Inspection Equipment Expert Engineer - Enable Inspection in a Lead-Cooled Reactor Environment
Blykalla is scaling quickly in order to industrialize our small modular reactor (SMR) concept. If you are passionate about nuclear technology and want to make a significant impact, join us!
Blykalla is developing next-generation nuclear technology through the SEALER program, requiring inspection capabilities that do not exist today. We are looking for an Inspection Equipment Expert Engineer who will lead the development, qualification, and maturation of inspection methods, instrumentation, and robotics for systems operating in molten lead and radiation environments.
This role ensures that our reactor systems and the design of SEALER itself allow for safe, effective, and reliable inspection throughout the lifecycle.
What we do at Blykalla
Blykalla is developing the next generation of nuclear technology with our Small Modular Reactor (SMR) based on innovative fuel, materials, and reactor designs. As Sweden’s only SMR developer, we are on a mission to decarbonize industries and enable safe, scalable, and sustainable energy solutions. Our technology uses uranium nitride fuel and lead coolant, creating novel challenges and opportunities for the fuel cycle and supporting systems.
What you’ll get to do
As an Inspection Equipment Expert Engineer, you will lead the development and qualification of inspection solutions for SEALER’s lead-cooled reactor systems. You will define inspection needs, drive technology development, and influence reactor design to ensure inspectability throughout the system lifecycle with the following responsibilities:
Inspection Strategy & Design Influence:
Develop a systematic inspection strategy for internal and external reactor components in lead-filled environments.
Define inspection points, access paths, and required methods across systems and sub-systems.
Lead “Design for Inspection” efforts to ensure geometric access, mobility surfaces, inspection windows, and maintainability features are integrated into SEALER’s design.
Identify critical defect mechanisms and translate them into inspection requirements.
Equipment Development & TRL Maturation:
Specify, develop, and mature inspection equipment and methods (e.g., UT A-scan/C-scan, phased array, sensing technologies, visual and alternative NDE methods).
Support design and execution of TRL maturation programs including lab tests, mock-ups, and full-scale validation.
Define testing needs for instrumentation, sensors, and robotics operating in molten lead and radiation conditions.
Robotics & Harsh-Environment Inspection:
Collaborate with robotics partners on platforms capable of surviving and operating in high-temperature lead and irradiation environments.
Define requirements for robotic mobility, navigation paths, manipulators, and sensing integration.
Supplier Management & Collaboration:
You will engage suppliers and research partners to support inspection technology development and contribute to specifications and procurement activities.
You will work closely with engineering and safety teams to embed inspection requirements into the reactor design and act as the internal expert on inspection capabilities.
Where this role can take you
You will play a key role in shaping inspection approaches for a first-of-a-kind reactor. As the capability grows, this role can evolve into leadership positions such as Inspection & Maintainability Lead, Technical Authority for NDT and robotics, or owner of long-term inspection programs.
Who you are
You are an engineer who thrives at the intersection of inspection technology, robotics, and systems engineering. You bring solid technical depth, a structured way of thinking, and the ability to work across disciplines to solve challenges in harsh and constrained environments.
We believe you have:
A relevant engineering degree (mechanical, nuclear, materials, robotics, or similar).
Experience with NDT methods such as ultrasonic / eddy current (UT/ET), phased array, A/C-scan, or visual/alternative inspection techniques.
Background in developing or applying inspection tools in demanding environments.
Understanding of TRL maturation, testing, and supplier interaction.
Knowledge of defect mechanisms in metallic or nuclear-grade systems.
Strong systems thinking and problem-structuring ability.
Clear communicator and effective collaborator across teams and partners.
Proactive, hands-on, and comfortable driving development work.
Preferred: Experience with heavy liquid metals (or similar), high-temperature systems, or robotics for inspection.
Background in nuclear, aerospace or other highly regulated industries.
Location
The position is based in Stockholm, with travel to Oskarshamn and partner facilities expected.
Why Blykalla?
Innovative Environment: Work with a team of forward-thinking professionals in a cutting-edge industry.
Career Growth: Opportunities for professional development and advancement as we expand our operations.
Impactful Work: Be a part of a mission-driven company dedicated to creating a sustainable future.
Join us in our mission to create a cleaner, more sustainable future. Apply now and become a key player in revolutionizing the energy industry!
We encourage applicants from diverse backgrounds and are an equal-opportunity employer.
We do not accept applications via email.
We are not open to external help from recruitment agencies.
- Team
- Engineering
- Locations
- Stockholm
Colleagues
About Blykalla
Blykalla is Sweden's only SMR vendor, commercializing lead-cooled fast reactors for industrial use. Based on 20+ years of research, their SEALER technology is a compact 55 MWe unit designed to offer a safe, efficient, and scalable power solution. With a strong foundation within Sweden, Blykalla is well positioned to deliver Europe's first advanced SMR, providing reliable and sustainable baseload energy to power AI and clean industries.
Backed by partners such as Uniper, ABB, KSB, Höganäs, and the Royal Institute of Technology, Blykalla has secured close to EUR 50 million in funding, including a SEK 99 million grant from the Swedish Energy Agency and a EUR 17 million investment from the EU. The company plans to complete its first SEALER reactor by 2030 and begin serial production in the 2030s. By 2050, their technology could generate up to 500 TWh of clean electricity annually, cutting global CO₂ emissions by 0.5 gigatons each year.
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