Characterization/Test Engineer Intern
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Job Description
About Company
Omni Design is a young, fast-growing, cutting-edge technology company focused on accelerating the ongoing hardware revolution through its IP cores and the rapidly emerging semiconductor embedded design business ecosystem.
The company fosters an exciting environment with amazing talent across multiple disciplines. Its culture values self-motivated individuals, encourages initiative, looks for leadership qualities, values teamwork, embraces diversity, and rewards excellence. Omni Design is looking for “trailblazers” to bring its vision to fruition.
Omni Design is an equal opportunity employer that offers excellent compensation and seeks individuals who share its high standards and commitment to excellence. The company invites those interested in making an impact to join its mission.
Job Description
Job Title: Characterization/Test Engineer Intern
Job Focus: This role is centered on at-speed characterization and testing of high-performance analog-to-digital (ADC) and digital-to-analog (DAC) converters, as well as ultra-low power sensor interface circuits.
Key Responsibilities:
• Development of characterization/test plans.
• Design of characterization PCB boards.
• Assembly and debug of characterization boards.
• Developing, maintaining, and modifying programs for automated test interface between the characterization board and lab equipment.
• Ability to modify and update automated characterization plans based on inputs from designers.
• Ability to develop automated test/characterization plans (a strong plus).
• Must be able to develop characterization plans based on inputs from designers and customers.
• Must be able to capture, analyze, and present characterization data using Excel.
• Must be able to work with external vendors to procure components and schedule deliverables to meet planned characterization timelines.
• Must be able to work independently, create, and adhere to schedules.
Qualifications:
• Experience with integrated circuits.
• Familiarity with common programming languages such as MATLAB, Visual C#, and Python.
• Familiarity with the use of standard lab characterization equipment.
• Understanding of PCB design techniques for high-speed and high-performance designs (e.g., Analog to Digital and Digital to Analog converters).
• Familiarity with PCB power supply decoupling techniques, shielding, and design of controlled impedance traces.
