Lead Digital Electronics Architect - High-Reliability Hardware

Draper Labs; Cambridge (MA); On-site; USD 82,300 - 205,750; Full time

Benefits offered by this job

Workplace flexibility

Employee clubs and activities

Health and finance workshops

Job summary

A nonprofit research and development company in Cambridge is seeking a Senior Digital Engineer to work on high-reliability digital electronics for various applications. Responsibilities include designing hardware architectures and leading development activities within a multi-disciplinary team. Ideal candidates will have a Bachelor's in Electronic or Electrical Engineering and experience in the field. The role requires strong problem-solving skills and the ability to manage complexity independently. Work-life balance initiatives and competitive compensation are offered.

Qualifications

• 5-7 years experience in Electronic or Electrical Engineering.
• Schematic capture and board layout experience required.
• Experience integrating and debugging embedded systems.

Responsibilities

• Translate project and system requirements into hardware architectures.
• Design and complete instruments including microprocessors and power components.
• Build and test prototypes, debug and prepare documentation for manufacturing.

Skills

Proficiency in electronic design

Microprocessor or embedded computing

Ability to write detailed design specifications

Computer programming and coding abilities

Excellent verbal and written communication skills

Excellent mathematical skills

Strong analytical and problem-solving skills

Education

Bachelor's degree in Electronic or Electrical Engineering

Master's Degree preferred

Tools

HyperLynx

ANSYS

Mentor Graphics PCB design flow

Xilinx FPGA/SOC design flow

Job description

A nonprofit research and development company in Cambridge is seeking a Senior Digital Engineer to work on high-reliability digital electronics for various applications. Responsibilities include designing hardware architectures and leading development activities within a multi-disciplinary team. Ideal candidates will have a Bachelor's in Electronic or Electrical Engineering and experience in the field. The role requires strong problem-solving skills and the ability to manage complexity independently. Work-life balance initiatives and competitive compensation are offered.