Lead Engineer

Job Responsibilities

• Analyze and comprehend customer requirements and customer needs.
• Modify existing designs or create entirely new HW designs to realize the customer’s desired operational and performance requirements.
• Use technical and engineering acumen to perform the necessary analysis, simulation and verification of analog and digital hardware and associated firmware.
• Collaborate with a multi-disciplinary team of engineers, customers and vendors to discuss existing and potential new projects.
• Prepare block diagrams, detailed circuit schematics and manage the PCB layout of hardware concepts and final designs.
• Prepare and maintain various engineering documents to support production of existing and new products: Parts Lists, BoMs, IMDS, Design Notifications, Change Notifications.
• Support prototype builds for new & existing products.
• Develop and manage test specifications and their execution.
• Design and coordinate the fabrication and configuration of test equipment for hardware testing
• Work with and support manufacturing teams to release hardware designs into production.
• Represent employer at customer meetings to explain or defend technical findings and technical recommendations.
• Assist root cause analysis and corrective action for components and products. Prepare and present final reports for failure analysis activities to appropriate technicians and engineering personnel.
• Attend training to learn new tools and methodologies and keep up to date on market and technical trends.
• Work with other Astemo engineers to ensure program goals are met, schedules are maintained, and problems encountered during the development process are satisfactorily resolved.
• Qualifications / Skills:
• Have embedded H/W design experience for automotive applications
• Understand analog and digital hardware systems as applied to automotive control systems.
• Understanding of EMC specifications and EMC mitigation techniques.
• Familiarity with EMC & Environmental automotive validation test flows.
• Understand analysis methods and interpreting the results to convey this information to others.
• Have experience creating worst case analysis. Previous use of MathCAD for WCAs is desired.
• Proficient in setting up and using laboratory test equipment such as multi-meters, oscilloscopes, logic analyzer, power analyzer, etc.
• Conduct investigative circuit analysis using device schematics of products and testing equipment.
• Familiarity with automotive SoCs is highly desirable.
• Familiarity with communication protocols: CAN, LIN, RS-232, USB, SENT, Ethernet, MII, SERDES, PCIe.
• Use of Intrepid / Vector CAN toolchain is highly desirable
• Ability to read and make electrical schematics and engineering drawings.
• Perform schematic capture and PCB layout using Altium Designer or equivalent tool chain.
• Perform circuit analysis and simulation using SPICE based tools.
• Possess familiarity and understanding of programming in C or C++ to more effectively collaborate with SW team.
• Be able to coordinate program activities with team members at remote sites.
• Proficient in Microsoft Office products (Word, Excel, PowerPoint).
• English: fluent in written and verbal communication.
• Ability to work independently with minimal direction is required.
• Education: Bachelor’s or master’s degree in electrical and/or computer engineering.
• Experience: Minimum of 7 years applicable experience in automotive ECU development.
• Job level determined by various factors such as organization size, responsibility, career stage, and capabilities.
• Supervisory Responsibilities: leading, instructing and mentoring the efforts of engineers who are responsible for sub-project activities.