Principal Analog Mixed Signal ASIC Layout Engineer

Overview:

Draper is an independent, nonprofit research and development company headquartered in Cambridge, MA. The 2,000+ employees of Draper tackle important national challenges with a promise of delivering successful and usable solutions. From military defense and space exploration to biomedical engineering, lives often depend on the solutions we provide. Our multidisciplinary teams of engineers and scientists work in a collaborative environment that inspires the cross-fertilization of ideas necessary for true innovation.

For more information about Draper, visit

Job Description

Summary:

We are seeking a talented and motivated individual to join the analog mixed signal (AMS) ASIC team  physical silicon design group is responsible for creating complex analog layouts from schematics in collaboration with other members of our incredible team. These layouts are used in ASICs for national security, biomedical, and space applications. While we are seeking a principal level engineer, considerations will be made at all levels for particularly capable applicants.

A successful candidate will assist ASIC development through creating custom analog layouts, floor planning entire chips, high level problem solving, and executing tape outs. Skills with organizing and leading other layout engineers is also highly valued.

The ideal applicant is fully capable of working independently and communicating effectively with team members across different disciplines as well as program management. The candidate must have an understanding of silicon processing and the effect on circuit performance. Comprehension of and the ability to communicate about basic analog circuits is also desired.

While hybrid or remote work may be available, this position will have mandatory on-site work.

Job Description:

Duties/Responsibilities

• Design and simulate circuits at transistor-level to implement architecture and requirement specifications

• Contribute to system-level design

• Optimize hardware designs for performance, power, and cost

• Evaluate the hardware feasibility of complex algorithms and requirements

• Independently contribute to complex chip architectures and designs

• Independently drive solutions to complex problems - develop requirements, propose ways forward when customer requirements are unclear or incomplete, and adapt appropriately to changes in requirements

• Contribute to business development and proposal activities

• Develop, document, and teach best practices to less experienced engineers

• Perform or guide physical layout, including floor-planning, and simulate circuits using extracted parasitics, contribute to design-for-test development.

• Perform other duties as assigned

Skills/Abilities

• Proficiency in integrated circuit design

• Understanding of integrated circuits, semiconductors, and general computer architecture

• Ability to write detailed design specifications

• Ability to lead multi-disciplinary technical teams

• Excellent verbal and written communication skills

• Excellent mathematical skills

• Excellent organizational skills and attention to detail

• Excellent time management skills with the proven ability to meet deadlines

• Strong analytical and problem-solving skills

• Ability to prioritize tasks

• Demonstrate strong organization, planning, and time management skills to achieve program goals

Education

Requires a bachelor's degree in Engineering, or related field. Masters degree preferred.

Experience
Requires 7-10 years of experience with a bachelor's degree, or 5-10 years of experience with a master's degree in ASIC Hardware Engineering or related.

Preferred Qualifications:

• Experience with low power circuit design

• Experience with CMOS advanced nodes below 32nm

• Experience with radiation-hardened electronics

Additional

Job Description:

• Experience with Cadence Virtuoso and Siemens Calibre tools.
• High proficiency in implementing analog designs into full custom layout. PLLs, DACs/ADCs, high speed Ser Des, bandgaps, ESD/IO, and more.
• Ability to recognize layouts vulnerable to failure and ways to fix. ESD/LU, DFM, etc.
• Fluent in layout effects and how circuit performance can be affected. NW proximity, length-of-diffusion, implant shadowing, EM/IR, self-heating, coupling…