. These collaborations facilitate knowledge exchange and assist Canada’s position as a hub for technological innovation.
Job Overview
A Physical Design Engineer is liable for designing, enforcing, and verifying included circuit (IC) layouts. They collaborate closely with chip designers to make certain designs are manufacturable and meet performance dreams. Key tasks encompass floor planning, placement, routing, and timing closure using industry-popular EDA equipment. Attention to detail is crucial to make certain designs meet specifications for electricity, performance, and location (PPA). Physical Design Engineers additionally make contributions to design methodologies and method improvements, ensuring green and dependable IC production. A sturdy knowledge of semiconductor physics and layout ideas is important for success on this position.
Responsibilities for a Physical Design Engineer:
- Floor Planning: Collaborating with chip architects to define the bodily ground plan of the IC, thinking about elements including area, strength, and overall performance goals.
- Placement: Strategically putting preferred cells, macros, and other circuit components to optimize overall performance metrics like timing and signal integrity.
- Routing: Implementing efficient routing techniques to make sure minimal wire length, congestion, and electromagnetic interference (EMI), adhering to design policies and constraints.
- Timing Closure: Conducting timing analysis and optimization to attain desired operational frequencies and meet timing constraints.
- Physical Verification: Performing format versus schematic (LVS) exams, design rule exams (DRC), and electrical rule tests (ERC) to ensure designs are blunders-loose and manufacturable.
- Power Integrity: Addressing strength distribution network (PDN) troubles to decrease voltage drop and make certain strong electricity delivery throughout the IC.
- Design Methodologies: Developing and imposing methodologies to decorate design productiveness, reduce turnaround time, and enhance design best.(Physical Design Engineer)
- Collaboration: Working carefully with cross-purposeful teams inclusive of chip designers, CAD engineers, and verification groups to reap layout dreams.
- Documentation: Generating comprehensive design documentation and reviews to tune layout progress and make certain clarity for future reference.
- Process Improvement: Continuously comparing and imposing upgrades in layout methodologies, equipment, and flows to enhance normal efficiency and great.
Qualifications for a Physical Design Engineer:
To excel as a Physical Design Engineer, you normally need the subsequent qualifications and capabilities:
- Education: A Bachelor’s or Master’s diploma in Electrical Engineering, Computer Engineering, or a associated area. Advanced ranges (e.G., PhD) can be favored for senior roles or specialized positions.
- Experience: Relevant enjoy in physical design and format of complex included circuits. Entry-stage positions may additionally require internships or educational initiatives demonstrating skill ability in IC layout.
- EDA Tools: Proficiency with industry-wellknown Electronic Design Automation (EDA) equipment including Cadence Encounter, Synopsys ICC, or Mentor Graphics Calibre. Familiarity with scripting languages like TCL or Perl is regularly useful.
- Design Principles: Strong understanding of semiconductor physics, CMOS technology, and ASIC layout methodologies. Knowledge of transistor-degree layout and circuit simulation gear (e.G., SPICE) is positive.
- Problem-Solving Skills: Ability to investigate complicated layout issues, advocate answers, and implement them correctly. Attention to element is crucial to ensure designs meet overall performance, power, and region specs.
- Communication: Excellent verbal and written verbal exchange skills to collaborate correctly with group individuals and produce technical data really.(Physical Design Engineer)
- Team Player: Proven capability to work collaboratively in a group surroundings, sharing know-how and contributing to team achievement.
- Adaptability: Willingness to examine new technologies and adapt to evolving layout challenges and methodologies inside the semiconductor enterprise.
- Project Management: Strong organizational talents to control more than one duties concurrently and supply designs inside agenda constraints.
- Regulatory Compliance: Understanding of semiconductor production processes and policies, including reliability and yield concerns.
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