Full-Time

Program Schedule Manager

Updated on 8/1/2026

Proxima Fusion

Proxima Fusion

51-200 employees

Develops QI stellarator fusion power plants

No salary listed

Munich, Germany

In Person

Category
Business & Strategy (1)

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Requirements
  • Experience in integrated schedule management on major capital programs in energy, industrial, research infrastructure, or similarly complex multi-discipline projects; experience spanning both building construction and equipment or plant supply chains is strongly preferred.
  • Ability to build an Integrated Master Schedule architecture from scratch and develop a credible schedule from incomplete inputs.
  • Technical proficiency with scheduling tools for large-scale complex projects and ability to work with federated schedule inputs from parties using different tools and conventions.
  • Ability to enforce schedule discipline with internal engineers and external partners through analytical rigour and effective communication.
  • Ability to operate autonomously while defining working frameworks in an environment where programme structure is still being built.
  • Fluency in English.
  • Familiarity with artificial intelligence tools and digital working methods.
Responsibilities
  • Own and build the Integrated Master Schedule for Alpha, Proxima Fusion’s first fusion demonstrator.
  • Define the scheduling architecture, coding structure, baseline conventions, and reporting standards.
  • Integrate sub-schedules across infrastructure, plant suppliers, manufacturing, and machine engineering into one coherent programme view.
  • Establish milestones, programme gates, dependencies, and schedule interfaces across all workstreams.
  • Identify, validate, and maintain the programme’s critical and near-critical paths.
  • Provide early warning of schedule risk, emerging delays, and downstream impacts.
  • Run schedule analysis to support recovery planning, mitigation actions, and informed trade-off decisions.
  • Maintain the Integrated Master Schedule as a live, accurate, and trusted programme-management tool.
  • Support PMO governance, release-gate decisions, and executive programme reviews.
  • Provide schedule insights and recommendations to programme leadership as Alpha scales.
  • Drive schedule discipline and alignment across internal teams, suppliers, and delivery partners.
  • Ensure the programme has a defensible plan against which progress, performance, and readiness can be measured.
  • Build and advance the Alpha Integrated Master Schedule architecture, including work breakdown structure, activity coding, baseline conventions, and schedule governance rules.
  • Consolidate sub-schedules from all workstreams, including facility and plant construction, specialist equipment suppliers, and machine engineering, into one integrated baseline; enforce scheduling standards with internal project owners and external delivery partners.
  • Maintain a six-week rolling lookahead as a live, actionable planning tool for the PMO and construction governance stream.
  • Continuously update the critical path and model schedule impacts from scope changes, design evolution, or supplier delays before they reach senior leadership.
  • Own the schedule input to release-gate decisions by preparing schedule status packs, flagging float consumption, and presenting risk-adjusted scenarios to management.
  • Define and enforce scheduling standards for building and plant construction partners and other specialist disciplines providing delivery schedules as inputs to the Integrated Master Schedule.
  • Work with the Cost Controller so that the schedule baseline and cost forecast reflect the same programme assumptions; support integrated change impact assessments.
  • Support development of the PMO’s broader project-controls framework.
Desired Qualifications
  • Experience spanning both building construction and equipment or plant supply chains.
  • German language proficiency.

Proxima Fusion designs the first generation of fusion power plants based on Quasi Isodynamic (QI) stellarators. These devices use carefully shaped magnetic fields to confine hot plasma so fusion reactions can run continuously. The system relies on high-temperature superconductors and advanced computational design to optimize magnetic confinement, aiming for steady, intrinsic stability. The company’s product is a QI stellarator-based power plant, implemented through partnerships, licensing, and direct sales to utilities and governments. Unlike traditional fusion concepts that depend on large current drives, the QI approach focuses on continuous operation with stable confinement. Proxima Fusion’s goal is to provide clean, abundant, and safe energy that complements renewable sources and supports a sustainable energy transition in Europe.

Company Size

51-200

Company Stage

Series B

Total Funding

$651.5M

Headquarters

Munich, Germany

Founded

2023

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Simplify Jobs

Simplify's Take

What believers are saying

  • Alpha targets net-energy steady-state demonstration by 2031[6][8].
  • The company attracted strategic capital and public grants exceeding €650 million[6].
  • Industrial partners like Freemelt strengthen tungsten component supply and prototyping capacity[6].

What critics are saying

  • Alpha remains pre-commercial, with design, prototyping, and testing still ahead[6][8].
  • HTS magnet scale-up failures can stall reactor integration and invalidate the design[1][8].
  • Commercialization still requires tritium handling, maintenance, regulation, and availability economics[9][3].

What makes Proxima Fusion unique

  • QI stellarators eliminate toroidal plasma currents and tokamak disruptions[1][7].
  • Stellaris combines HTS magnets with advanced computational optimization for commercial fusion[1][8].
  • Proxima leverages W7-X validation to position QI stellarators as reactor-feasible[7][11].

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Growth & Insights and Company News

Headcount

6 month growth

1%

1 year growth

3%

2 year growth

1%
Proxima Fusion
Jul 7th, 2026
Proxima Fusion Raises €411 Million to Build Europe’s Commercial Fusion Champion

Proxima Fusion today announced a €411 million ($468 million) financing round, bringing the company’s valuation to €2.4 billion ($2.7 billion) and establishing Proxima as the best-funded fusion company in Europe.

Group Africa Publishing Limited
Feb 27th, 2026
RWE and Proxima Fusion Partner for New Bavarian Nuclear Fusion Plant

RWE and Proxima Fusion Partner for new Bavarian nuclear fusion plant. Home " Energy " Nuclear " RWE and Proxima Fusion Partner for new Bavarian nuclear fusion plant. Updated on Mar 2, 2026 German energy giant RWE and Munich-based startup Proxima Fusion have forged a strategic partnership to develop and eventually construct a commercial nuclear fusion power plant in Bavaria. This collaboration marks a significant milestone in the European energy transition, pairing RWE's massive utility-scale project delivery expertise with Proxima's cutting-edge plasma physics. Born as a spin-out from the prestigious Max Planck Institute for Plasma Physics, Proxima aims to commercialize the "stellarator" fusion concept. For the heavy construction and power infrastructure sectors, this announcement signals the very early stages of a pipeline that will eventually demand unprecedented levels of civil and mechanical engineering precision. Engineering the stellarator. Unlike the more common "tokamak" reactor design, which uses a symmetrical donut shape and highly pulsed operations, a stellarator relies on a deeply complex, twisted ring of superconducting electromagnets to confine the superheated plasma in a continuous, stable state. Fabricating and assembling these non-planar, 3D-shaped magnetic coils requires manufacturing tolerances that border on the microscopic, despite the components weighing several tons. When the project eventually moves to the jobsite, mechanical installation contractors will face the monumental task of aligning these intricate coil modules with sub-millimeter accuracy to ensure the plasma remains suspended at temperatures exceeding 100 million degrees Celsius. Proxima Fusion commercial plant: factsheet. Project Name: RWE / Proxima Fusion Demonstration Plant Location: Bavaria, Germany (Exact site TBD) Technology: Quasi-Isodynamic (QI) Stellarator Project Team: Technology Developer: Proxima Fusion (Spin-out from Max Planck Institute for Plasma Physics) Utility Partner / Co-Developer: RWE AG Government Backing: State of Bavaria EPC Contractor: [Pre-conceptual phase - TBD] Key Infrastructure Challenges: Manufacturing and alignment of 3D-shaped superconducting coils. Integration of massive-scale cryogenic cooling infrastructure. Discover more Generators High-density concrete biological shielding (neutron containment). Thermal-to-electric balance of plant design. Timeline: Design and site selection phase underway; targeting commercial demonstration operations in the 2030s. Jobsite Impact: cryogenics and heavy shielding. Beyond the reactor core, the "Jobsite Impact" of a commercial fusion plant will be heavily dominated by extreme thermal and radiological management systems. To maintain the superconductivity of the electromagnets, heavy mechanical teams must integrate massive cryogenic cooling plants capable of sustaining temperatures near absolute zero. Surrounding this entire apparatus will be the "biological shield." Heavy civil contractors will be required to execute continuous, high-density concrete pours - often utilizing specialized heavy aggregates like magnetite or baryte - to construct containment walls several meters thick. These highly reinforced structures are critical for absorbing the high-energy neutrons produced by the fusion reaction, preventing structural embrittlement and protecting the surrounding facility. RWE's utility-scale blueprint. While Proxima Fusion drives the core physics, RWE's involvement addresses the "balance of plant" and grid integration - the historical bottleneck for many emerging energy technologies. RWE brings decades of experience navigating complex European permitting landscapes and executing multi-billion-euro mega-projects. For electrical and civil contractors, the scope extends far beyond the reactor vault. The site will require the construction of massive step-up transformers, advanced switchyards, and thermal-to-electric conversion systems (heat exchangers and steam turbines) to capture the heat generated by the fusion process and convert it into stable, baseload electricity for the Bavarian grid. The road to commercialization. Currently, the RWE and Proxima partnership is focused on site selection, preliminary conceptual design, and navigating the regulatory framework for a first-of-its-kind facility in Germany. While heavy excavators will not be breaking ground tomorrow, this agreement establishes a clear commercial roadmap targeting the 2030s for a demonstration plant. For Tier 1 engineering, procurement, and construction (EPC) firms, the race is now on to develop the specialized supply chains, fabrication facilities, and proprietary construction methodologies required to translate these highly complex physics experiments into reliable, utility-scale power stations. This push for nuclear-integrated infrastructure is gaining global momentum, notably with Amazon's $5 billion Project Spectrum, a massive data center campus in Texas planned to collocate with the Comanche Peak nuclear plant to secure a direct, carbon-free power source.

Agence France-Presse
Feb 26th, 2026
Proxima Fusion, RWE, the Free State of Bavaria and Max Planck Institute for Plasma Physics Sign Agreement to Build the World’s First Commercial Fusion Power Plant in Europe | AFP.com

Proxima Fusion, Europe’s fastest-growing fusion energy company, has signed an agreement with the Free State of Bavaria, RWE, and Max Planck Institute for Plasma Physics (IPP) to put the world’s first commercial stellarator fusion power plant on the grid in Europe. Roadmap to a commercial fusion power plant begins with Alpha

Trending Topics
Feb 26th, 2026
Bavaria grants Proxima Fusion $448M for fusion energy test facility

Proxima Fusion, a German fusion energy startup spun out of the Max Planck Institute for Plasma Physics, has secured €400 million in funding from Bavaria towards building a €2 billion test facility. This represents one of Europe's most ambitious investments in fusion technology to date. The agreement sees Proxima and Bavaria each covering 20% of costs, contingent on Germany's federal government providing the remaining €1.2 billion. RWE, Germany's largest power generator, has agreed to host the potential commercial plant at its decommissioned Gundremmingen nuclear power station. CEO Francesco Sciortino said the company aims to complete the commercial facility "within the 2030s". Germany's national "fusion action plan" commits over €2 billion in sector investment through 2029, including €755 million for pilot plant development.

Business Insider Deutschland
Sep 11th, 2025
Proxima Fusion raises $150 million

Revolut, a UK-based fintech, reached a valuation of $75 billion, marking its entry into the global top league. Mistral AI from France, specializing in AI and foundation models, secured new funding and is valued at nearly $12 billion, setting a record pace for European AI firms. Proxima Fusion raised €150 million, highlighting the recent successes in Europe's tech scene, as noted by Christoph Klink, a partner at early-stage investor Antler.