Are you driven by rethinking how drilling systems are designed from first principles? Do you believe the future of geothermal energy depends on radically simpler, faster, and lower-cost drilling architectures?

At Telura, weʼre developing the next-generation drilling system which uses ultra-high-voltage electro-impulses to fracture hard rock, essentially “destroying with lightning”, to enable economically viable drilling beyond todayʼs geothermal hotspots and unlock affordable baseload energy anywhere.

Founded in 2025 and based in Munich, Telura is working closely with customers, industrial partners and leading European universities, is supported by SPRIND, and has raised $5 million to date from leading European investors.

While our core rock-breaking technology is fundamentally different, successful deployment depends on integrating it into a complete drilling system - from surface equipment and deployment concepts to drill string architecture, fluid circulation, and field operations.

Weʼre looking to connect with a senior drilling systems engineer to help architect the full drilling platform that will bring this technology into the field.

Our Game Plan

Are you driven by rethinking how drilling systems are designed from first principles? Do you believe the future of geothermal energy depends on radically simpler, faster, and lower-cost drilling architectures?

At Telura, weʼre developing the next-generation drilling system which uses ultra-high-voltage electro-impulses to fracture hard rock, essentially “destroying with lightning”, to enable economically viable drilling beyond todayʼs geothermal hotspots and unlock affordable baseload energy anywhere.

Founded in 2025 and based in Munich, Telura is working closely with customers, industrial partners and leading European universities, is supported by SPRIND, and has raised $5 million to date from leading European investors.

While our core rock-breaking technology is fundamentally different, successful deployment depends on integrating it into a complete drilling system - from surface equipment and deployment concepts to drill string architecture, fluid circulation, and field operations.

Weʼr looking to connect with a senior drilling systems engineer to help architect the full drilling platform that will bring this technology into the field.

Tasks

What you’ll be working on

Design and specify key drilling system components from first principles: drill string architecture, bottom-hole assembly, pipe and connector specifications, coiled tubing or cabled deployment systems, and surface equipment interfaces
Define how our electro-impulse drilling technology interfaces with conventional drilling components, including drill pipe, coiled tubing, cable-based systems, and directional drilling tools
Lead the mechanical design of downhole assemblies, including structural loads, pressure containment, thermal management, and mechanical interfaces
Help evaluate alternative deployment architectures, including low-footprint systems and other novel approaches enabled by our technology
Translate functional requirements into detailed engineering: CAD models, drawings, tolerance analysis, and design documentation
Lead design reviews with a focus on requirements, FMEA, manufacturability, reliability, and supplier capability
Define and oversee testing requirements, including factory acceptance tests, load tests, qualification tests, and prototype evaluations
Own the technical relationship with engineering suppliers and fabricators: align them to design requirements, review outputs, and ensure designs translate into manufacturable, field-ready hardware
Act as a technical sparring partner to the CTO and engineering team on drilling-related design decisions and trade-offs
Support engagement with customers, partners, and investors by articulating how Telura's technology can transform drilling system architecture

Requirements

What we are looking for

Significant experience in drilling engineering, drilling systems design, and drilling equipment specification and design
Background in drilling equipment for geothermal, oil & gas, mining, or other deep subsurface industries
Strong systems thinking across surface equipment, drill strings, bottom-hole assemblies, hydraulics, and operations
Practical understanding of rig design, mechanical interfaces, and field deployment
Ability to evaluate both conventional and unconventional drilling architectures
Comfort working with early-stage technology, uncertainty, and rapid iteration
A collaborative mindset and enthusiasm for helping build a fundamentally new drilling paradigm from the ground up
Ideal Backgrounds: SLB, Halliburton, Baker Hughes, etc.

Benefits

What we offer

The opportunity to architect one of the most ambitious next-generation drilling systems in the world
Early influence on platform design, testing strategy, and deployment concepts
Direct collaboration with the founding and engineering leadership
A key role in a company aiming to unlock geothermal energy globally
Equity participation aligned with long-term impact and commitment
A modern office in the Munich Urban Colab, embedded in an exceptional innovation ecosystem
Accident insurance and supplementary company health insurance
Company pension scheme

Ready to Help Redefine How We Drill into the Earth?

Weʼd love to hear how you would design the drilling system architecture that makes ultra-deep geothermal energy practical at global scale.

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TELURA