Project Engineering Manager
Blykalla
Stockholm, Sweden
Project Engineering Manager
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!
What we do at Blykalla
Blykalla is a Swedish deep-tech company developing next-generation small modular reactors (SMRs) to deliver clean, safe, and reliable energy. Our lead-cooled reactor design enables high safety in a compact format, making it scalable and cost-efficient — and a strong complement to renewable energy.
We are now entering a phase where structured, high-quality engineering execution is critical to moving from design to reality — and this is where you come in.
What you’ll get to do
As Project Engineering Manager (PEM), you lead the engineering execution of Blykalla’s SEALER reactor programme. You sit at the intersection of technical leadership, project delivery, and regulatory compliance — ensuring that multidisciplinary teams move in sync, milestones are met, and engineering output is robust and licensable.
This is a senior, hands-on leadership role where you both define how we work and ensure it gets done.
You translate complex technical requirements into clear execution plans, align teams across disciplines, and create the structure needed to deliver a first-of-a-kind nuclear system.
You will also play a key role in shaping how we scale engineering at Blykalla, driving the adoption of design for fabrication and modularization, model-based engineering, PLM systems, and data-driven workflows.
Responsibilities
Engineering execution & technical leadership
Define and drive a clear engineering execution plan with an aligned schedule, deliverables, cost, and responsibilities
Lead coordination across disciplines (reactor, mechanical, electrical, I&C, structural, safety) to ensure system integration
Ensure effective engineering workflows, design control processes, and validation approaches are implemented
Ensure engineering output meets quality, safety, and regulatory requirements throughout the lifecycle
Risk, safety & licensing
Identify and manage technical and regulatory risks early, before they impact delivery
Ensure traceability and documentation needed for licensing and safety case development
Lead key engineering risk methodologies such as FMEA and probabilistic risk assessment
Interface with regulatory bodies and certification authorities
Cross-functional collaboration
Act as the central engineering interface across project management, engineering teams, suppliers, and regulators
Align stakeholders and maintain momentum through structured coordination
Support procurement with nuclear-grade technical requirements and supplier evaluation
Promote a strong safety culture and design-for-safety mindset
Ensure early designs implement pre-fabrication and modularization principles, and get early contractor engagement as required.
Delivery, planning & improvement
Contribute to realistic planning of engineering scope, resources, cost,, and timelines
Track progress and ensure predictable delivery against milestones
Drive continuous improvement in how we execute and scale engineering
Ensure smooth handover from engineering to manufacturing, construction, and operations
Who you’ll work with
You will be part of the Plant Engineering Team and work closely with discipline leads, the CTO, project managers, and external partners. You will be a key integrator across technical domains in a team that is highly driven and committed to building something meaningful.
Who you are
Domain expertise
MSc or equivalent in Mechanical, Nuclear, Systems, Electrical Engineering, or similar
Strong experience leading engineering delivery in complex, regulated environments (e.g. nuclear, aerospace, oil & gas, defence)
Proven ability to coordinate multidisciplinary teams through complex programme phases
Solid understanding of relevant regulatory frameworks and standards (SSM, IAEA, ASME, IEC, IEEE)
Experience with risk methodologies such as FMEA and probabilistic risk assessment
Familiarity with modern engineering environments (e.g. PLM, model-based engineering)
How you work
You bring structure and clarity to complex engineering challenges
You balance technical rigour with practical delivery
You anticipate risks and act early
You are comfortable operating in ambiguity and building processes as you go
Cultural contribution
You lead with clarity and accountability, and bring people with you
You build trust through transparency and reliability
You are motivated by solving hard, first-of-a-kind problems
You care about how teams work together and contribute to a strong, collaborative environment
Fluent in English; Swedish is a plus
Why join Blykalla
Work on first-of-a-kind nuclear technology with real global impact
Take on a high-ownership role at the core of our delivery
Be part of a fast-growing, ambitious, and highly skilled team
Help shape how next-generation nuclear engineering is done
Location
Stockholm
Apply
If you want to play a key role in bringing next-generation nuclear technology from concept to reality, we’d love to hear from you.
We are proud to foster an inclusive workplace and believe that diversity of perspectives leads to better teams and better technology.
We do not accept applications via email.
We are not open to external recruitment agencies.
- Team
- Plant 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.





