System Engineer

Nova System Group is looking for a System Engineer to be responsible for a novel product throughout its product life cycle: from the development phase to installation and support at customer sites, as part of a team.

Requirements:

M.Sc. /PhD in Physics/ Engineering (Electrical, Optics) with at least 1-2 years of experience as a multi-disciplinary system engineer/architect or a closely related field

OR

B.Sc in Electrical Engineering AND 3+ years of experience as a multi-disciplinary system engineer/architect or a closely related field.
MATLAB/Python hands-on experience.

Get to know us better

Nova (NASDAQ: NVMI) is a global company and a leading provider of innovative metrology solutions for process control in semiconductor manufacturing.

With a team of ~1200 people in three R&D centers and 27 field offices, we bring insights into the world’s most advanced industry. We leverage multiple technology fields such as physics, optics, chemistry, and algorithms to develop hardware and software solutions that measure almost every advanced computer chip built in the world.

Nova dives deep into dimensions and layers at the atomic level to extract unique insights and provide our customers with crucial decision-making data, handling critical challenges by providing unique, differentiated solutions.

Our outstanding people-focused and innovative culture means every person at Nova has the power to make an impact and significantly redefine what people can achieve through technology.

Join us if you are

A dreamer and brilliant high aimer who sees the impossible as the starting point and loves working in a multidisciplinary global team to create innovative breakthroughs.

If you need assistance due to a disability, you may contact us at talent@novami.com

Role Responsibilities:

Theoretical and experimental system engineering to support state-of-the-art new and existing multidisciplinary optical measurement products.
Conduct on-tool and off-tool system diagnostics, troubleshooting, and problem-solving: tasks include root-cause analysis, mitigation plans, implementing robust system calibration methods, and product transfer to manufacturing.
Performance research of current and future capabilities utilizing theoretical analysis, design of experiments, and data analysis to understand the system performance envelope, and how to adjust and expand it.
Transform customers’ high-level requirements into concrete technical specifications.
Flights to customers around the world (1-4 times per year)
Day-to-day intensive interfaces with diverse disciplines: physics, optics, algorithms, mechanics, electronics, and software.

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