Processing Manager til SkyTEM

Processing Manager

Are you motivated by transforming complex geophysical data into insights that support groundwater management, mineral exploration, and engineering projects worldwide?

At SkyTEM we are looking for a Processing Manager to join our team. You will work with cutting-edge airborne TEM technology, advanced data processing, and subsurface modelling as part of an innovative and international team making a real impact around the globe.

The Role We are seeking a talented and motivated processing manager to join our core data processing team at our headquarters in Aarhus. You will be instrumental in transforming raw field data into high-quality final products for our global clients. This is a key role in which your analytical and geophysical skills will directly contribute to the success of our projects.

Relevant work experience is an advantage, but we encourage all qualified candidates to apply.

Your Key Responsibilities will include

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Quality control, processing, and management of airborne time-domain electromagnetic (TEM), magnetic, and related sensor data.

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Performing inversions of TEM data to create detailed subsurface models.

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Writing geophysical data reports to clients.

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Collaborating closely with field acquisition teams and project managers to ensure seamless project delivery and data integrity.

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Lead proactive client interactions across all project phases to secure high-quality, on-schedule data delivery.

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In time provide technical sales support and collaboration commercial activities to strengthen our client offerings.

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Contributing to the continuous development and refinement of our proprietary data processing workflows and software tools.

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Willing to be stationed abroad on projects for short periods.

Your Profile

Essential Qualifications (Must-Haves)

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An MSc or PhD in Geophysics, Physics, Geology or a closely related field.

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Excellent analytical, problem-solving, and critical-thinking abilities.

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Full professional fluency in English (both written and spoken), as our client-base is global.

Desired Qualifications (Nice-to-Haves)

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Demonstrable, hands-on experience in processing and inverting TEM data.

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Proficiency with industry-standard geophysical software.

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Experience with the processing and interpretation of electromagnetic, magnetic, gamma, and gravity data.

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Previous experience with airborne geophysical survey data.

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Digital Signal Processing.

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Interest in attending and presenting at conferences.

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Fluent spoken Danish.

What We Offer J oining our team means becoming part of a specialized, high-tech industry with significant opportunities for personal and professional development.

We provide

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A dynamic, collaborative, and international work environment in the vibrant city of Aarhus.

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Opportunities to learn and master new technical domains.

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Flexible working hours to promote a healthy and sustainable work-life balance

Ready to transform complex geophysical data? We have chosen not to use traditional cover letters in our application process, but we are still very interested in learning what motivates you to apply for this position. Please incorporate your motivation directly into your CV. You can find more information on what this entails here .

We review applications on an ongoing basis and will close the position once we have found the right candidate. We therefore encourage you to submit your CV as soon as possible.

Job interviews will take place in early August.

If you have any questions about the position, you are welcome to contact Marketing and Communication manager, Patricia Zsofia Toth, at ptt@skytem.com .

About SkyTEM At SkyTEM, we are a global leader in airborne electromagnetic (TEM) technology, delivering high-resolution subsurface mapping solutions that drive critical discoveries in groundwater management, mineral exploration, and engineering geology. Headquartered in Aarhus, Denmark, our cutting-edge technology and advanced data processing enable clients worldwide to visualize the earth’s interior with unprecedented clarity. We pride ourselves on a culture of innovation, technical excellence, and collaboration, where brilliant minds come together to solve complex geophysical challenges and make a tangible global impact.