Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
MI · On-site
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
MI · On-site
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
MI · On-site
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
MI · On-site
Design analog, digital, power management, and microcontroller-based circuits. * Select components ... Collaborate with cross-functional engineering, manufacturing, suppliers, and customers. * Support ...
Digital Design Engineer information
See Michigan salary details
$70.2K - $78.2K
0% of jobs
$78.2K - $86.3K
0% of jobs
$86.3K - $94.4K
1% of jobs
$94.4K - $102.5K
0% of jobs
$102.5K - $110.6K
0% of jobs
$113.9K is the 25th percentile. Wages below this are outliers.
$110.6K - $118.7K
57% of jobs
$122.1K is the 75th percentile. Wages above this are outliers.
$118.7K - $126.7K
38% of jobs
$126.7K - $134.8K
0% of jobs
$134.8K - $142.9K
1% of jobs
$142.9K - $151K
1% of jobs
$151K - $159.1K
1% of jobs
$70.2K
$121.5K
$159.1K
How much do digital design engineer jobs pay per year?
As of Aug 14, 2026, the average yearly pay for digital design engineer in Michigan is $121,472.00, according to ZipRecruiter salary data. Most workers in this role earn between $118,500.00 and $118,500.00 per year, depending on experience, location, and employer.
How does a digital design engineer typically collaborate with other engineering teams during a project lifecycle?
Digital Design Engineers work closely with cross-functional teams such as verification, hardware, and software engineers throughout a project's lifecycle. They often participate in regular design reviews, share specifications, and integrate feedback to ensure the digital circuits or systems meet overall requirements. Effective communication and documentation are key, as design changes or issues need to be clearly conveyed to avoid downstream complications. This collaborative environment provides valuable exposure to different engineering disciplines and can enhance both technical and interpersonal skills.
What does a digital design engineer do?
A digital design engineer develops and tests digital circuits and systems, such as integrated circuits, FPGA designs, and ASICs. They use hardware description languages like VHDL or Verilog and often work with simulation tools to ensure functionality and performance before manufacturing. Strong knowledge of digital logic, electronics, and design verification is essential in this role.
What is a digital design engineer?
A digital design engineer is responsible for designing new digital hardware products and the circuitry to make them function. Your job duties include creating the digital hardware design, working with marketing to determine the type of digital products needed, and troubleshooting errors in existing products. The qualifications for having a career as a digital design engineer include a bachelor’s degree, although a master’s degree in electrical engineering may make you more appealing to employers. A successful digital design engineer must possess strong technical skills and have experience in circuitry design.
What are the key skills and qualifications needed to thrive as a digital design engineer, and why are they important?
To thrive as a Digital Design Engineer, you need strong proficiency in digital logic design, circuit analysis, and a solid background in electrical or computer engineering, often demonstrated by a relevant degree. Familiarity with hardware description languages like VHDL or Verilog, CAD tools such as Synopsys or Cadence, and experience with FPGA or ASIC development are typically required. Strong problem-solving abilities, attention to detail, and effective teamwork and communication skills help you excel in collaborative and fast-paced environments. These skills and qualifications are essential for delivering high-performance, reliable digital systems that meet project requirements and industry standards.
How much do digital design engineers make?
Digital design engineers typically earn a median annual salary of around $100,000, with salaries ranging from approximately $70,000 to over $130,000 depending on experience, location, and industry. They often work with hardware description languages like VHDL or Verilog and may require a bachelor's degree in electrical engineering or related fields.
More about Digital Design Engineer jobs
What are the most commonly searched types of Digital Design Engineer jobs in Michigan?
The most popular types of Digital Design Engineer jobs in Michigan are:
What are popular job titles related to Digital Design Engineer jobs in Michigan?
For Digital Design Engineer jobs in Michigan, the most frequently searched job titles are:
What job categories do people searching Digital Design Engineer jobs in Michigan look for?
The top searched job categories for Digital Design Engineer jobs in Michigan are:
What are popular job titles related to Digital Design Engineer jobs in MI?
For Digital Design Engineer jobs in MI, the most frequently searched job titles are:
Full-time
Posted 6 days ago
Job description
We are seeking a Senior Hardware Design Engineer with expertise in automotive embedded electronics to lead end-to-end hardware development, including circuit design, PCB development, hardware validation, and production support for automotive electronic systems.
Primary Responsibilities- Lead hardware design from concept through production.
- Develop hardware architecture, schematics, and design documentation.
- Design analog, digital, power management, and microcontroller-based circuits.
- Select components based on performance, reliability, lifecycle, and cost.
- Review PCB layouts for signal integrity, power integrity, grounding, and thermal performance.
- Perform circuit simulations, design analysis, and hardware design reviews.
- Support prototype bring-up, debugging, integration, and validation.
- Develop BOMs and manage component lifecycle and obsolescence.
- Define hardware verification, validation, EMC, ESD, and reliability test plans.
- Troubleshoot hardware issues and perform root cause analysis.
- Collaborate with cross-functional engineering, manufacturing, suppliers, and customers.
- Support DFM, DFT, DFR, production launch, and mentor junior engineers.
- 8+ years of experience in automotive or embedded hardware design.
- Strong expertise in analog and digital circuit design.
- Experience with microcontrollers, processors, sensors, memory, and peripheral interfaces.
- Hands-on experience designing DC-DC converters, LDOs, protection circuits, and power management.
- Knowledge of CAN, LIN, Automotive Ethernet, SPI, I²C, and UART interfaces.
- Proficiency with Altium Designer, Cadence OrCAD, Mentor Graphics, Zuken, or similar PCB design tools.
- Experience using LTspice, PSpice, HyperLynx, or equivalent simulation tools.
- Strong understanding of high-speed PCB design, signal integrity, power integrity, grounding, and EMC.
- Hands-on experience with oscilloscopes, logic analyzers, and other electronic test equipment.
- Knowledge of automotive standards including AEC-Q100, AEC-Q200, EMC, ESD, and transient protection.
- Excellent analytical, troubleshooting, communication, and stakeholder management skills.
- Experience with automotive ECUs, ADAS, or embedded control systems.
- Knowledge of ISO 26262 Functional Safety is a plus.
- Bachelor's or Master's degree in Electrical, Electronics, or Embedded Systems Engineering.