

EPITEC
Design Engineer V
β - Featured Role | Apply direct with Data Freelance Hub
This role is for a Design Engineer V (ASIC Power Engineer) in Sunnyvale, CA, on a 6-month contract at up to $185/hour. Requires 10+ years of ASIC power engineering experience, expertise in low-power design, and proficiency in Python or similar scripting languages.
π - Country
United States
π± - Currency
$ USD
-
π° - Day rate
185
-
ποΈ - Date
March 21, 2026
π - Duration
More than 6 months
-
ποΈ - Location
Hybrid
-
π - Contract
Unknown
-
π - Security
Unknown
-
π - Location detailed
Sunnyvale, CA
-
π§ - Skills detailed
#Scripting #Visualization #Computer Science #Perl #Data Analysis #Python #Automation #IP (Internet Protocol) #Matlab
Role description
Design Engineer V (ASIC Power Engineer)
Overview
We are seeking a senior?level ASIC Power Engineer to support advanced silicon development for next?generation AR/VR products. This role focuses on power analysis, optimization, and low?power design across RTL through backend flows in a fast?paced, highly technical environment.
This is a high?impact opportunity for a dedicated power expert who enjoys deep technical ownership and collaboration across hardware and software teams.
Details
β’ Location: Sunnyvale, CA (Hybrid)
β’ Duration: 6 month contract
β’ Pay Rate: Up to $185/hour
β’ Schedule: Standard business hours
Responsibilities
β’ Perform power, performance, and area (PPA) optimization using industry?standard tools
β’ Conduct RTL? and netlist?level power analysis
β’ Run, debug, and analyze ASIC flows including synthesis, physical design, power, and timing
β’ Develop and maintain scripts for report post?processing, data analysis, and automation
β’ Implement select blocks at RTL and UPF
β’ Analyze power tradeoffs across design and backend implementation
β’ Clearly document findings and communicate results to cross?functional teams
Required Qualifications
β’ 10+ years of experience as an ASIC Power Engineer, CAD Engineer, or Physical Design Engineer
β’ Strong hands?on experience with power estimation and optimization tools
β’ Expertise in low?power design methodologies, including UPF power intent
β’ Proficiency in Python, Perl, TCL, or similar scripting languages
β’ Solid understanding of power tradeoffs in ASIC design and implementation
β’ Bachelorβs degree in Electrical Engineering, Computer Science, or equivalent experience
Preferred Qualifications
β’ Experience with Synopsys tools (DC, ICC, PrimePower/PTPX, VCS, Verdi) and/or Cadence Joules
β’ Experience with silicon power characterization
β’ Power profiling experience at the IP or SoC level
β’ Strong data analysis and visualization skills (Excel, MATLAB, or similar)
β’ Background supporting advanced silicon for consumer or embedded products
#INDPRO
Design Engineer V (ASIC Power Engineer)
Overview
We are seeking a senior?level ASIC Power Engineer to support advanced silicon development for next?generation AR/VR products. This role focuses on power analysis, optimization, and low?power design across RTL through backend flows in a fast?paced, highly technical environment.
This is a high?impact opportunity for a dedicated power expert who enjoys deep technical ownership and collaboration across hardware and software teams.
Details
β’ Location: Sunnyvale, CA (Hybrid)
β’ Duration: 6 month contract
β’ Pay Rate: Up to $185/hour
β’ Schedule: Standard business hours
Responsibilities
β’ Perform power, performance, and area (PPA) optimization using industry?standard tools
β’ Conduct RTL? and netlist?level power analysis
β’ Run, debug, and analyze ASIC flows including synthesis, physical design, power, and timing
β’ Develop and maintain scripts for report post?processing, data analysis, and automation
β’ Implement select blocks at RTL and UPF
β’ Analyze power tradeoffs across design and backend implementation
β’ Clearly document findings and communicate results to cross?functional teams
Required Qualifications
β’ 10+ years of experience as an ASIC Power Engineer, CAD Engineer, or Physical Design Engineer
β’ Strong hands?on experience with power estimation and optimization tools
β’ Expertise in low?power design methodologies, including UPF power intent
β’ Proficiency in Python, Perl, TCL, or similar scripting languages
β’ Solid understanding of power tradeoffs in ASIC design and implementation
β’ Bachelorβs degree in Electrical Engineering, Computer Science, or equivalent experience
Preferred Qualifications
β’ Experience with Synopsys tools (DC, ICC, PrimePower/PTPX, VCS, Verdi) and/or Cadence Joules
β’ Experience with silicon power characterization
β’ Power profiling experience at the IP or SoC level
β’ Strong data analysis and visualization skills (Excel, MATLAB, or similar)
β’ Background supporting advanced silicon for consumer or embedded products
#INDPRO






