Full-Time

Laser Optics R&D Program Engineer

Focused

Focused

51-200 employees

Laser-driven inertial confinement fusion for power

No salary listed

Darmstadt, Germany

Hybrid

Hybrid setup with work from the Darmstadt office and from home.

Master's, PhD

Category
Hardware Engineering (1)
Required Skills
Risk Management
Data Analysis

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Requirements
  • A Master's or PhD in Optics, Laser Physics, Photonics, Materials Science, or a related field is required.
  • At least 5 years of experience in optics, photonics, or laser technology is required, including work with coatings, nonlinear crystals, and laser components.
  • Demonstrated ability to manage multi-partner research and development projects while coordinating external suppliers, research services, and internal teams simultaneously.
  • Experience steering technical work packages and coordinating laboratory activities.
  • Ability to translate technical results into vendor specifications and program decisions.
  • Fluency in English is required.
  • The role requires a self-directed and structured approach suited to a fast-moving startup environment.
Responsibilities
  • Own multiple concurrent research and development programs end-to-end, including scope, schedule, budget, risks, and deliverables covering optical coatings, nonlinear crystals, and advanced optical technologies.
  • Drive milestone gates, purchase orders, and go/no-go decisions with full accountability.
  • Manage a multi-vendor portfolio of specialist optics and crystal suppliers developing different technologies and operating at different wavelengths, while maintaining confidentiality between suppliers where required.
  • Work with architects and physicists to define test campaigns and qualification specifications, ensuring they are scoped, resourced, and scheduled before laboratory execution.
  • Provide supervision and mentorship to laser engineers and laser technicians responsible for experimental execution, data collection, and test reporting.
  • Ensure data quality, protocol compliance, and timely delivery.
  • Consolidate experimental results, vendor deliverables, and comparative analyses into recommendations for leadership and actionable specifications for vendors.
  • Communicate progress, risks, and decisions across leadership, technical teams, and external partners.
Desired Qualifications
  • Experience with laser-induced damage threshold testing or optical lifetime and reliability characterization.
  • Knowledge of advanced or emerging optical coating technologies.
  • Experience working with external optics suppliers and/or photonics research institutes.
  • German and/or French language proficiency.

Focused Energy pursues commercial fusion power using laser-driven inertial confinement fusion (ICF). Laser pulses compress tiny fuel pellets to the extreme conditions needed for fusion, with the aim of producing carbon-free electricity in a controllable, earthbound setting. The company combines expertise in high-energy lasers, plasma physics, materials science, and power-plant engineering to design lasers, optimize fuel, and build integrated prototypes with scientific and industrial partners to scale toward power generation. Their goal is to achieve commercial readiness in the coming decades and provide safe, abundant carbon-free electricity as part of the global energy mix.

Company Size

51-200

Company Stage

Series A

Total Funding

$326.6M

Headquarters

Darmstadt, Germany

Founded

2021

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Simplify Jobs

Simplify's Take

What believers are saying

  • Focused Energy raised $240 million on May 27, 2026, the sector’s largest Series A.
  • RWE led the round, and Hesse pledged €20 million for fusion R&D.
  • March 20, 2026’s $6.9 million Rochester partnership accelerates ignition physics and pilot-plant design.

What critics are saying

  • Fusion commercialization still lacks a grid-connected power plant, leaving Focused Energy pre-revenue for years.
  • Laser fusion still battles instability losses; a 2026 University of Rochester project targets that bottleneck.
  • Biblis’ $5-7 billion plant path creates capital intensity that can stall before 2035.

What makes Focused unique

  • Focused Energy won Germany’s 2026 Biblis site, pairing fusion plans with RWE infrastructure.
  • Its laser-driven ICF approach leverages National Ignition Facility know-how and Rochester’s OMEGA-class facilities.
  • A 2026 SourceLight spin-off turns fusion diagnostics into industrial non-destructive testing revenue.

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Benefits

Stock Options

Paid Vacation

Commuter Benefits

Growth & Insights and Company News

Headcount

6 month growth

-3%

1 year growth

-5%

2 year growth

-7%
Ingeniøren
Jul 15th, 2026
German nuclear plant repurposed for laser fusion electricity production after Focused Energy raises $260M

A German company developing laser fusion technology has secured significant funding and acquired a decommissioned nuclear power plant to advance its work. Focused Energy, which specialises in a variant called inertial confinement fusion, has completed a Series A funding round worth DKK 1.7 billion. The company plans to use the shuttered German nuclear power plant as a facility for producing electricity from laser fusion. Fusion power holds enormous potential as an energy source but remains an unsolved challenge for humanity. Focused Energy is among several companies working to make fusion power commercially viable. The acquisition of the former nuclear facility provides the company with infrastructure to develop and test its fusion technology.

MarketersMEDIA
Jul 3rd, 2026
Lowercarbon Capital backs Focused Energy's $240M Series A — largest fully secured in global fusion

Focused Energy has completed a $240 million Series A round, the largest fully secured Series A in the global fusion industry, with participation from Lowercarbon Capital. The hard-tech investor, founded by Chris and Crystal Sacca, joins existing backers including RWE, Germany's SPRIND, the European Innovation Council Fund, Futury Capital, EastX Ventures and Prime Movers Lab. The Austin and San Francisco-based laser fusion company has progressed from startup to global industry leader in four years. The investment comes amid surging energy demand driven by AI data centres, which are pushing electricity consumption beyond current grid capacity. Focused Energy is positioning laser fusion as a commercially viable solution, offering on-demand, carbon-free power. The company is already in discussions with potential partners in the technology sector.

FirmenPresse
Dec 18th, 2025
Hessen provides €20M to laser fusion startup Focused Energy

Hessen's economic minister Kaweh Mansoori has presented a €20 million funding grant to Focused Energy, a laser fusion company based in Darmstadt. The funding will support measures laying the groundwork for future construction and operation of a fusion power plant. The investment signals Hessen's economic policy goal to establish itself as a leading location for laser fusion technology. The grant demonstrates confidence in Focused Energy's technological potential and expectations of long-term economic benefits for the region. Focused Energy is developing laser fusion technology, an approach to generating clean energy through nuclear fusion reactions.

deutsche-startups.de
Dec 3rd, 2025
German startups eye US move for funding access and higher valuations

Many European startups consider relocating to the United States following successful early-stage funding from regional investors. The motivations extend beyond market access to include a broader investor base, easier access to venture capital financing, higher valuations and the Nasdaq technology exchange as a potential exit channel. However, one crucial factor often drives the decision: investors frequently require a US legal structure. This requirement can be decisive in determining whether startups make the transatlantic move. The article is a guest contribution by Henning Bloss, Jörn Hirschmann and Ansgar Simon, examining the complexities and considerations involved in relocating a startup to America. For European founders, understanding these requirements and opportunities is essential when planning international expansion and future funding rounds.

Hannover Messe
Oct 20th, 2025
RWE invests €10M in Focused Energy

RWE has invested €10 million in laser fusion startup Focused Energy, aligning with Germany's High-Tech Agenda for fusion research. This partnership aims to develop the Biblis site into a leading laser fusion campus. The Federal Agency for Breakthrough Innovations (SPRIND) also supports Focused Energy. Since July 2024, RWE and Focused Energy have collaborated on a pilot project for laser-driven radiation sources, crucial for future fusion power plants.