High Explosive Modeler - Staff Scientist

Join the team at Lawrence Livermore National Laboratory (LLNL) as a High Explosive Modeler - Staff Scientist, where you will contribute to groundbreaking research in explosive modeling and simulation. In this role, you will leverage your expertise to develop innovative models that enhance our understanding of high explosives and their applications.

Lawrence Livermore National Laboratory seeks an Associate Division Leader for Engineering Test and Explosive Components in Livermore. This position carries responsibility for overseeing projects that focus on the safety and performance of explosive components used in security applications. Role overview The Associate Division Leader manages a team of engineers and technicians, providing direction on engineering test initiatives and component evaluations. The work centers on maintaining high standards for safety and reliability in all explosive component activities. Key responsibilities Supervise and coordinate engineering test projects related to explosive components Guide and support team members, encouraging strong engineering practices Promote innovation while ensuring compliance with safety requirements Team environment This role involves close collaboration with a skilled group of engineers and technicians, with an emphasis on fostering technical excellence and continuous improvement.

Role overview Lawrence Livermore National Laboratory seeks a Staff Scientist with expertise in metallography and fractography. The role centers on research and analysis of metallographic and fractographic samples, contributing to a variety of materials science projects. What you will do Perform in-depth analysis of metallographic and fractographic specimens. Provide detailed materials characterization to support scientific initiatives. Work closely with teams from different disciplines on materials science research. Requirements Demonstrated experience in metallography and fracture analysis. Strong skills in analysis and problem-solving. Dedication to research and advancing scientific knowledge. Location This position is located in Livermore, California.

Overview:Inertia is on the forefront of fusion energy research, and we are looking for a highly skilled Laser Scientist to lead the design and testing of high-power laser systems integral to our fusion energy initiatives. This role is pivotal in the creation of the most advanced average power pulsed lasers, which will serve as the foundational 'unit cell' of our future power plant. Collaborating with industry leaders, government entities, and academic experts, you will play a key role in developing a demonstrator beamline capable of delivering 10 kJ at 10 Hz with an impressive 10% wall-plug efficiency utilizing diode-pumped solid-state laser technology (DPSSL).Primary Responsibilities:Conduct comprehensive modeling and simulation for high-energy, high-average power laser systems.Evaluate various architectural solutions in collaboration with industrial partners and national laboratories to identify the most effective approach.Lead a team dedicated to the design, installation, commissioning, and optimization of cutting-edge laser systems and testing facilities.Collaborate with engineering and optical testing teams to ensure the timely design and delivery of intricate laser systems.Qualifications and Experience:PhD in Laser Physics or a related field with a minimum of 5 years of experience.Proficient in laser system design utilizing simulation software such as Miro or Rsoft, as well as laser energetics models and non-linear optical system analysis (SNLO or equivalent).Experience in the modeling and operation of diode-pumped solid-state laser systems and their components.

Join the esteemed team at Lawrence Livermore National Laboratory (LLNL) as a Postdoctoral Researcher specializing in Mesoscale Modeling. This role invites innovative thinkers to contribute to cutting-edge research that advances our understanding of complex systems. You will collaborate with leading scientists in a dynamic environment while utilizing state-of-the-art resources to drive impactful research.

Join our innovative team at the Lawrence Livermore National Laboratory as a Postdoctoral Researcher specializing in uncertainty quantification for surrogate models. This exciting opportunity allows you to contribute to cutting-edge research aimed at enhancing predictive models in various scientific domains.As part of our multidisciplinary team, you will develop and implement sophisticated methodologies to quantify uncertainty in surrogate models, enabling more reliable predictions in complex systems. You will collaborate with leading scientists and researchers, utilizing state-of-the-art computational tools and techniques.

Role Overview Lawrence Livermore National Laboratory is seeking a Postdoctoral Researcher focused on atomistic modeling of materials degradation. This position centers on research into atomic-scale processes that affect the durability and performance of materials over time. What You Will Do Simulate and analyze degradation mechanisms in a range of materials using advanced computational methods. Collaborate with established researchers in materials science and modeling. Contribute to projects that deepen understanding of atomic-level phenomena impacting material integrity and lifespan. Location This role is based in Livermore, California.

Join the Lawrence Livermore National Laboratory (LLNL) as a Chief Scientist where you will lead innovative research in active security technologies. This role requires an active security clearance and offers an exciting opportunity to work at the forefront of scientific advancement in a collaborative environment.

Join the cutting-edge team at Lawrence Livermore National Laboratory (LLNL) as a Postdoctoral Researcher specializing in Computer Vision for High Energy Laser Alignment Systems. In this role, you will engage in innovative research and contribute to advancements in laser alignment technologies.

Join our dynamic team at Inertia as a Laser Electro-Optical Engineer / Scientist, where you will engage in cutting-edge research and development activities in laser technology. You will work collaboratively on innovative projects that push the boundaries of optical engineering, contributing to the advancement of various applications across multiple industries.

Join the team at Lawrence Livermore National Laboratory as an Energy Resilience Data Scientist, where your expertise in data analysis will drive innovative solutions for energy resilience challenges. This role involves working with complex datasets to evaluate energy systems, develop predictive models, and contribute to projects that enhance the sustainability and resilience of energy infrastructure.

Louis Dreyfus Company is hiring a Senior Research Scientist in Livermore to focus on plant proteins. This position involves advanced research and development, aiming to discover new applications and improvements in plant-based protein ingredients. Key Responsibilities Lead research projects that deepen the understanding and expand the use of plant proteins. Collaborate with teams across different departments to foster innovation and enhance existing product lines. Contribute to aligning products with current market demands and the company’s sustainability goals. Role Focus This role emphasizes scientific leadership and cross-functional teamwork to advance plant protein research. The work supports both commercial objectives and environmental commitments.

Join our team at Lawrence Livermore National Laboratory as a Research Scientist specializing in Antibody Engineering and Directed Evolution. In this role, you will contribute to cutting-edge research aimed at advancing therapeutic and diagnostic technologies. Engage with a dynamic team of scientists and engineers to innovate and develop antibody-based solutions for complex challenges in health and biotechnology.

Join our innovative team at Lawrence Livermore National Laboratory as a Technical Staff member specializing in Continuous Column Chromatography. This role offers an exciting opportunity to contribute to groundbreaking scientific research and technology development.

Overview:Join our dynamic team at Inertia as an Optical Engineer, where you will play a pivotal role in enhancing the design and testing capabilities of high-power laser systems within our cutting-edge fusion energy program. You will be instrumental in developing the world’s most advanced average power pulsed lasers, which serve as the foundational element of our innovative power plant. Collaborating with industry leaders, government entities, and academic institutions, we aim to build a state-of-the-art demonstrator beamline capable of delivering 10 kJ at 10 Hz with an impressive 10% wall-plug efficiency utilizing diode-pumped solid-state laser technology (DPSSL).In this role, you will initially focus on designing optical test facilities and subsequently engage in the collaborative design of integrated beamline systems.

Overview:Join Inertia as we seek talented Optical - Mechanical Engineers dedicated to enhancing the design and testing capabilities of high-power laser systems for our pioneering fusion energy program. Our goal is to develop the world's highest average power pulsed lasers, which will serve as the 'unit cell' of our future power plant. Collaborating with industry leaders, government entities, and academic institutions, we aim to construct a demonstrator beamline that achieves 10 kJ at 10 Hz with a 10% wall-plug efficiency, utilizing cutting-edge diode-pumped solid-state laser technology (DPSSL).Initially, you will be responsible for creating test stands for various system components, including optical and thermal evaluations of the amplifier, testing pulsed semiconductor laser diode arrays, assessing high damage threshold optics, and developing manufacturing methods for a diverse array of optical components.Primary Responsibilities:Your role will encompass some or all of the following:Design innovative, highly stable opto-mechanical systems for advanced high-power, high-energy laser systems.Conduct comprehensive opto-mechanical analyses to enhance pointing stability, mitigate thermal drift, and address mounting stresses.Implement heat flow, stress, and birefringence analyses using finite element analysis (FEA) and computational fluid dynamics (CFD) tools such as COMSOL and Abaqus.Generate detailed drawings with SolidWorks to facilitate the development and procurement of optical and mechanical components.Devise test plans for thorough evaluation of your designs.Collaborate with optical and systems engineering teams to deliver cohesive, integrated designs.Qualifications:Bachelor's or Master's degree in Mechanical Engineering, Optical Engineering, or a related discipline.Proven design experience with precision opto-mechanical products.Expertise in CAD and design-for-manufacturing methodologies.Practical experimental and prototyping skills.Salary & Benefits:The salary range for this position is $120,000 - $225,000. Actual compensation will be determined based on skills, experience, and education.We offer competitive compensation along with an exceptional benefits package, which includes medical, dental, and vision plans, company-paid holidays, a matching 401(k) plan, and more!

Overview:Join our innovative team at Inertia as we seek a passionate Engineer dedicated to the design and development of advanced high-pressure systems for filling inertial fusion energy (IFE) targets with deuterium tritium gas (DT). This role encompasses the entire process, from prototype creation to the mass production of systems aimed at achieving target throughput rates of a few Hertz. Expect to work with fill pressures ranging from 200 to 300 atmospheres and develop mechanisms that operate effectively within these extreme environments. Your contributions will be pivotal in fueling the future of fusion power plants.Primary Responsibilities:Design and implement high-pressure systems for the efficient filling of IFE targets with DT gas.Establish, document, and enforce safety protocols and standard operating procedures for the high-pressure filling system.Create and conduct tests to assess the performance of the filling system, followed by detailed analysis of the results.Support other pressure-related projects within the power plant, including the power conversion cycle.

Join the innovative team at Lawrence Livermore National Laboratory as a Computational Protein Design Scientist. In this exciting role, you will leverage cutting-edge computational techniques to design and optimize proteins for various applications, including therapeutics and industrial processes. You will collaborate with a multidisciplinary team of scientists and engineers to push the boundaries of protein engineering and contribute to groundbreaking research that impacts global health and sustainability.

We are excited to announce a position for a Senior Systems Engineer focused on promoting the integration of Model-Based Systems Engineering (MBSE), as well as digital requirements management and other digital engineering methodologies within the Weapon Technologies and Engineering (WTE) Program of the Deterrence Capabilities Group. In this role, you will act as a vital cross-functional product expert and a trusted advisor, guiding engineering teams in leveraging digital engineering tools and processes to their fullest potential, including discrete requirements management and MBSE.Your collaboration with multidisciplinary teams will be essential in advancing MBSE and related digital engineering practices. You will contribute to shaping business processes, provide training, and serve as a key link between solution providers and end users, ensuring effective adoption and integration of tools. You will also play a crucial role in advocating for digital engineering practices and fostering communities of practice. This position is embedded within the Deterrence Capabilities Group (DCG) of the Defense Technologies Engineering Division (DTED), directly supporting the WTE Program.This role may offer a hybrid work schedule, providing the opportunity to work from home one day per week after the initial probationary period. The specifics of the hybrid schedule will depend on team and organizational needs.Depending on your qualifications and experience, this position may be filled at different levels, with additional responsibilities outlined below for higher-level placements.Your Responsibilities:Act as a primary liaison between weapon systems engineers and digital solution providers, facilitating the adoption of NSE-wide digital engineering solutions to create a cohesive digital thread.Support Strategic Deterrence (SD) in the development of MBSE infrastructure and capabilities, which includes defining policies, enhancing processes, and delivering training in advanced digital engineering methodologies.Mentor and educate staff in requirements management, MBSE tools, techniques, and best practices, in collaboration with DCG, System Engineering and Integration (SE&I), WTE, and SD Applications Program personnel.Contribute to the development of technical requirements for components and subsystems, including performance requirements, interface management, and traceability to verification activities.Collaborate with external agencies and partners on joint digital engineering initiatives and integration projects.Promote the discipline of systems engineering and modern digital engineering tools and practices to advance the objectives of the WTE and SD programs.Ensure timely and effective communication regarding program risks and requirements to leadership.

Overview:We are looking for forward-thinking Controls Engineers to enhance our high-power laser system design and testing capabilities within Inertia's groundbreaking fusion energy program. Join a dynamic team focused on developing the world's most advanced average power pulsed lasers, which will serve as the foundational 'unit cell' of our future power plant. Collaborating with industry leaders, government entities, and academic institutions, we aim to construct a demonstrator beamline capable of delivering 10 kJ at 10 Hz with a remarkable 10% wall-plug efficiency, utilizing cutting-edge diode-pumped solid state laser technology (DPSSL).The role will involve the design of high-power test facilities, co-designing integrated beamline systems, and coupling these systems to high-velocity targets.