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 ...
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 ...
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 ...
Internship Analog Layout Design Engineer information
What does an internship analog layout design engineer do?
An Internship Analog Layout Design Engineer assists in the design and layout of analog integrated circuits under the guidance of experienced engineers. Their responsibilities include translating circuit schematics into physical layouts using specialized software, ensuring that the design meets performance and manufacturing requirements. Interns may also run design rule checks (DRC) and layout versus schematic (LVS) verifications to ensure correctness. This role helps interns build skills in analog design, CAD tools, and an understanding of semiconductor manufacturing processes.
What are the key skills and qualifications needed to thrive as an internship analog layout design engineer?
To thrive as an Internship Analog Layout Design Engineer, you need a solid understanding of analog circuit fundamentals, semiconductor device physics, and coursework or experience in microelectronics. Familiarity with EDA tools such as Cadence Virtuoso, and exposure to industry standards like DRC/LVS checks, is typically required. Attention to detail, problem-solving ability, and effective communication are crucial soft skills for this role. These skills and qualifications are essential for creating reliable, efficient circuit layouts that meet technical specifications and support team collaboration in the design process.
What types of projects can an internship analog layout design engineer expect to work on, and how is mentorship typically provided in this role?
As an Internship Analog Layout Design Engineer, you will often work on projects involving the physical layout of analog and mixed-signal circuits, such as amplifiers, ADCs, or power management blocks. You can expect to collaborate closely with senior layout engineers and circuit designers, receiving guidance on best practices, design reviews, and tool usage. Mentorship is typically provided through regular check-ins, code reviews, and informal Q&A sessions, allowing you to learn industry-standard CAD tools and layout methodologies while contributing to real silicon tape-outs.
What is the difference between Internship Analog Layout Design Engineer vs Analog Layout Design Engineer?
| Aspect | Internship Analog Layout Design Engineer | Analog Layout Design Engineer |
|---|---|---|
| Qualifications | Enrolled in or recent graduate of Electrical Engineering or related field | Bachelor's or Master's in Electrical Engineering or related field |
| Work Environment | Internship programs, entry-level projects, supervised tasks | Full-time professional role, independent project work |
| Responsibilities | Assisting in layout design, learning tools, supporting senior engineers | Designing, optimizing, and verifying analog layouts independently |
In summary, an Internship Analog Layout Design Engineer is a temporary, learning-focused role for students or recent graduates, while an Analog Layout Design Engineer is a full-time professional responsible for independent design tasks in the industry.
What are the most commonly searched types of Analog Layout Design Engineer jobs in Michigan?
The most popular types of Analog Layout Design Engineer jobs in Michigan are:
Senior Hardware Design Engineer - Automotive Electronics
Northfield Township, MI • On-site
Full-time
This job post has expired today. Applications are no longer accepted.
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.