Senior Hardware Engineer

• Obtain the datasheet or technical documentation for the electronic component that needs to be created, including information such as pinout, dimensions, recommended land pattern, and electrical characteristics.
• Use the EDA tool's symbol editor to create a schematic symbol that represents the component's electrical connections and functionality.
• Place pins on the symbol and assign appropriate pin names, numbers, and electrical properties based on the component's datasheet.
• Use the EDA tool's footprint editor to create a PCB footprint (land pattern) for the component, involving defining the pad shapes, sizes, and locations based on the recommended land pattern provided in the component's datasheet such as component package type, pin pitch, and manufacturing requirements.
• Use EDA tool knowledge and work with provided APIs to create a comprehensive and efficient part request form.
• Create and maintain a comprehensive electronic component library, including accurate component data, schematic symbols, and PCB footprints.
• Create circuit schematics using schematic capture tools, such as Mentor Graphics to represent the electrical connections and functionality of the circuit.
• Develop PCB layouts using software tools like Mentor Graphics PADS, considering factors such as component placement, routing, signal integrity, power distribution, and manufacturability.
• Ensure that the designed schematics and PCB layouts comply with relevant industry standards, such as IPC standards for PCB design and manufacturing.
• Train and mentor engineering teams about the tool, symbol, cell and schematic creation.
• Create and develop hardware components and systems, including circuit boards, processors, and other electronic devices.
• Identify and resolve issues in hardware designs, including debugging and modifying existing designs to improve performance or address problems.
• Ensure that designs comply with relevant regulations and standards, such as safety and environmental guidelines.

• Bachelor's degree in Electronics Engineering, Electrical Engineering, or related field of study
• Five (5) years of experience as a Software Engineer, Technical Leader, Practice Leader, or related role
• Five years of experience with:
  Automotive Electronic Control Unit (ECU) design and processes; and Electronic components, their specifications, and their interactions within a circuit
• Three years of experience with:
  Schematic capture and PCB layout design using industry-standard EDA tools including Altium Designer, Cadence Allegro, Eagle, and Mentor Graphics;
  Hardware in loop simulation systems and testing; and Circuit design and PCB layout including IPC standards.

Demonstrates expertise in Electronic Component Design, including Schematic Capture and PCB Layout using EDA tools. Proficient in Automotive Electronic Control Unit (ECU) design and compliance with IPC standards.

• Electronic Component Design
• Schematic Capture
• PCB Layout Design
• Automotive ECU Design
• EDA Tool Proficiency

• Schematic Capture
• PCB Layout Design
• Circuit Design
• Hardware Design
• Debugging
• Component Specifications
• Electrical Characteristics
• Pinout Definition
• Land Pattern Creation
• Signal Integrity

• Mentoring
• Training
• Problem Solving

• IPC Standards
• Electronic Components
• Automotive Electronics
• Electrical Engineering
• Safety Regulations

• Altium Designer
• Cadence Allegro
• Eagle
• Mentor Graphics
• Hardware In Loop Simulation