Saronic

You'll lead **composite manufacturing** for Autonomous Surface Vessels, overseeing fabrication processes and ensuring quality standards. Your core impact is optimizing production workflows while collaborating with engineering to integrate composite materials. This role offers hands-on leadership in a **defense startup** environment.

You'll own **hardware design** through the entire product lifecycle, from concept to production. You'll apply **first principles** to solve complex mechanical challenges for autonomous maritime platforms. This role offers the chance to **mentor teams** and drive innovation in defense technology.

You'll **lead and scale EHS programs** for a **high-growth maritime autonomy company**, overseeing manufacturing and vessel operations in Central Texas. You'll build a team and embed **safety into rapid production scale-up**.

You'll develop and optimize manufacturing processes for wire harness assemblies used in autonomous marine vehicles. Your work will directly impact production efficiency, product quality, and cost control. This role offers the chance to work on cutting-edge **autonomous maritime technology** in a **fast-paced manufacturing environment**.

You'll lead **electrical and software integration** for cutting-edge autonomous vessels, ensuring reliability and performance. You'll define **test plans and failure analyses** for subsystems and full systems. This role offers the chance to work on **advanced maritime autonomy technology**.

You'll design and maintain **Workday Financials** and integration solutions for a **rapidly growing defense-tech company**. You'll ensure compliance and scalability across enterprise systems. This role offers impact in a **structured, high-growth environment**.

You'll oversee **2nd shift production operations** for autonomous surface vessels, supervising a team of technicians to meet quality and delivery goals. You'll drive **continuous improvement** on the production floor and collaborate with engineering teams. **You'll lead a team building cutting-edge maritime technology**.

You'll lead **electrical test strategy development** for autonomous maritime platforms, architecting and executing comprehensive test plans across board, subsystem, and system levels. You'll design **automated test equipment and scripts** to validate complex electromechanical systems. This role offers the chance to **shape verification processes** for cutting-edge defense tech.

You'll join Saronic Technologies to enhance autonomy at sea by improving supplier performance. You'll drive **continuous improvement initiatives** and ensure **quality standards** are embedded throughout the supply chain. This role offers the chance to use **Six Sigma and Lean methodologies** to reduce defects and boost efficiency.

You'll coordinate mission operations for **autonomous maritime systems** at Saronic Technologies, a leader in revolutionizing autonomy at sea. You'll drive projects and programs to ensure delivery of objectives, collaborating with internal teams and DoD stakeholders. This role includes **planning missions**, **operating ASVs**, and **analyzing data** to enhance capabilities.

You'll own the design and development of hardware through the entire engineering lifecycle, from concept to full rate production for **autonomous maritime platforms**. You'll innovate using **sheet metal forming, machining, and welding** while mentoring production teams.

You'll drive operational efficiency and scalability across Saronic's Growth organization. You'll serve as the connective tissue between leadership, sales, marketing, and product teams. This role offers **exposure to strategic initiatives** and the chance to **solve ambiguous challenges** in a fast-paced startup.

You'll **lead a GSOC team** monitoring and responding to **physical security incidents** for an autonomous maritime systems company. You'll develop protocols, collaborate across teams, and train staff to **enhance crisis response and customer service**.

You'll design and develop engaging learning experiences for internal teams and external customers at Saronic Technologies, a leader in autonomous maritime solutions. Your core impact will be translating complex system capabilities into clear instructional content using **instructional design methodologies** and **eLearning tools**. This role stands out for its focus on **training needs analysis** and **continuous improvement** to enhance operational readiness.

You'll own the product configuration governance across engineering, manufacturing, and sustainment at a defense autonomy company. Your work ensures **version-controlled consistency** and **audit-ready traceability** of parts and assemblies across all platforms and programs.

You'll design and lead the internal controls function at a high-growth autonomy company. You'll establish governance over financial, operational, and compliance processes as the founding member of this team. This is a hands-on role with **high impact** and **cross-functional partnership**.

You'll be embedded within Saronic's engineering team to support **electrical system development** and **prototype harness assembly** for autonomous maritime platforms. Your core impact will be building and integrating wire harnesses into USVs and mUSVs while **rigorously documenting all work** for traceability and quality compliance.

You'll lead the build and integration effort for **maritime Autonomous Service Vessels** at Saronic Technologies. Your focus will be on designing efficient production methods, integrating automation, and ensuring seamless assembly at scale. This highly cross-functional role bridges design and production teams.

You'll own and maintain electrical CAD and PLM systems to support **EWIS design and production**. You'll enforce standards, manage libraries, and improve workflows for **scalable electrical design data**. This role acts as the key liaison between engineering and manufacturing teams.

You'll design and engineer enterprise-wide security systems including video surveillance, access control, and intrusion detection for a leader in autonomous maritime solutions. You'll also support **cloud-managed systems** and **identity integrations** like SSO and SCIM. This role offers the chance to **scope multi-site deployments** and collaborate with network engineers.

You'll optimize **material flow** and **manufacturing processes** for autonomous surface vessels at a cutting-edge defense tech company. Your core impact is reducing waste and improving throughput through **lean and Six Sigma methodologies**.

You'll join the Finance and Accounting team to ensure timely and accurate payments. You'll process invoices, reconcile accounts, and maintain vendor records. This role offers **hands-on experience with Netsuite** in a **fast-paced autonomous maritime tech environment**.

You'll **forge international partnerships** and **drive defense cooperation** to accelerate Saronic's growth with US allies. You'll **navigate policy and regulatory environments** to enable adoption of autonomous maritime systems.

You'll administer and optimize our enterprise SaaS ecosystem while building lightweight internal tools and workflow solutions in a high-growth, compliance-oriented environment. You'll partner cross-functionally to **drive scalable system operations** and **quickly master new platforms** as our technology landscape evolves. You'll also **own ServiceNow queue management** and ensure secure, well-governed system operations.

You'll design and develop high-quality web applications for autonomous maritime systems. You'll work on complex challenges at **the intersection of technology and defense**. You'll collaborate with cross-functional teams to **drive the functionality and performance of autonomous surface vessels**.

You'll support all **HR functions** including HRIS, onboarding, and employee relations at a defense tech startup. You'll ensure **compliance** and foster a **positive work environment** during rapid growth.

You'll coordinate the development of autonomous surface vessels for Department of Defense programs, keeping technical media schedules on track and ensuring tasks are properly resourced. You'll act as a central point of communication and plan content strategy for interdepartmental documentation. This role offers the chance to work on **cutting-edge maritime autonomy** at a **leader in the defense industry**.

You'll manage CAD workflows and data within Teamcenter across NX and SolidWorks, ensuring **accurate engineering data packages** for manufacturing. Your work directly supports **autonomous defense vessels** for the DoD, with opportunities to **customize PDM/PLM user experiences**.

You'll lead **instructor-led training** for autonomous maritime systems, delivering hands-on labs and simulations. You'll translate real-world mission operations into **scalable training programs** and serve as a trusted technical advisor to customers. This role combines field deployment, curriculum development, and **systems engineering** in a dynamic environment.

You'll lead full system validation for **autonomous surface vessels**, ensuring mechanical, electrical, and software systems meet quality and performance standards. You'll troubleshoot cross-disciplinary issues and drive **continuous process optimization**. This role offers the chance to work on **state-of-the-art maritime technology** in a dynamic environment.

You'll develop **heavy transport and rigging engineering plans** for ship blocks and modules in a maritime autonomy company. You'll ensure safe and efficient movement of large loads across the shipyard. This role integrates with production and infrastructure planning in a **fast-paced shipyard environment**.

You'll design and implement software components for autonomous surface vessels, working with experienced engineers on autonomy and sensor fusion. You'll tackle real-world challenges in robotics, from navigation algorithms to field deployments. This internship offers hands-on experience in **maritime autonomy** and **real-time systems**.

You'll own **electrical design standards** for autonomous maritime platforms and lead **capital project electrical systems** from concept through commissioning. This role combines hands-on design with owner's representative oversight of third-party engineering.

You'll design and develop tooling, jigs, and fixtures to support **efficient manufacturing operations** and **new product introductions**. You'll collaborate with cross-functional teams to ensure designs are manufacturable, and drive **continuous improvement** for cycle time and cost reduction.

You'll operate heavy equipment and handle materials in a shipyard setting, supporting the construction and repair of autonomous vessels for the Department of Defense. Your daily tasks will involve **loading and unloading materials** and **performing equipment inspections**. You'll collaborate with various trades to maintain efficient workflows in a fast-paced production environment.

You'll own the design, analysis, and production support of fluid, power, and thrust-generating systems for **autonomous surface vessels**. Your work will ensure system efficiency, safety, and reliability, with a focus on **below-deck systems** critical to vessel operation. This role offers the chance to contribute to **cutting-edge maritime autonomy**.

You'll coordinate **mission operations** for autonomous surface vessels, collaborating with DoD stakeholders. You'll drive project progress and ensure successful delivery of mission objectives. This role requires readiness for **up to 100% travel** and physical demands at sea.

You'll ensure top-quality standards for autonomous surface vessels across shipyard operations. You'll inspect fabrication, welding, and systems integration, driving process improvements and compliance with military and industry standards. **This role offers hands-on impact** in a **cutting-edge maritime autonomy company**.

You'll establish and lead safety, environmental, and compliance programs for autonomous maritime systems. You'll ensure full USCG and international regulatory adherence while fostering a proactive safety culture. This role directly advises leadership on risk and compliance exposure.

You'll lead **system-level mechanical integration** for autonomous maritime platforms, connecting mechanical, electrical, and optical subsystems. You'll own **cable routing and payload interfaces** to ensure reliable, manufacturable assemblies. This role lets you **drive cross-functional design reviews** in a fast-paced defense tech startup.

You'll stand a navigational watch and assist in commissioning tests of **autonomous surface vessels** for a leader in maritime autonomy. Your work ensures **safe navigation** during operational testing and builder trials. You'll also contribute to **mission execution** alongside the captain.

You'll design and deliver advanced training programs for **autonomous surface vessel operations** supporting DoD partners and internal teams. Your core impact ensures mission readiness through hands-on instruction and performance assessment. This role blends curriculum development, operational training, and real-world mission support.

You'll define and execute the enterprise-wide learning strategy at Saronic Technologies, a leader in autonomous maritime solutions. You'll ensure employees have the skills to drive business success and foster a culture of continuous growth. This role offers the chance to **build scalable L&D programs** and **lead a high-performing team** from the ground up.

You'll **integrate and deploy autonomous maritime systems** in real-world environments, working hands-on with software, networking, and autonomy. You'll **debug and optimize autonomy algorithms** using real-world data to ensure mission impact. This role blends software development, field deployment, and problem-solving for **autonomous service vessels**.

You'll stand a navigational watch on the **Marauder autonomous surface vessel**, ensuring safe navigation during operational testing. You'll contribute to mission execution and support **cutting-edge autonomous systems operations**. This role requires a USCG Mate license and a commitment to maritime safety.

You'll interpret blueprints and fabricate structural metal parts for autonomous maritime platforms. **You'll use SMAW, GMAW, and FCAW welding** to assemble components for ship production. **This role involves working aloft and in confined spaces** in a fast-paced shipyard environment.

You'll support Saronic's Growth organization by shaping go-to-market strategy and driving core business decisions. You'll collaborate with leadership, sales, programs, product, and other teams to ensure alignment. This role empowers the sales team with **key insights to win** and supports **leadership decision-making** through market sizing and competitive analysis.

You'll lead the **systems architecture** and **data intelligence** for Saronic's People Technology Ecosystem, ensuring seamless data flow across the employee lifecycle. You'll build scalable processes for a **high-growth startup** revolutionizing autonomous maritime platforms.

You'll support and deploy manufacturing systems like MES, ERP, and MRP to enhance production workflows. You'll analyze data to drive efficiency and support scaling efforts. You'll collaborate cross-functionally to ensure **system reliability** and **data traceability**.

You'll model and analyze forces on autonomous surface vessels for the DoD. Your core impact is ensuring vessel performance and safety through **dynamic simulation** and **hardware validation**. This role spans structural integrity and system performance.

You'll develop and execute sourcing strategies for **composite materials and components** in a **maritime defense environment**. Your work ensures supply continuity and scalability across production and new product development. You'll partner with Engineering and Manufacturing to build a resilient supply base.

You'll lead **instructor-led training** for internal and external personnel on **diesel engine systems** and maintenance procedures. You'll develop and refine curriculum, facilitate hands-on labs, and evaluate trainee performance. This role combines technical expertise with teaching in a maritime autonomy company.

You'll **own the architectural design and permitting process** for capital projects at an autonomous maritime defense company. You'll be a **key decision-maker** shaping building standards from the ground up at a fast-moving, mission-driven company. This role offers **full-cycle ownership** across industrial and port facilities.

You'll design, develop, and maintain mission-critical internal applications for **autonomous maritime operations** using Palantir Foundry and modern web technologies. You'll take features from concept to production, collaborating directly with program managers and executives to build tools that connect real-time production data into a unified digital thread. This high-ownership role supports **national security missions** with AI-assisted development workflows.

You'll supervise vessel testing and commissioning for autonomous maritime systems at Saronic. You'll lead sea trials and ensure vessels are defect-free. This role offers hands-on leadership in cutting-edge maritime technology.

You'll ensure the operational success of Saronic's autonomous systems in customer environments. You'll focus on **software readiness**, **system stability**, and **troubleshooting** as a bridge between deployed systems and engineering teams. This role emphasizes operational execution over feature development.

You'll oversee the engine room of a mid-sized autonomous surface vessel, ensuring all marine systems are operational and reliable. You'll lead maintenance and repairs while on call during operations, supporting mission execution. This role requires a **USCG Chief Engineer license** and a **commitment to safety** in a dynamic maritime environment.

You'll collaborate with engineers to create clear technical documentation for **autonomous surface vessels**, ensuring compliance with DoD standards. You'll translate complex concepts into accessible guides for end-users and **continuously improve documentation** based on feedback.

You'll assemble, integrate, and test autonomous surface vessels for Saronic Technologies. You'll work closely with engineering teams to ensure seamless integration of components and maritime systems for DoD standards. This role is on **2nd shift (2:30pm-10pm)** and involves **hands-on system testing**.

You'll design and build **full stack features** for autonomous surface vessels, working with real-time data streams. You'll ship **production-quality code** that directly impacts deployed systems. This internship offers **hands-on ownership** of user-facing apps and backend services.

You'll lead the operation of Saronic's mid-sized autonomous surface vessel, **Marauder**, ensuring safe navigation and mission execution. You'll collaborate with onshore teams to **plan and execute autonomous system testing** in dynamic maritime environments. This role is critical to **advancing cutting-edge autonomous maritime technology**.

You'll program and operate 3-axis and 5-axis CNC mills to produce **high-accuracy composite components** for autonomous maritime systems. You'll collaborate with engineers and technicians to ensure **fit and manufacturability of parts**. This role offers hands-on impact in a **fast-paced startup** environment.

You'll partner with business stakeholders and enterprise technology teams to ensure initiatives are well-defined and delivered. You'll elicit requirements, support Agile teams, and manage dependencies across Salesforce, MuleSoft, and Slack. **This role blends BA and light Scrum Master responsibilities** in a **fast-paced autonomous systems company**.

You'll install, calibrate, and maintain **industrial control systems** for autonomous maritime platforms. Your work directly ensures **reliability of critical SCADA and PLC systems**. You'll collaborate with engineers on system upgrades and **startup activities**.

You'll design user-centered solutions for **autonomous surface vessels** at a leader in maritime autonomy. You'll collaborate with engineering and DoD stakeholders to create intuitive, functional designs from concept to iteration. This role is ideal for a versatile designer passionate about high-tech, impactful projects.

You'll integrate, deploy, and improve **autonomous systems** in real-world maritime environments, blending software development with field problem-solving. You'll debug and optimize **autonomy algorithms** based on real-world data, working closely with end-users. This role is critical for making autonomous maritime operations reliable and mission-ready.

You'll design, test, and implement electrical systems for autonomous vessels at Saronic Technologies, collaborating with software, mechanical, and naval architects. Your core impact is **enhancing maritime operations** through **state-of-the-art electrical solutions**. This role stands out for tackling unique open-water challenges in a fast-paced startup.

You'll oversee daily operations of our machine shop, ensuring production meets quality and delivery targets. You'll lead a team of machinists and technicians, fostering a **safe and efficient work environment** while collaborating with engineering to **optimize manufacturing processes**. This role is key to advancing **autonomous maritime systems**.

You'll **develop command & control web applications** for autonomous maritime platforms. You'll balance **user experience with system performance** and collaborate with UX designers and clients. This role offers **ownership of UI/UX decisions** in a defense-tech environment.

You'll shape and evolve our brand identity, creating visual assets across digital and print touchpoints. Your core impact is ensuring **consistent brand standards** across the organization and **rapidly generating creative solutions** for a leader in autonomous maritime technology.

You'll integrate and develop perception components like radar, camera, LiDAR, and GPS into Saronic's unmanned surface vessels. You'll **solving real-world problems in complex, noisy domains** and **shape the future of naval autonomy**. This is a **hands-on, high-impact role** in a multi-disciplinary team.

You'll design and build enterprise integrations using **Anypoint Platform** and **Mule 4** to connect systems like ERP and CRM. Your core impact will be delivering **reliable, scalable APIs** that support critical manufacturing and finance operations. This role offers the chance to work on **autonomous maritime technology** solutions.

You'll lead **end-of-line testing and commissioning** of an **autonomous surface vessel**, ensuring safe navigation and efficient operations. You'll collaborate with **onshore teams** to refine autonomous systems and achieve mission objectives.

You'll lead **strategic capture** of DoD unmanned maritime programs for a **defense tech startup**. You'll shape and close **Programs of Record** with direct access to senior leadership.

You'll own mechanical design standards for a leading autonomy company, driving HVAC, plumbing, and process utility systems for capital projects. Your **expertise in industrial mechanical systems** will directly impact **state-of-the-art maritime platforms**.

You'll work with mechanical engineers and naval architects to turn conceptual designs into production-ready drawings. You'll own the creation and maintenance of **mechanical part and assembly drawings** for complex systems including hull structures and propulsion components. This role supports **DoD program requirements** and involves collaborating with external fabricators to ensure manufacturability.

You'll plan and execute **pier-side and underway autonomous vessel test events** for Saronic Technologies. You'll lead onboard trials, **translate autonomy requirements into safe test procedures**, and coordinate defect tracking and resolution with software teams. This role offers a chance to shape **maritime autonomy verification** from the ground up.

You'll manage inventory and material flow for a **defense tech company** building autonomous maritime systems. You'll ensure **accurate receipt, storage, and distribution** of components to support production. This role offers **hands-on work in a fast-paced startup** environment.

You'll lead the build and tooling engineering teams for **maritime autonomous service vessels**, coordinating efforts to accelerate product transition from development to full rate production. This role directly impacts **scaling innovative maritime technology**.

You'll program and optimize CNC machines for **high-precision parts** used in **autonomous maritime systems**. You'll collaborate with engineering to ensure components meet **military specifications**.

You'll manage the receipt, storage, and distribution of materials for **autonomous surface vessels** built for the **Department of Defense**. You'll work closely with procurement and production teams to ensure efficient material flow and maintain accurate inventory records. This role is **onsite in Franklin, Louisiana**.

You'll design and program **PLC, DCS, and SCADA systems** for autonomous maritime platforms. You'll optimize control strategies through modeling and simulation, ensuring **reliable and safe vessel operations**. This role offers the chance to work on cutting-edge **autonomous naval technology**.

You'll oversee the operation of engine room and all associated machinery for Saronic's mid-sized autonomous surface vessel, Marauder. You'll ensure **marine systems** including propulsion, auxiliary machinery, and fuel oil systems operate safely and efficiently. This role stands out for its involvement in **autonomous maritime technology** and the opportunity to establish engineering processes for a vessel prior to launch.

You'll support **EHS program development** across engineering labs, manufacturing spaces, and maritime testing operations. You'll collaborate with engineering, operations, and facilities teams to **maintain a safe workplace** and ensure **compliance with OSHA and environmental regulations**.

You'll lead **multi-discipline design teams** for industrial capital projects, managing budgets, schedules, and approvals. Your work directly impacts **the build-out of autonomous maritime systems** at a defense tech company. This role offers **hands-on project ownership** from concept to commissioning.

You'll lead the structural design, analysis, and integration of composite materials into autonomous maritime platforms for Saronic Technologies. You'll develop **lightweight, high-performance composite structures** optimized for **maritime environments** and **DoD requirements**.

You'll create detailed schematics and harness assembly drawings using **Zuken E3** and **NX CAD software** for autonomous maritime systems. Your work will directly support the manufacturing and integration of electrical harnesses on **advanced naval platforms**.

You'll manage service parts inventory and logistics for Saronic's Austin Mission Services location, supporting autonomous maritime operations. You'll own inventory planning, forecasting, inbound/outbound logistics, and warehouse operations. This role offers the chance to **build warehouse processes from the ground up** in a **cutting-edge autonomy company**.

You'll design and optimize **manufacturing processes** for **autonomous surface vessels** used by the DoD. You'll work cross-functionally to ensure efficient, high-quality production while applying lean manufacturing principles. This role offers a chance to make an impact in cutting-edge maritime autonomy.

You'll design and develop **perception systems** for autonomous surface vessels, enabling **real-time sensing and navigation** with no human involvement. Your work will directly impact **maritime autonomy** through advanced algorithms and large-scale data systems.

You'll perform **end-of-line testing** and **troubleshooting** of electrical systems for autonomous surface vessels. Your work ensures every vessel meets stringent DoD quality standards before shipment. This role offers the chance to impact cutting-edge maritime autonomy.

You'll oversee final assembly, testing, and delivery of autonomous surface vessels for a defense-focused company. Your leadership ensures vessels meet **rigorous quality standards** and **DoD compliance** before shipment. This onsite role offers **direct impact** on mission-critical maritime technology.

You'll design, manage, and scale cloud and server infrastructure for autonomous maritime platforms. You'll ensure reliable systems that support fleet operations while improving developer productivity. This role balances **hands-on infrastructure development**, **system automation**, and **developer support initiatives**.

You'll ensure composite hulls and structures from suppliers meet quality standards for **autonomous maritime systems** using **open-mold composite manufacturing processes**. You'll drive supplier performance through audits, inspections, and root cause analysis to resolve nonconformances.

You'll design and execute mechanical and structural tests for autonomous surface vessel components, working with cross-functional teams to **validate designs** and **improve reliability** for military operations.

You'll develop and maintain the dimensional control systems that ensure large ship structures align properly during fabrication, assembly, and erection. You'll establish **measurement standards** and **control processes** to enable repeatable modular construction. This role is key to minimizing rework and fit-up issues in shipbuilding.

You'll develop and execute a **comprehensive internal communications strategy** at Saronic, a leader in autonomous maritime solutions. Your work will **keep employees informed and aligned** with the company's vision and culture. This role offers the chance to **build a best-in-class capability** from the ground up in a high-growth tech environment.

You'll perform end-of-line mechanical testing and troubleshooting on **autonomous surface vessels** for a defense tech company. You'll ensure **critical mechanical systems** meet performance and safety standards before delivery to the DoD. The role offers **hands-on work with advanced maritime technology**.

You'll lead the design, analysis, and development of **autonomous surface vessels** for Saronic Technologies, a leader in maritime autonomy. You'll drive impact in **defense innovation** by integrating autonomous systems into vessel designs.

You'll **design and maintain web applications** using JavaScript, TypeScript, and React for Saronic's internal software platform. You'll **tackle complex challenges** at the intersection of technology and defense. This role offers **direct impact** on autonomous maritime operations.

You'll lead testing and strength allowable development of composite materials for **autonomous maritime platforms**. Your work will directly support **lightweight, high-performance structures** optimized for DoD mission-critical requirements. The role involves **defining test programs per CMH-17 standards**.

You'll design **engaging learning experiences** for autonomous maritime systems at Saronic Technologies. You'll collaborate with SMEs to create **interactive digital and live training content** that enhances user adoption. This role offers the chance to shape training in a **cutting-edge defense tech environment**.

You'll lead **environmental permitting and compliance** for Saronic's Port Alpha shipyard, managing due diligence, site assessments, and regulatory programs. You'll **transition a coastal site into a fully operational shipyard**, overseeing air quality, water quality, and hazardous waste compliance. This role offers **direct impact on maritime innovation** in a fast-paced startup environment.

You'll serve as a multidisciplinary field engineer responsible for mechanical and electrical integration of novel systems onto autonomous maritime vessels. You'll own dockside and sea trials, driving design feedback from field deployment into product development. This role offers the chance to **work on cutting-edge autonomous systems** in a **mission-critical defense environment**, directly supporting **maritime operations for the DoD**.

You'll develop and optimize 3D graphics systems for web applications using **ThreeJS** and **WebGL**, implementing advanced rendering techniques. Your work will directly impact **defense autonomy solutions** for the Department of Defense. You'll collaborate with designers to turn visual concepts into high-performance browser experiences.

You'll join **Saronic Technologies**, a leader in autonomous maritime solutions. You'll help develop **state-of-the-art autonomous platforms** to enhance naval operations. This role offers a chance to work on **cutting-edge defense technology** in a collaborative environment.

You'll organize complex system information into clear learning pathways for mission training. Your work will support instructional designers and help learners master autonomous maritime systems. You'll also develop taxonomies and metadata frameworks to ensure content is discoverable and version-controlled.

You'll monitor physical security incidents and respond to escalations for a leader in maritime autonomy. Your work ensures seamless **incident management** and customer service. This role offers **hands-on experience** with advanced security systems in a fast-paced environment.

You'll serve as a strategic HR advisor to assigned departments at Saronic Technologies, a leader in autonomous maritime solutions. Your core impact will be coaching leaders on workforce planning, team effectiveness, and organizational change in a **high-growth startup** environment. You'll help shape a mission-aligned culture while **driving retention and development strategies** that support Saronic's rapid scaling.

You'll lead engineering teams building and scaling enterprise platforms like NetSuite, Salesforce, and Workday. You'll own **delivery execution** and **technical quality** across integrations and data flows. This role balances **technical depth** with leadership to drive high-impact solutions.

You'll infuse high-performance composite parts for autonomous vessels at Saronic Technologies. You'll prepare molds, perform hand layups, and execute vacuum-assisted resin infusion processes. This hands-on role is **critical to manufacturing reliability** and **directly impacts product performance**.

You'll develop and optimize **composite manufacturing processes** for autonomous surface vessels at a maritime technology company. Your work will directly improve quality, reduce waste, and scale production for **next-generation maritime systems**. This role combines hands-on troubleshooting with process improvement in a **fast-paced marine environment**.

You'll collaborate with engineers to create clear maintenance documentation for autonomous surface vessels, ensuring adherence to DoD standards. Your work will directly support field operations and product scalability. This role offers **impact on cutting-edge maritime autonomy** and the chance to **build scalable documentation processes**. **Regulatory compliance** is a key focus.

You'll lead the **design and optimization** of NetSuite across finance, supply chain, and manufacturing at a leader in autonomous maritime solutions. You'll ensure **scalability and alignment** with global operations. This role offers the chance to **shape ERP strategy** for a cutting-edge defense technology company.

As an M&P Engineer at Saronic Technologies, you'll lead **testing and strength allowable development** of metallic materials for **autonomous maritime platforms**. You'll develop lightweight, high-performance structures optimized for **DoD mission-critical requirements** in marine environments.

You'll develop and optimize manufacturing processes for **autonomous surface vessels** at Saronic Technologies. You'll work with cross-functional teams to ensure **efficient, cost-effective production** for the DoD. This role offers the chance to impact **cutting-edge maritime autonomy** on a 2nd shift schedule.

You'll coordinate activities across the Port Alpha development team and external partners, tracking progress and maintaining visibility into **project priorities** and **milestones**. Your work will ensure key issues, decisions, and action items are tracked and executed, supporting **structured decision-making** as the program grows.

You'll support the shipyard's transition from low-rate to high-volume production, **integrating new automated manufacturing assets** and **developing maintenance plans** for equipment. This role is essential for **scaling manufacturing processes** in a fast-paced defense maritime environment.

You'll contribute to the **design, development, and integration** of key systems for **autonomous vessels** in a fast-moving startup environment. Your work will directly impact DoD technical deliverables and real-world maritime operations.

You'll design and develop software for **autonomous maritime systems** and **edge devices**, working on a small pathfinding team. You'll collaborate with robotics and hardware engineers to rapidly prototype and field-test new ideas, driving the future of maritime technology.

You'll deploy, validate, and improve autonomous surface vessels, working with autonomy, networking, and onboard hardware. Your core impact is ensuring systems meet rigorous standards through field testing, data analysis, and cross-functional coordination. You'll lead **structured field tests** and perform **real-time troubleshooting** to maximize vessel performance.

You'll lead **EWIS architecture and harness design** for autonomous maritime systems using Zuken E3 and NX. Your work will directly impact **production readiness and system reliability** at a fast-growing defense tech company. You'll also mentor junior engineers and drive **cross-functional integration** with manufacturing.

You'll own **PCB design lifecycle** for high-reliability systems, from concept through production. You'll collaborate cross-functionally with electrical, firmware, and mechanical teams to deliver **robust solutions for maritime autonomy**. This role offers the chance to work on **defense-grade technology** in a fast-paced environment.

You'll maintain, repair, and troubleshoot **diesel engines** on **autonomous surface vessels** to ensure optimal performance. You'll collaborate with engineers and operators to solve complex problems and implement effective solutions. You must be able to obtain an Australian Government Security Clearance (NV1).

You'll source, negotiate, and manage suppliers for **autonomous surface vessels** supporting **Department of Defense contracts**. Your work ensures timely material delivery while maintaining quality standards in a fast-paced defense tech environment.

You'll **maintain and build the Foundry platform** alongside Palantir specialists, collaborating with internal stakeholders on secure, reliable data models. Your core impact is **generating powerful analytical models** that enhance maritime operations. This role offers the chance to **revolutionize autonomy at sea** in a fast-moving, mission-driven environment.

You'll support the design and development of autonomous surface vessels, ensuring compliance with maritime standards. You'll drive impact in defense innovation by advising on regulations and performing internal audits. This role offers hands-on experience in **autonomous technologies** and **traditional ship design**.

You'll support the Forward Deployed Engineering team by owning **logistics, project schedules, and budgets**. You'll enable engineers to focus on high-impact technical work through **cross-functional coordination** and ensure every deployment is executed with precision. This role combines tactical execution with **program-level project management** in a fast-paced, mission-driven environment.

You'll **support daily materials operations** and **guide team members** to ensure accurate inventory movement. You'll **partner with the Materials Supervisor** to drive continuous improvement across workflows.

You'll support new vessel construction through detailed 2D and 3D modeling for autonomous surface vessels. You'll work directly with naval architects and engineers on design implementation, ensuring strict drawing standards and regulatory compliance. This role provides hands-on experience in **autonomous vessel design** for **defense innovation**.

You'll define and own enterprise integration architecture using MuleSoft for a leader in autonomous maritime solutions. Your work will enable scalability and **security compliance** across critical systems like Salesforce and NetSuite. This role stands out with **GovCloud experience** preferred.

You'll design and manage compensation programs for a high-growth defense tech company. Your work ensures competitive and fair pay across domestic and international markets. You'll also administer equity programs and provide strategic guidance to leadership.

You'll coordinate the receipt, storage, and distribution of materials for **autonomous surface vessel production** at Saronic Technologies. You'll maintain accurate inventory records and **support lean manufacturing** to optimize material flow. This role offers **comprehensive benefits** including free lunch and equity options.

You'll ensure materials and parts are delivered on time to support rapid prototype builds and production runs at a leader in autonomous maritime solutions. You'll work closely with engineering, procurement, and manufacturing to **track and resolve material delivery issues** across multiple programs while **adhering to defense compliance standards**.

You'll provide **on-site technical support** for autonomous surface vessels at DoD partner locations, troubleshooting complex hardware and software issues. You'll also **integrate systems** and **train customers** to ensure seamless operations.

You'll support **EHS programs** like hazardous waste management and respiratory protection for a **shipyard environment**. You'll conduct inspections, deliver training, and drive continuous improvement to ensure a safe workplace.

You'll own the **civil and environmental permitting process** for capital projects at a defense tech company, navigating coastal construction, wetlands, and floodplains. You'll shape **company-wide site design standards** and lead engagement with federal, state, and local agencies. Your judgment will directly influence the **safety and resilience** of facilities supporting autonomous maritime systems.

You'll **develop and deliver technical training** for autonomous surface vehicle systems, supporting **DoD and commercial customers** in field and operational environments. Your work ensures platform reliability and readiness during extended deployments.

You'll maintain and build **Palantir Foundry** data models alongside specialists. You'll collaborate with stakeholders to deliver **secure, accurate, reliable data integrations**. This role offers impact on **maritime defense technology** in a fast-paced environment.

You'll lead **full system validation** for autonomous surface vessels, ensuring seamless integration of mechanical, electrical, and software systems. You'll diagnose cross-disciplinary issues and drive **continuous process optimization** in a hands-on role supporting **DoD compliance**.

You'll develop and execute **automated test plans** for autonomous maritime systems, ensuring electrical designs are validated before release. You'll collaborate cross-functionally to improve **test automation** and support rapid hardware development cycles.

You'll lead the design, integration, and qualification of **imaging systems** aboard autonomous vessels, developing **ruggedized camera enclosures** and sensor integration strategies. You'll collaborate with hardware, perception, and autonomy teams to ensure robust **vision systems** in harsh maritime conditions.

You'll support vessel operations and logistics coordination for autonomous maritime systems at Saronic Technologies. Your work will **ensure operational readiness** through vessel tracking, scheduling, and **supporting sea trials**. This role offers a chance to **build a career in maritime operations** with hands-on field experience.

You'll support the development and optimization of manufacturing processes for **autonomous surface vessels** at Saronic Technologies. You'll work with engineers and production staff to implement **lean manufacturing techniques** and troubleshoot issues on the shop floor. This role offers a chance to directly impact **DoD production** in a fast-paced startup environment.

You'll coordinate and deliver projects and programs for **autonomous maritime systems** at Saronic Technologies. You'll collaborate with DoD customers to ensure mission requirements are met and guide ASV operations. This role combines **project management** with hands-on field operations.

You'll support the design and development of hardware and software systems for **autonomous service vessels** at a defense tech company. Your work will directly impact **national security and maritime innovation** through hands-on projects improving **manufacturing efficiency and scalability**.

You'll define, build, and scale the systems that underpin **supplier quality and supply chain operations** at a fast-paced defense tech company. You'll translate manufacturing and quality needs into **digital systems and workflows**, balancing near-term execution with long-term scalability. This role offers the chance to **architect systems from the ground up** without overengineering.

You'll work on **autonomous surface vessels**, gaining hands-on experience in software development and integration. Your contributions will directly impact **real-time decision-making and sensor fusion**. Supported by experienced engineers, you'll tackle complex challenges in defense tech.

You'll perform surface finishing operations on composite parts for **autonomous maritime vessels**, ensuring strict cosmetic and dimensional specifications. Your work directly impacts **structural integrity** and visual quality. This role offers **hands-on fabrication** with a focus on craftsmanship.

You'll lead a depot team coordinating maintenance and repairs for autonomous maritime systems. You'll ensure efficient scheduling, diagnostics, and troubleshooting at the Galveston Repair Center. This role offers the chance to work on cutting-edge **autonomous vessel** technology in a **fast-growing defense startup** environment.

You'll design **autonomous commercial vessels** from concept to production at a leader in maritime autonomy. You'll apply **traditional naval architecture** and advanced autonomous tech to ship design. This role offers hands-on experience in **cutting-edge maritime innovation**.

You'll perform **in-process and final inspections** of autonomous surface vessels at our shipyard in Franklin, Louisiana. You'll ensure **compliance with ISO 9001 and military standards** while collaborating with engineering and production. This role offers **the opportunity to work on cutting-edge maritime autonomy**.

You'll design, build, and test **structural systems and fluid systems** for autonomous surface vessels in a hands-on role supporting **DoD test campaigns**. You'll directly impact **maritime autonomy** through full-scale system validation in real-world environments.

You'll operate **manned support vessels** and assist in oversight of **autonomous systems** during field tests, contributing directly to the development of advanced maritime technologies. This role bridges traditional marine operations with next-generation autonomy.

You'll develop and execute sourcing strategies for indirect spend categories supporting manufacturing operations. You'll drive **cost savings**, **supplier performance**, and **risk mitigation** while partnering with stakeholders across the organization.

You'll shape the physical form and identity of next-generation maritime systems, from hulls to launch systems. Your core impact is transforming functional requirements into **refined, manufacturable forms** that reflect Saronic's design language. You'll collaborate closely with engineering and fabrication teams, using both an **artist's eye** and **builder's practical skills**.

You'll design, develop, and maintain web applications for autonomous surface vessels, collaborating with cross-functional teams to implement innovative solutions. You'll drive the functionality and performance of **mission-critical maritime systems** and work on **complex challenges at the intersection of technology and defense**. This role offers significant impact on the future of maritime operations.

You'll infuse high-performance composite parts for autonomous vessels using techniques like VARTM and LRTM. Your work directly impacts product reliability and performance in a **fast-paced manufacturing environment**. You'll collaborate with engineering teams to **iterate on part design and manufacturability**.

You'll **administer cloud-based access control platforms** and support **physical security systems** for a leader in autonomous maritime solutions. Your work will ensure secure operations across **multi-site facilities** and construction expansions.

You'll design and develop **Field Service Lightning** solutions for **autonomous maritime platforms**. You'll optimize scheduling, dispatch, and mobile workforce operations.

You'll develop and manage comprehensive training and certification programs for drivers operating **autonomous fleet vehicles**, ensuring compliance with DOT, OSHA, and internal safety standards. You'll directly impact **operational excellence** and **safety culture** across the fleet. This role offers a chance to shape training at a **leading autonomy company**.

You'll own the **multi-channel digital and social media strategy** for Saronic Technologies, driving brand awareness and engagement. Your core impact will be **managing paid campaigns and creating compelling content** that resonates with diverse audiences. This role requires **up to 40% travel** to support fast-paced marketing initiatives.

You'll integrate, deploy, and improve **autonomous systems** in real-world maritime environments, collaborating with cross-functional teams. Your core impact will be ensuring **reliable mission performance** through hands-on troubleshooting and field support. This role offers **travel throughout the Indo-Pacific** to lead technical demonstrations.

You'll define and operationalize Saronic's supply chain compliance infrastructure as the company scales. You'll translate complex regulatory requirements into **scalable compliance frameworks** and proactively anticipate future needs to **build systems ahead of contractual obligations**. This role balances regulatory rigor with operational efficiency in a **defense manufacturing environment**.

You'll join a small path-finding team to rapidly prototype autonomous maritime platforms. You'll design, build, and test **mechanical assemblies** and **electromechanical systems** from scratch, exploring the frontier of maritime technology.

You'll maintain and repair composite molds for **high-performance marine structures** used in autonomous platforms. Your work ensures **precise layups and infusions** while directly affecting quality and production uptime.

You'll design, implement, and optimize **software systems** for **autonomous surface vessels** at a leader in maritime autonomy. Your core impact involves developing robust solutions for navigation, control, and communication in challenging maritime environments. **Join a fast-paced startup** building next-generation defense technology.

You'll create and manage 2D/3D models and technical drawings for **autonomous surface vessels**, working closely with naval architects and engineers. You'll drive **defense innovation** by supporting new vessel construction and ensuring regulatory compliance. This role offers hands-on experience in **traditional and advanced maritime technologies**.

You'll **own the application security posture** for Saronic's software platforms built on **Rust and NixOS**. You'll drive threat modeling, secure code review, and vulnerability management while **hardening CI/CD pipelines and deployment infrastructure**. This role spans from source to runtime for autonomous maritime systems.

You'll serve as a **technical authority** for shipyard build strategy and facility architecture at a leader in autonomous maritime solutions. Your core impact will be ensuring **facility design is driven by production logic** rather than adapting build strategy to fixed infrastructure. This role stands out for defining automation opportunities that create structural advantage.

You'll coordinate development of autonomous surface vessels for Department of Defense programs, keeping engineering schedules on track and supporting clear communication across teams. Your core impact is ensuring tasks are properly resourced and tracked. This role offers a chance to work on **state-of-the-art autonomous platforms** that enhance **maritime operations**.

You'll ensure top quality standards in our composites shop, working with engineering and production teams to monitor materials and processes. Your work will directly impact the reliability of **autonomous maritime platforms**. This role offers a chance to shape quality practices in a **fast-paced startup** environment.

You'll serve as the first point of contact for employees, candidates, customers, and vendors at Saronic Technologies, a leader in autonomous maritime solutions. You'll manage **front-desk operations**, **visitor management**, and **facilities coordination** to ensure a safe and welcoming office environment. This role offers the opportunity to support daily operations in a fast-paced, high-visibility setting.

You'll create detailed harness assembly drawings in **Zuken E3** and optimize drafting workflows for **autonomous maritime platforms**. Your work directly ensures manufacturing-ready documentation while mentoring the drafting team to raise quality and throughput.

You'll lead R&D for **navigation and positioning technologies** on autonomous marine systems, evaluating and integrating cutting-edge sensors like GNSS, IMUs, and LiDAR across a fleet of autonomous vessels. You'll drive **system-level trade studies and benchmarking** to inform performance improvements and new architectures. You'll collaborate with cross-functional teams and contribute to **IP generation and design standardization**.

You'll be the first point of contact for employees, candidates, and visitors, ensuring a **welcoming and professional office environment**. You'll support **day-to-day office operations** and facilities coordination to maintain workplace functionality. This role is key to creating a safe, organized, and efficient workspace.

You'll establish and maintain the welding engineering program for ship construction at Port Alpha, developing procedures and automation strategies. Your work will directly impact the efficiency, quality, and structural integrity of autonomous maritime vessels. **This role builds the shipyard's welding program from the ground up**, integrating **automated welding technologies** and ensuring compliance with classification society rules.

You'll **create clear documentation for autonomous surface vessels**, collaborating with engineers to translate complex technical concepts. Your work **ensures adherence to DoD standards** and supports the product development lifecycle.

You'll lead **structural analysis** for **autonomous surface vessels**, ensuring structural integrity under various loads. You'll optimize designs through **finite element analysis** and collaborate with cross-functional teams.

You'll lead and scale the global EHS organization at Saronic Technologies, a defense and maritime autonomy company. You'll drive **ISO 14001 and ISO 45001 certifications** across high-risk manufacturing and shipbuilding operations. This role offers the opportunity to shape **EHS for AI-driven autonomous maritime systems** in a rapidly growing company.

You'll **integrate new technical methods** into the shipyard's capabilities and **lead the transition from low-rate to high-volume production**. You'll also **drive digital transformation** by converting anecdotal shipbuilding knowledge into scalable formats.

You'll lead **production build strategy** and **manufacturing integration** for autonomous maritime vessels. Your work will directly impact **scalable shipyard operations** and early vessel builds.

You'll lead the composites team to ensure safety, quality, and throughput goals are met. You'll train and certify team members, coordinate manpower, and step in as backup for the supervisor. This role offers **opportunities for cross-training** and **involvement in continuous improvement**.

You'll design and develop software systems for autonomous surface vessels, integrating with hardware and optimizing communications. You'll contribute to real-world maritime autonomy solutions in a fast-paced startup environment.

You'll oversee all production line operations at Saronic-Franklin, ensuring **high-quality task execution** and **efficient workflows** in a shipyard environment. You'll drive continuous improvement and collaborate with departments to meet organizational goals.

You'll own the security posture of Saronic's vessel hardware platforms, from silicon to system, as the technical authority on hardware root of trust and embedded security. You will embed security into every component, ensuring resilience against tampering and supply chain compromise across the fleet lifecycle. This role is **critical for defense autonomy** and directly impacts **national security operations**.

You'll own the **product security and authorization lifecycle** for Saronic's autonomous surface vessels, serving as the responsible security engineer for one or more vessel programs. You'll drive **threat modeling across vessel subsystems** and navigate **DoD authorization frameworks including RMF and CSRMC**. This is a hands-on security engineering role, not GRC or project management.

You'll design and develop web-based applications for **autonomous surface vessels** at Saronic Technologies. You'll collaborate across teams to implement solutions that **enhance maritime operations**. This role offers the chance to work on **complex defense-tech challenges**.

You'll lead the structural design of autonomous surface vessels (ASVs) from concept to production. You'll own design gates and conduct reviews to ensure **structural integrity** and **reliability**. This role directly impacts **maritime autonomy** through hands-on prototyping.

You'll serve as the primary finance partner to engineering and product leadership, providing visibility into financial performance and supporting investment decisions. You'll translate engineering plans into structured forecasts and track spend against product development budgets. This role is ideal for someone who enjoys **working closely with technical teams** and **building reporting from the ground up**.

You'll serve as the first point of contact for employees, candidates, and visitors, ensuring a **welcoming and professional office environment**. You'll also support day-to-day operations and facilities coordination to maintain **workplace functionality and continuity**. This role offers high visibility in a **dynamic, mission-driven organization**.

You'll **improve multi-disciplinary systems** for autonomous vehicles and **lead testing in lab and field environments**, including marine settings. Your work directly impacts **enhancing maritime operations** through autonomous platforms.

You'll join Saronic Technologies to manage receiving documentation and maintain accurate records for autonomous maritime systems. You'll ensure paperwork for incoming materials is properly filed and tracked, supporting a fast-paced, technology-driven operations team.

You'll own financial systems and process improvements at Saronic Technologies, a leader in autonomous maritime solutions. You'll partner with stakeholders to implement tools and drive adoption across **Finance, Accounting, Contracts, and Procurement**. This role offers end-to-end ownership in a **fast-paced environment**.

You'll lead **classification society compliance** and **maintenance execution** for Saronic's fleet of autonomous surface vessels. You will own ABS interactions, manage drydocking operations, and build commercial repair vendor networks to ensure fleet readiness.

You'll lead **RF system design and integration** for autonomous surface vessels, shaping the communication and sensing backbone of next-generation maritime platforms. Your work will directly impact **mission-critical system performance** in challenging marine environments. This role offers the chance to **influence architecture decisions** across the company's technology roadmap.

You'll drive the strategy and delivery of **cutting-edge autonomous maritime products** for defense and commercial applications. You'll oversee the full product lifecycle, from concept to scaled production, ensuring **high standards for autonomy and security**. Collaborate across engineering and programs at a **leader in maritime autonomy**.

You'll **lead the architecture and optimization** of Saronic's NetSuite ERP platform, supporting Finance, Accounting, and Manufacturing operations. Your core impact will be designing **scalable, compliant enterprise solutions** through deep technical expertise and strong ERP process knowledge. This role emphasizes **architectural discipline and integration design** within a structured, compliance-driven environment.

You'll lead a team of Quality Inspectors in testing autonomous vessels for a defense tech company. Your work will ensure **compliance with DoD quality standards** and drive **continuous improvement** in maritime manufacturing.

You'll lead the **entire proposal lifecycle** for international clients in the defense sector, ensuring compliance with U.S. DoD and allied regulations. Your core impact will be crafting **winning narratives** that integrate technical, financial, and operational inputs from cross-functional teams. This role offers the opportunity to **shape global defense strategies** for autonomous maritime solutions.

You'll **assemble and integrate sub-systems** for autonomous surface vessels at Saronic Technologies, a leader in maritime autonomy. Your work ensures **quality and functionality** of critical components for high-tech naval platforms. This role offers **hands-on involvement** in cutting-edge autonomous systems.

You'll design and develop **high-fidelity detection content** and build **data pipelines** for security operations at a defense autonomy company. You'll own the full detection lifecycle from gap analysis through production tuning. This role is weighted heavily toward detection engineering, with an emphasis on adversary behavior and telemetry coverage.

You'll integrate, deploy, and improve autonomous maritime systems for the DoD, working hands-on with software, networking, and autonomy in real-world environments. You'll **debug autonomy algorithms**, **optimize system performance** based on operational data, and **collaborate with end-users** to adapt technology to mission needs.

You'll oversee **fabrication and integration** of autonomous surface vessels at a shipyard, ensuring design-to-production fidelity. You'll bridge engineering teams in Austin with hands-on shipyard execution, driving **issue resolution** and **engineering change orders**.

You'll support **advanced autonomous systems** at a leading maritime technology company. You'll ensure **training hardware and software** are ready for delivery. This role offers **hands-on work** with cutting-edge naval technology.

You'll own the design and implementation of security guardrails across **Saronic's AWS environments**, enabling teams to ship fast with security baked in. You'll build **reusable Terraform modules and IaC standards** for multi-account strategy, network segmentation, and identity architecture. This role impacts **defense autonomy at sea** for the DoD.

You'll build and execute high-impact partnerships across defense, technology, and maritime sectors. You'll serve as a deal-maker, translating conversations into **durable multi-year alliances** that drive **tangible business outcomes**.

You'll own infrastructure uptime, asset lifecycle performance, and capital programs across the shipyard, ensuring **critical production-enabling assets** operate reliably while delivering **yard expansions safely and on budget**. This role integrates maintenance discipline with capital execution to prevent outages and build future capability.

You'll lead **cross-functional technical programs** for **autonomous maritime systems** at a high-growth defense tech company. You'll drive alignment between business goals and technical execution across Engineering, Finance, HR, and Manufacturing. **High-risk, high-visibility initiatives** will benefit from your structured planning and risk management.

You'll ensure supplier materials meet quality standards for autonomous maritime platforms at Saronic Technologies. You'll conduct audits, drive corrective actions, and collaborate with cross-functional teams to **embed quality throughout the supply chain**. This role offers a chance to **directly impact defense-grade product reliability**.

You'll coordinate and manage production schedules for **autonomous surface vessels**, working with engineering, production, and supply chain teams to optimize workflows. Your core impact is ensuring **timely delivery to meet client requirements** while efficiently using resources.

You'll lead **acoustic sensor R&D** for **autonomous surface vessels** at a fast-growing defense tech company. Your work will directly improve navigation and situational awareness through hands-on testing and system integration.

You'll oversee the day-to-day operations of the production floor for **autonomous surface vessels**, ensuring quality and delivery timelines. You'll lead a team of technicians, driving **safety and continuous improvement** in a fast-paced manufacturing environment.

You'll oversee **operations-related projects** that support rapid product development and company growth. You'll manage full project lifecycles across teams like Technical Media, IT, and Supply Chain. Coordinating cross-functional collaboration, you'll track progress, mitigate risks, and ensure **timely delivery** of key initiatives.

You'll lead **R&D efforts** for **EO/IR imaging systems** on autonomous maritime platforms. You'll conduct trade studies and performance testing to shape next-generation perception capabilities. Collaborate with autonomy and software teams to **integrate sensor data** into vessel systems.

You'll lead **corporate travel platform implementation** and **streamline business travel processes** for a fast-growing autonomy-at-sea company. You'll own vendor relationships, ensure policy compliance, and enhance the employee travel experience.

You'll own the integration of all external labor and subcontractors into shipyard operations, ensuring alignment with **safety, quality, and schedule expectations**. Your core impact will be preventing misalignment between internal teams and contract labor, reducing risk and **driving predictable contractor performance**. This role offers the chance to **lead cross-functional teams** in a high-throughput production environment.

You'll lead **QMS development and implementation** for a site-wide system aligned with ISO standards. You'll build and scale a high-performing quality team, including NDT technicians. This role stands out for its greenfield opportunity at a maritime autonomy leader.

You'll lead R&D of **ruggedized computing architectures** for autonomous surface vessels, designing embedded systems and network infrastructure for harsh marine environments. Your work will directly impact **fleet deployment** and mission-critical operations. You'll collaborate across engineering teams to ensure **high-availability network solutions**.

You'll serve as the first point of contact for employees, candidates, and visitors at **Saronic Technologies**, a leader in autonomous maritime solutions. You'll manage front-desk coverage, visitor coordination, and facilities support to ensure a **welcoming and professional office environment**. This role also involves **day-to-day administrative coordination** to maintain operational continuity.

You'll manage day-to-day office operations and vendor relationships for **Saronic Technologies**' Austin offices. You'll serve as the primary point of contact for workplace requests, **supporting culture-building activities** and employee engagement. This role is ideal for someone who thrives in a **dynamic startup environment**.

You'll own the end-to-end training and certification pipeline for **MUSV operations personnel**, designing curriculum and evaluating readiness. Your work directly ensures safe, proficient operators for **autonomous surface vessel missions** in dynamic maritime environments. This role is central to scaling operations as vessel development and testing accelerate.

You'll **design and develop Salesforce solutions** for a leader in autonomous maritime systems, working on **integrations with NetSuite and MuleSoft**. Your work will directly enhance **platform performance and scalability**.

You'll serve as the primary finance partner to Program Management, owning financial visibility into revenue-generating contracts at a fast-paced autonomous systems company. You'll translate **contract structures and operational progress** into clear forecasts and enable informed decision-making. This role is ideal if you enjoy **bringing structure to complex environments** and driving accountability at the contract level.

You'll trim, drill, and post-process **composite components** like hulls and decks for **autonomous maritime platforms**, ensuring tight tolerances for DoD use. This hands-on role requires craftsmanship and consistency in a production environment.

You'll design and develop software systems for autonomous surface vessels at Saronic Technologies, working with cross-functional teams to integrate components. Your work will directly enhance **maritime operations** through **intelligent autonomous platforms**.

You'll ensure supplier materials meet quality standards for **autonomous maritime platforms** at a defense tech leader. You'll drive **supplier audits and corrective actions** to improve supply chain performance. This role offers the chance to **shape supplier quality processes** in a fast-growing company.

You'll design and validate the physical manufacturing system of an autonomous shipyard, developing building layouts and capacity models. Your work will enable **automation-first production** of next-generation maritime platforms while collaborating across engineering and operations. This role offers the chance to shape a **greenfield facility** from the ground up.

You'll conduct **thorough inspections** on autonomous surface vessels at **Saronic Technologies**, ensuring compliance with design specs and DoD requirements. You'll collaborate with engineering and manufacturing teams to identify defects and implement corrective actions. This role offers **hands-on work with cutting-edge maritime technology**.

You'll assist in the design and analysis of **autonomous surface vessels** at Saronic Technologies. You'll conduct hydrodynamic calculations and support the integration of **autonomous navigation systems**. This role offers hands-on experience in **defense innovation**.

You'll **assemble and test electro-mechanical systems** for autonomous maritime vehicles, working closely with engineers to **prototype and validate new designs**. Your hands-on work directly impacts **field-ready autonomy solutions** for defense and commercial applications.

You'll design interconnect architectures and harness assembly drawings for marine platforms using **Zuken E3** and **NX CAD**. You'll ensure designs meet industry standards and support manufacturing, testing, and integration. This role offers the chance to work on **autonomous surface vessels** at scale.

You'll **lead design and deployment of mission-critical network infrastructure** for Saronic Technologies, a leader in autonomous maritime solutions. Your work will ensure high availability, performance, and security across global operations. This role offers the chance to drive **network segmentation and cloud integration** in a cutting-edge industry.

You'll assemble and integrate **wire harnesses** for autonomous surface vessels at a **defense-focused startup**. Your work directly impacts mission-critical systems. This role offers hands-on work with **cutting-edge maritime technology**.

You'll design and optimize software systems for **autonomous surface vessels** used by the DoD. You'll integrate navigation, control, and communication software with hardware for **maritime operations**. Your work directly impacts **defense autonomy at sea**.

You'll oversee supplier quality operations for **autonomous surface vessels** at Saronic Technologies. You'll maintain records, coordinate supplier visits, and drive **process improvements** to ensure production goals are met. This role offers a chance to work in a **fast-paced startup** with cutting-edge maritime technology.

You'll lead the **integration and deployment of autonomous systems** for maritime defense. You'll debug autonomy algorithms in **real-world field operations** and directly improve mission-critical system performance. This role blends **software development and field testing** to shape the future of autonomous maritime technology.

You'll provide critical support to an Autonomous Surface Vessel program, synthesizing customer objectives into strategic roadmaps. You'll drive **program execution**, optimize processes, and **mitigate risks** in a dynamic environment. This role embeds in commercial or government programs for hands-on impact.

You'll own the QA strategy for **enterprise technology** at Saronic, a leader in autonomous maritime solutions. Your core impact will be **building scalable QA processes** across SaaS platforms like CRM, ERP, and HCM. This hands-on role offers a chance to **shape a growing QA organization** from the ground up.

You'll **lead the design and validation of electrical systems** for autonomous maritime platforms operating in extreme environments. Your work will **ensure ruggedized electrical architectures** for power distribution, computing, sensing, and communications. This hands-on role blends **design innovation with field performance** in defense and marine tech.

You'll create clear, concise user documentation for **autonomous surface vessels** at a defense-tech startup. You'll translate complex concepts into digestible content for end-users. Your work ensures **safe and effective operation** of cutting-edge maritime systems.

You'll architect how people move through complex physical environments, blending design, engineering, and behavioral science to create intuitive systems. Your work will optimize throughput, safety, and experience in high-stakes settings like shipyards. You'll **design queuing and circulation systems** while **collaborating with cross-functional teams** to deliver **invisible but indispensable solutions**.

You will design and develop perception systems for autonomous surface vessels at **Saronic Technologies**. Your algorithms will enable **boats to sense and navigate** with no human involvement. You'll work on **state-of-the-art maritime autonomy**.

You'll identify and engage world-class engineering talent for autonomous systems, robotics, and AI/ML at a defense tech company. You'll **build long-term talent pipelines** for critical hiring needs. This role offers **direct impact on maritime defense innovation**.

You'll define how ships are built to directly inform shipyard design, optimizing throughput and scalability. You'll ensure facility design is driven by production logic, not the other way around. This role sits at the intersection of **product definition**, **build strategy**, and **facility architecture**.