Senior Electrical Engineer – EV Power Systems & Energy Integration

About Coulomb Solutions Inc.:Join us at Coulomb Solutions Inc. (CSI) as we strive to revolutionize the automotive landscape by facilitating the rapid adoption of electric vehicles powered by clean, sustainable energy sources. As a premier provider of lithium-iron-phosphate battery systems and electric vehicle components, we are leading the charge in pioneeri…

Gillig LLC designs and assembles heavy-duty transit buses in Livermore, CA. The company is a long-standing leader in eco-friendly mobility, advancing battery electric, hybrid electric, near-zero CNG, and clean diesel solutions. Gillig’s buses support environmental and social progress across the United States. Why Join Gillig? Work on clean technology transit vehicles, including zero-emission options. Be part of a stable, growing company with a 132-year history in the Bay Area. Collaborate in a family-oriented, inclusive culture that encourages innovation. Flexible schedules, adjusted as needed for project requirements. Competitive pay, company-paid medical premiums, a strong retirement plan, and comprehensive benefits. Engineering at Gillig The engineering team develops, customizes, and configures clean technology buses. Engineers here handle everything from design and analysis to testing, launch, and troubleshooting. The group’s work connects communities, eases congestion, and supports sustainability goals. The Electrical Engineering department focuses on designing and optimizing electrical systems and components. Areas include low and high voltage power distribution, CANbus network topology, infotainment, CAD, AVL, and surveillance system integration. The team ensures safety, durability, and performance while meeting regulatory standards and solving production issues. About the Senior Electrical Engineer Role This position takes a hands-on role in transit bus design, especially around power distribution. Key responsibilities include: Analyzing requirements for electrical systems in heavy-duty buses Developing both conceptual and detailed designs Resolving technical problems as they arise Designing vehicle attributes and building bills of materials (BOM) Researching customer applications and adapting designs accordingly Supporting configuration and industrialization of electrical systems for manufacturing The Senior Electrical Engineer works closely with cross-functional teams to deliver reliable, cost-effective solutions tailored to transit bus needs.

We are seeking multiple talented Power Grid Dynamics Engineers to engage in innovative research focused on power system modeling and simulation, analysis, planning, operational resilience, and lab testing of devices and integrated systems. In this role, you will contribute to LLNL’s Cyber and Infrastructure Resilience (CIR) program, which is dedicated to enhancing electric grid infrastructure. You will collaborate on research projects funded by the Department of Energy, the State of California, and various private sector partners. These positions are situated within the Computational Engineering Division (CED) of the Engineering Directorate.Depending on your specific role, you may have the opportunity to work in a hybrid schedule that combines in-person and virtual work arrangements, allowing for flexibility to work from home on certain days.Positions will be filled based on your expertise and relevant experience, with specific responsibilities assigned according to the level for which you are hired.Your Responsibilities:Conduct research in power grid dynamics modeling, transient stability, and electromagnetic transient (EMT) simulation.Present both formal and informal updates on research progress during group meetings.Develop independent research initiatives that complement team efforts and engage with a diverse range of scientists both within and outside the Laboratory.Assist in crafting grant proposals and work collaboratively in a multidisciplinary team environment to achieve research objectives.Fulfill additional duties as assigned.Additional Responsibilities at SES.2 Level:Support complex research projects with competing priorities and implement advanced research concepts in a multidisciplinary team environment where commitment to deadlines is critical for project success.Publish research findings in external peer-reviewed scientific journals and participate in conferences and workshops.Engage directly with sponsors and partners and contribute to the growth of new program initiatives.

About GILLIG LLC GILLIG LLC is a leading manufacturer of transit buses based in Livermore, CA. For over 132 years, the company has supported communities across the United States by building reliable, durable, and environmentally responsible vehicles. Every bus is designed and assembled in-house, supporting GILLIG’s commitment to quality and innovation in zero-emission and clean technology transit solutions. Why Join GILLIG? Work with an industry leader in sustainable mobility, including battery electric, hybrid electric, near-zero CNG, and clean diesel buses. Inclusive, family-oriented team culture. Long-standing, stable company with deep roots in the Bay Area. Flexible work schedules tailored to project needs. Competitive pay, company-paid medical premiums, a strong retirement plan, and a comprehensive benefits package. Engineering at GILLIG The Engineering team drives the development, customization, and configuration of clean technology heavy-duty transit buses. Engineers here contribute to every stage: design, analysis, testing, launch, and troubleshooting. The team’s work helps connect communities, ease congestion, and support environmental goals. The Electrical Engineering group designs and optimizes electrical systems and components, including low and high voltage power distribution, CANbus network topology, infotainment, and surveillance system integration. This team ensures safety, durability, and performance, collaborating with other departments to meet regulatory standards, solve production challenges, and deliver efficient, cost-effective solutions for heavy-duty buses. Role Overview: Senior Electrical Engineer – Intelligent Transportation Systems & Surveillance The Senior Electrical Engineer will take on hands-on design work for GILLIG’s transit buses. This position focuses on the full cycle of electrical system development for heavy-duty vehicles, from requirements analysis and concept design to detailed engineering and problem-solving. Responsibilities include vehicle attribute design, bill of materials (BOM) development, customer application research, and supporting the configuration and industrialization of electrical systems used in transit bus manufacturing.

Join the pioneering team at Lawrence Livermore National Laboratory as a Pulsed Power Engineer, specializing in laser and experimental systems. In this exciting role, you will contribute to cutting-edge research and development projects that advance our understanding and application of pulsed power technology. You will collaborate with a diverse team of scientists and engineers to design, test, and optimize experimental setups that push the boundaries of innovation.

Join the innovative team at Lawrence Livermore National Laboratory (LLNL) as a Power Electronics Engineer specializing in Laser and Experimental Systems. In this exciting role, you will contribute to the design, development, and testing of cutting-edge power electronics technologies that support advanced laser systems and experimental research.

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.

Join our dynamic team as a Facility Electrical Design Engineer, System Manager at the National Ignition Facility & Photon Science (NIF&PS) Directorate, which hosts the world's most powerful laser. This is an exhilarating opportunity to contribute to groundbreaking advancements in fusion energy following the historic achievement of fusion ignition in December 2022, marking a pivotal shift in scientific exploration and energy solutions.In this role, you will collaborate closely with project managers, engineers, designers, and technicians on critical facility projects and the essential maintenance and operations of systems that support NIF. Your contributions will play a vital role in designing and developing system upgrades to enhance performance and reliability. Responsibilities will span the entire asset lifecycle, including requirements development, design, vendor sourcing, fabrication, installation, commissioning, operations support, maintenance, refurbishment, and decommissioning. This position is situated within the Laser Science Engineering Organization (LSEO) of our Engineering Directorate.Depending on your expertise and experience, this position may be filled at various levels, with additional responsibilities assigned for higher-level candidates.Your responsibilities will include:Operating with minimal direction while employing independent judgment to propose improvements within established frameworks, thus contributing to project and organizational goals.Collaborating as a member of a multi-disciplinary team, providing innovative solutions for lighting and power distribution in offices, research, and industrial environments.Serving as the primary contact for asset management of assigned systems, overseeing preventive, predictive, corrective, and reactive maintenance along with upgrades and expansion projects.Integrating multidisciplinary designs using CAD tools, conducting design reviews, and managing part fabrication, assembly, and testing while engaging with various stakeholders.Executing calculations and preparing documentation, including engineering safety notes, specifications, drawing packages, work orders, permits, and maintenance procedures for projects of varying complexity.Conducting comprehensive Failure Modes and Effects Analysis (FMEA) to identify potential failure modes, assess risk, recommend mitigations, and document findings to enhance system reliability and safety.

We are excited to announce an opportunity for a seasoned Lead Power Grid Dynamics Engineer. In this pivotal role, you will spearhead research initiatives focused on the analysis of electrical power grid infrastructure, emphasizing grid resilience. You will collaborate closely with the Cyber and Infrastructure Resilience (CIR) program within the Global Security (GS) Principal Associate Directorate, and engage in business development activities that support our growing research portfolio in electric grid infrastructure for the Department of Energy (DOE)'s Grid Modernization Initiative and the Department of Defense (DoD). This role is located within the Computational Engineering Division (CED) of the Engineering Directorate.Depending on the assignment, this position may offer a flexible hybrid schedule, allowing for a blend of in-person and virtual work, with potential opportunities to work from home on designated days.This position will be filled at either level based on your expertise and relevant experience, as assessed by our hiring team. Additional responsibilities will be assigned if selected at the higher level.You will be responsible for:Leading research in power grid dynamics modeling, transient stability, and electromagnetic transient (EMT) simulation.Managing and supporting intricate research projects with competing priorities while implementing advanced concepts in a multidisciplinary team setting.Collaborating with fellow LLNL scientists and engineers to translate research findings into practical applications within LLNL Global Security programs.Working closely with other CIR program area leads to develop the CIR program research roadmap.Establishing internal and external partnerships and contributing to securing funding to achieve program objectives.Co-authoring peer-reviewed scientific papers and reports, along with delivering presentations to diverse audiences.Performing other duties as assigned.At the SES.4 level, you will also:Effectively manage multiple projects/tasks and priorities for customers and partners to ensure timely completion.Lead complex projects, capitalizing on the skills of team members and mentoring junior staff while supporting recruitment efforts.Serve as a primary technical liaison with sponsors and partners, contributing to the development of new program business.

We are seeking a highly skilled Lead Power Grid Engineer to spearhead advanced research on electrical power grid infrastructure analysis, emphasizing grid resilience. In this role, you will contribute to the Cyber and Infrastructure Resilience (CIR) program within the Global Security (GS) Principal Associate Directorate. Your responsibilities will include collaborating with various stakeholders, including the Department of Energy (DOE) headquarters, national laboratories, utilities, and vendors, to support CIR’s expanding research portfolio focused on electric grid infrastructure aligned with the DOE's Grid Modernization Initiative and the Department of Defense (DoD).This position may offer a hybrid work schedule, allowing for a blend of in-person and remote work, providing flexibility to work from home one or more days a week.Depending on your qualifications and experience, this position may be filled at either level, with additional responsibilities assigned if hired at the higher level.Your responsibilities will include:Leading and supporting intricate research projects with competing priorities, implementing advanced research concepts within a multidisciplinary team environment where commitment to deadlines is crucial for project success.Collaborating with fellow LLNL scientists and engineers to translate research findings into practical applications within LLNL's Global Security programs.Partnering with other CIR program leads to formulate the CIR program research roadmap.Establishing and nurturing internal and external collaborations, contributing to securing funding to achieve program goals and objectives.Co-authoring peer-reviewed scientific papers and reports, and delivering presentations to both internal and external audiences.Performing other duties as assigned.Additional responsibilities at the SES.4 level:Managing multiple projects/tasks and prioritizing customer and partner needs to ensure timely completion.Leading various complex projects, effectively leveraging team member skills, while mentoring junior staff and assisting in recruitment efforts.Serving as the primary technical contact for sponsors and partners, actively participating in the development of new business initiatives.

We have several exciting opportunities for a Power Grid Engineer to engage in pioneering research across various aspects of power system modeling and simulation. Your work will encompass analysis, planning, operation, resilience, lab testing of devices and integrated systems, and field pilots. You will play a crucial role in supporting LLNL’s Cyber and Infrastructure Resilience (CIR) program, which focuses on the ever-evolving landscape of electric grid infrastructure.As part of a collaborative team, you will participate in research projects funded by the Department of Energy, the State of California, and private sectors. This position is situated within the Computational Engineering Division (CED) of our Engineering Directorate.The role can be filled at either entry-level or higher based on your qualifications and experience, with responsibilities assigned accordingly.Your Responsibilities:Conduct in-depth research on power grid modeling and simulation, including analysis, planning, operation, monitoring and control, data analytics, power quality, signal processing, resilience, microgrids, hardware-in-the-loop lab testing, and field pilots.Present formal and informal updates on research progress during group meetings.Explore independent research interests that complement existing projects and interact with a diverse range of scientists both within and outside the Laboratory.Contribute to grant proposals and collaborate within a multidisciplinary team to achieve research objectives.Carry out additional duties as assigned.Additional Responsibilities for SES.2 Level:Support complex research projects with competing priorities, implementing advanced research concepts in a collaborative environment where commitment and adherence to deadlines are vital for success.Publish research findings in external peer-reviewed journals and actively participate in conferences and workshops.Engage directly with sponsors and partners while contributing to the development of new program initiatives.

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.

Lawrence Livermore National Laboratory (LLNL) seeks a Senior Systems Project Engineer to design, implement, and manage complex systems projects. This position supports initiatives that advance national security and scientific research. Role overview The Senior Systems Project Engineer works closely with multidisciplinary teams, contributing technical expertise and project leadership. The focus is on delivering solutions that meet demanding requirements and support LLNL’s mission. Key responsibilities Design and oversee implementation of advanced systems projects Manage project timelines, resources, and deliverables Collaborate with scientists, engineers, and other professionals to achieve project goals Impact This role directly supports LLNL’s commitment to innovation in national security and scientific progress by ensuring the success of critical systems projects.

Overview:Inertia is on the lookout for a talented Cryogenics Engineer to spearhead the design and advancement of systems dedicated to layering deuterium-tritium (DT) fuel in inertial fusion energy (IFE) targets. This role encompasses the complete spectrum from prototyping to mass production systems, achieving target throughput rates of a few Hertz. The engineer will be responsible for transitioning targets from room temperature to cryogenic conditions for efficient fuel condensing and layering, ultimately passing them to a target injector (launcher) for acceleration into the power plant chamber. The development will also encompass the cryogenics systems necessary for housing the injector, making these elements vital for fueling the Inertia fusion power plant.Primary Responsibilities:Lead the design and development of cryogenics systems for effective fuel layering in IFE targets.Create and refine cryogenic systems for target injector housing, contributing to injector design efforts.Develop and implement tests to assess the performance of cryogenic systems and analyze resultant data.Support additional cryogenic projects related to power plants, including tritium recovery, purification systems, and chamber gas recirculation.Qualifications:Required:Ph.D. or Master’s degree (or equivalent experience) in Engineering, Applied Physics, Physics, or a related field.Proven experience in designing and developing sophisticated cryogenics systems.Demonstrated capability in modeling static heat loads and transient cooldowns in cryogenic environments.Exceptional analytical skills with a focus on data measurement and analysis.Preferred:Experience with cryogenic mechanical and fluid handling systems.Background in designing systems for handling deuterium-tritium (DT).Familiarity with fusion cryogenic systems.Experience with various closed-loop cryogenic plant equipment.Proficiency in FEM or FDM codes.Salary & Benefits:The base salary range for this role is $125,000 - $200,000; actual compensation may vary based on skills, experience, and education.

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.

We are excited to announce an opening for a Superblock Electrical Engineer who will play a pivotal role in the enhancement of next-generation weapon technologies, directly supporting the nation’s strategic deterrent efforts. In this role, you will be instrumental in advancing essential technologies that guide the design, installation, and integration of equipment and systems within nuclear facilities, prioritizing safe, robust, and compliant operations.As a member of our Superblock Capabilities team, you will engage in groundbreaking projects that bridge facility engineering with the requirements of the nuclear weapons program. Your expertise will focus on electrical designs for equipment installation, power distribution, and control and monitoring systems, encompassing the creation of design packages, calculations, and documentation that facilitate construction, startup, and ongoing operations.Our projects encompass the entire lifecycle, from developing requirements and conceptual layouts to detailed design, installation, commissioning, and maintenance. This presents a unique opportunity for you to witness your engineering solutions put into practice in complex, real-world settings. This position is situated within the Defense Technologies Engineering Division (DTED) of the Engineering Directorate.Due to the nature of the work, this position requires full-time on-site presence.This position may be filled at either level depending on the knowledge and relevant experience evaluated by the hiring team. Additional responsibilities will be assigned if hired at the higher level.Your Key Responsibilities Include:Creating electrical designs and packages for integrating programmatic equipment and systems within nuclear facilities, focusing on power distribution, control, and monitoring interfaces.Collaborating with programmatic and facility stakeholders to extract engineering requirements, identify equipment power needs, and convert them into conceptual and detailed electrical designs.Conducting essential engineering analyses and calculations, including load studies, voltage drop assessments, protective device coordination, and any further evaluations necessary to ensure safe and reliable integration with existing utilities.Working with the Building Authority Having Jurisdiction (AHJ) and facility engineering staff to guarantee that designs comply with laboratory requirements, the National Electrical Code (NEC), and other relevant standards and institutional guidelines.Supporting and participating in the detailed design process, which includes developing drawings, specifications, and bills of materials, while coordinating with fabrication and installation teams.Reviewing and assessing vendor and fabrication submissions to confirm technical compliance and ensure that procured equipment can be integrated into existing facility infrastructure and power sources.Engaging in field walkdowns, construction, installation, and startup activities.

Join our team as a Senior System Engineer to play a pivotal role in advancing the Warhead Modernization Programs. In this position, you will engage in high-level technical Systems Engineering activities alongside a dedicated team of professionals. Your responsibilities will encompass project integration and management of requirements, design mapping, function analysis, risk assessments, and verification processes aligned with project objectives.As an integral member of the design team, you will collaborate closely with design and test engineers to cultivate a thorough understanding of subsystem behavior, which is crucial for the development and maturation of system requirements. You will participate actively in system-level design architecture, analysis, and test planning, ensuring that all system-level requirements, interfaces, and verification strategies are robust and aligned with implementation.Positions are located within the Defense Technologies Engineering Division (DTED) of the Engineering Directorate, supporting the Weapon Technologies and Engineering (WTE) Program under the Strategic Deterrence (SD) Directorate.This role may offer a hybrid work schedule, allowing for a blend of in-person and virtual work, providing flexibility to work from home a few days each week.

Lawrence Livermore National Laboratory (LLNL) is seeking an innovative Electrical Designer/Engineer to create construction documents for the development, renovation, and upgrades of facilities and infrastructure. This position is part of the Design & Engineering Division within the Project Management Office (PMO).Your role will involve planning, designing, and constructing electrical systems across diverse facilities, ensuring they are reliable, compliant, and efficient. Based on your experience and qualifications, you will be classified as either a TSS.2 Electrical Designer or TSS.3 Electrical Engineer, with opportunities for increased independence, leadership, and technical responsibilities.Your Responsibilities Include:Designing electrical systems for construction projects, which encompass power distribution, lighting, grounding, and related systems.Applying the National Electrical Code (NEC), California Building and Electrical Codes, and institutional standards to develop effective design solutions for LLNL’s electrical infrastructure.Creating detailed technical drawings, specifications, and calculations such as load flow, branch, short circuit, and arc flash analyses.Defining functional electrical requirements for new or modified specialized equipment and support systems.Providing engineering support during construction by reviewing submittals and shop drawings, answering contractor inquiries, resolving field issues, and conducting inspections.Utilizing AutoCAD and Revit to prepare electrical construction packages.Performing additional duties as assigned.Additional Responsibilities for TSS.3 Level:Leading moderate to complex electrical design projects, overseeing technical criteria, schedules, and deliverables.Exercising independent judgment in applying NEC and LLNL design standards to major infrastructure upgrades and modifications.Facilitating the procurement of LLNL-furnished electrical equipment by developing specifications and coordinating with vendors and project stakeholders.Reviewing designs prepared by external engineers to ensure compliance, constructability, and adherence to LLNL standards.

We are excited to announce an opportunity for an Electronics Technologist/Senior Electronics Technologist to join our Pulsed Power Research and Development (R&D) team. In this pivotal role, you will contribute to experimental campaigns by assisting in the development of diagnostic sensors and the operation of high-voltage, high-current, and explosively driven R&D systems. Your responsibilities will include console operations for experimental subsystems and diagnostics, encompassing data acquisition and essential support functions. You will engage in problem-solving for complex technical challenges through regular collaboration with colleagues and engineers at Site 200 as well as off-site locations. This position is situated within the National Security Engineering Division (NSED) of the Engineering Directorate.Note: Full-time on-site presence is required due to the hands-on nature of the work.This role can be filled at either level depending on the candidate’s knowledge and relevant experience as evaluated by the hiring team. Additional responsibilities, as outlined below, will be assigned if hired at the senior level.Your Responsibilities Include:Offering general electronic technical support to engineering, scientific, and technical staff in planning and executing experiments utilizing specialized explosive, electronic, and pulsed power systems both at LLNL and off-site.Identifying and acquiring moderately complex data and results to report findings, troubleshooting problems, and performing analysis using advanced methodologies.Designing, diagnosing, troubleshooting, testing, evaluating, upgrading, and maintaining moderately complex electronic and pulsed power systems.Contributing to the preliminary design concepts and engineering decision-making processes.Interpreting and working from sketches, drawings, schematics, and verbal or written instructions to troubleshoot and resolve issues at the system, subsystem, or component level.Employing advanced data collection methods.Performing work under general supervision in the production and assembly of electronic devices and systems.Upholding a high standard of safety while adhering to established safety procedures.Executing additional duties as assigned.Additional Responsibilities for the Senior Level (531.3):Providing advanced technical support for experimental work and analyzing complex preliminary data with minimal supervision.Maintaining, testing, calibrating, and repairing sophisticated electronic circuits, instrumentation, control, and diagnostic systems.Independently deploying, fabricating, troubleshooting, assembling, and disassembling complex electronic and/or electro-optic systems.Assisting in the development and documentation of test parameters, procedures, and safety documentation, offering technical insights to enhance the reliability of test setups.