Allen Control Systems

You'll define reliability goals and verification priorities for autonomous weapon platforms. You'll analyze test data to identify failure modes and drive corrective actions. This role blends systems engineering with hands-on **failure analysis** and **MIL-STD-882** safety rigor at a defense startup.

You'll lead the physical realization of autonomous defense systems, bridging engineering R&D and factory floor. You will own production lines for **ruggedized robotics** and drive **Lean manufacturing initiatives** to scale from prototype to deployment.

You'll design and own infrastructure powering **autonomous counter-drone systems** at a defense startup. Manage a **130+ GPU bare-metal Kubernetes cluster**, ensuring reliable operation in lab and field. Collaborate with computer vision and robotics teams to accelerate **developer tooling**.

You'll lead a **multidisciplinary engineering team** in developing an **autonomous gun turret** using **computer vision and control systems**. You'll drive architecture decisions, system integration, and ensure on-time delivery of mission-critical defense products.

You'll create detailed **mechanical drawings** and **3D models in SolidWorks** for autonomous defense systems. You'll support engineers by translating design concepts into **manufacturable technical drawings** and maintain documentation throughout development.

You'll serve as the bridge between product design and manufacturing for an **autonomous gun turret system**. You'll own **DFM, tooling strategy, and supplier integration** to enable efficient production. This hands-on role focuses on **design influence and cross-functional leadership** rather than factory operations.

You'll join a fast-growing defense startup building advanced autonomous gun turrets with computer vision and control systems. You'll tackle significant technical challenges in a tight-knit team with direct access to leadership. This role offers the chance to make a real impact on cutting-edge technology.

You'll develop and maintain **quality management systems** and perform **CMM programming and inspection** for advanced defense systems. Your work directly ensures the precision of autonomous gun turrets that neutralize drones. You'll collaborate with cross-functional teams to drive supplier improvements.

You'll develop **Linux kernel drivers** for NVIDIA Jetson platforms, enabling high-performance computer vision and control systems for autonomous defense applications. Your work will directly impact the reliability of low-level software supporting **autonomous gun turrets**. This role offers the chance to contribute to cutting-edge defense technology at an engineering-first startup.

You'll design and build **scalable data infrastructure** for a defense startup developing an autonomous gun turret. Your core impact is **optimizing datasets for model training** through curation strategies like coreset selection and embedding-based filtering. You'll work closely with ML engineers to ensure every dataset maximizes model performance.

You'll architect and mature autonomous weapon platforms, turning mission objectives into clear requirements and verification plans. You'll drive cross-functional alignment on **system-level tradeoffs** and ensure the overall system **performs as intended**. This role offers the chance to bring structure to complex, fast-moving defense programs.

You'll design **embedded firmware** for **advanced power conversion systems** used in autonomous defense platforms. Working at the intersection of firmware and power electronics, you'll develop control systems for DC-DC converters and energy management. This role offers direct impact on real-world defense technology backed by an engineering-first culture.

You'll provide first-line technical support and **troubleshoot hardware and software issues** at a defense startup developing **autonomous gun turrets**. You'll own the onboarding process and **maintain IT systems** to support compliance initiatives.

You'll design **robust mechanical systems** for an **autonomous gun turret** that neutralizes drones. You'll ensure compliance with **MIL-STD-810** standards for durability and reliability. This role drives electromechanical integration in a cutting-edge defense startup.

You'll design and build **high-performance power electronics** for autonomous platforms in a cutting-edge defense startup. You'll own **PCB design in Altium Designer** and lead **hardware bring-up and validation** to ensure real-world impact.

You'll own **PDM system architecture** and **workflow optimization** for a **cutting-edge defense startup**, enabling efficient product development from concept to production.

You'll serve as the primary HR partner for Mission Operations and Field Operations teams across distributed locations, building trusted relationships and handling employee relations. You'll **coordinate HR logistics for field deployments** and **design HR processes tailored to field operations**. Your work ensures compliance and supports operational success in a cutting-edge defense startup environment.

You'll develop **real-time drone detection** and **tracking algorithms** for an autonomous anti-drone gun turret. You'll collaborate with hardware engineers to integrate ML models into resource-constrained systems. This role offers exposure to military-grade system hardening and deployment.

You'll provide **technical support** for CNC machines and **troubleshoot issues** in a manufacturing environment. Your work will ensure **minimal production downtime**.

You will **troubleshoot electronic systems** for a **tech company's hardware team**. Your work ensures product reliability and performance.

You'll work on **advanced mechanical systems** for **cutting-edge products** in Austin, collaborating with cross-functional teams. **Your designs** will directly impact product performance and reliability.

You'll manage office operations and support team productivity. Your efforts ensure **smooth daily workflows** and **efficient administrative processes**. This role offers a chance to build **strong organizational systems**.

You'll assemble electronic components for cutting-edge hardware products. Your work ensures quality and reliability in every unit produced. This role offers hands-on experience with advanced manufacturing techniques.

You'll support **manufacturing operations** at a **semiconductor facility** while gaining hands-on experience in process improvement. This internship offers a pathway into **advanced manufacturing leadership**.

You'll build **real-time 3D systems** for a **leading tech firm** in Austin. Your work will power immersive applications across industries.

You'll ensure **supplier quality** for products at an Austin-based team, driving **continuous improvement** and resolving quality issues. This role offers direct impact on **supply chain reliability**.

You'll join the infrastructure team managing **production systems** and ensure **high availability** for critical services. You'll troubleshoot complex issues and automate operational tasks. This role offers exposure to **cutting-edge cloud technologies**.

You'll design and implement **control systems** for automated manufacturing equipment, collaborating with cross-functional teams to optimize production efficiency. This role offers exposure to **advanced PLC programming** and **SCADA integration**.

You'll assemble and test **electronic components** for a **manufacturing team**. Your work ensures **product quality and reliability**.

You'll improve **production processes** and **drive efficiency** for manufacturing systems. Your work will directly impact **quality and throughput**.

You'll partner with **hiring managers** to source top tech talent and manage the **full recruitment lifecycle**. Your work will directly shape team growth and culture.

You'll create and maintain **technical documentation** for a **software product**, ensuring clarity and usability. Your work will empower users to adopt features faster.

You'll **develop advanced computer vision models** for **real-world applications** in a collaborative environment. Your work will directly impact **product innovation** and performance.

You'll **assemble precision mechanical components** for cutting-edge industrial equipment. Your work will directly impact **production quality and timelines** for key client orders. This weekend shift role offers **higher pay differentials** for your flexibility.

You'll lead the **design and integration** of wire harnesses for electric vehicles. You will collaborate with cross-functional teams to ensure **electrical system reliability**. This role offers a chance to shape **next-generation EV architecture**.

You'll perform **quality inspections** for a **manufacturing facility** in Austin. Your work ensures **product safety** and compliance.

You'll maintain and repair **mechanical equipment** in a **manufacturing facility**, ensuring minimal downtime. Your work will directly impact **production efficiency**.

You'll manage **full-cycle recruitment** for **manufacturing roles** at a **growing company**. Your work directly impacts production staffing and team scalability.

You'll oversee **employee relations** and **HR operations** for a growing company. Your work will directly shape **company culture** and ensure compliance.

You'll design and develop **mechanical systems** for a **cutting-edge product**, driving innovation in **hardware engineering**. You'll collaborate with cross-functional teams to bring concepts to production.

You'll design and maintain **scalable data platforms** to power analytics and machine learning. Your work will directly impact **data reliability and performance** across the organization. This role offers the chance to work with **cutting-edge cloud infrastructure**.

You'll develop **computer vision algorithms** for **autonomous systems**, enabling real-time object detection and tracking. Your work will directly impact product reliability and safety.

You'll **inspect products** to ensure they meet **quality standards** in a manufacturing environment. Your attention to detail will directly impact customer satisfaction and reduce defects.

You'll explore **potential roles** within our organization, contributing to **innovative projects** and collaborating with **talented teams** to drive impactful results.

You'll develop and optimize embedded **firmware for IoT devices** used in smart home automation. Your work will directly impact **device reliability and power efficiency**. You'll collaborate with hardware engineers to **bring new products to market**.

You'll operate advanced drones for aerial data collection as part of a dynamic field operations team. Your missions will support critical infrastructure inspections and environmental surveys. This role offers the chance to work with cutting-edge UAV technology in diverse outdoor settings.

You'll design and maintain **scalable cloud infrastructure** for a **fast-growing tech platform**, enabling engineering teams to **ship reliably and efficiently**.

You'll **design and develop electrical systems** for cutting-edge products at a **leading technology company**. Your work will **directly impact product performance and reliability**.

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You'll perform **quality inspections** on manufactured parts to ensure they meet specifications. Your work will directly impact product reliability and customer satisfaction. This role offers a **2nd shift premium** and **growth opportunities** in a team-oriented environment.

You'll work on **computer vision** and **machine learning** projects at a tech company in Austin. You'll implement and optimize **deep learning models** for real-world applications.

You'll design and implement **firmware** for **embedded systems** in a collaborative engineering team. Your work will directly impact product performance and reliability. This role offers hands-on development with cutting-edge IoT technology.

You'll **develop cutting-edge hardware** for a **top tech company** in Austin. Your work will **directly impact product performance**. You'll collaborate across teams to **drive innovation from concept to production**.

You'll design and develop electrical systems for innovative products. **Your work will drive performance** and ensure reliability. **This role impacts cutting-edge technology**.

You'll **assemble mechanical components** on a **2nd shift production line** for a manufacturing team. Your work will directly impact **product quality and output**. This role offers shift differential pay.

You'll manage day-to-day facilities operations and coordinate with vendors to ensure a **smooth workplace experience**. Your work will directly support team productivity and office safety. This role offers growth into **facilities leadership**.

You'll manage inventory records and ensure accurate stock levels for a **distribution center** in Austin. Your work will **optimize supply chain efficiency** and reduce discrepancies. This role offers **hands-on experience** with inventory management systems.

You'll **manage inventory accuracy** for a **manufacturing facility** in Austin. You'll use **cycle counting and data entry** to maintain stock records. This role supports 2nd shift operations.

You'll assemble mechanical components for cutting-edge products. **Precision assembly** and quality checks are your core focus. Join a team that values **attention to detail** and **efficiency**.

You'll oversee manufacturing operations for a **high-volume production facility**, ensuring **efficiency and quality targets** are met. You'll lead cross-functional teams to optimize workflows and reduce downtime.

You'll join a **product engineering team** building **scalable cloud solutions** that impact millions of users. You'll own features end-to-end, from design to deployment, collaborating closely with product and design. This role offers mentorship from senior engineers and exposure to modern tech stacks.

You'll develop **embedded software** for a **cutting-edge IoT product**. Your work will directly impact **device performance and reliability**.

You'll coordinate cross-functional engineering projects and ensure timely deliverables. Your work will directly impact product launch timelines. This role offers exposure to cutting-edge tech stacks.

You'll ensure product quality for a manufacturing team in Austin. Your work directly impacts production reliability and customer satisfaction.

You'll ensure product quality for a **manufacturing team** in Austin, TX. Your work will directly impact **production reliability** and **customer satisfaction**.

You'll design and improve **manufacturing processes** for our **electronics assembly line**, focusing on **yield optimization and quality control**. You'll collaborate with production teams to implement lean methodologies.

You'll **develop advanced computer vision models** for a **cutting-edge AI team** in Austin. Your work will **directly impact product intelligence** and real-world deployment. **This role offers collaboration with top-tier researchers.**

You'll assemble **electronic components** for a **manufacturing team** in Austin, TX. You'll ensure **quality standards** are met each weekend shift.

You'll **manage inventory accuracy** for a **busy warehouse** in Austin, TX. Your impact ensures smooth operations for the **entire weekend shift**.

You'll coordinate production schedules for a **manufacturing team**, ensuring timely delivery of orders. Your planning will directly impact **supply chain efficiency** and **customer satisfaction**. This role offers exposure to cross-functional operations.

You'll join a **maintenance team** supporting **heavy equipment repairs** in a fast-paced shop environment. Your work keeps operations running smoothly.

You'll **test robotic systems**, collaborate with **engineering teams** to ensure software quality. You'll identify and report defects to improve product reliability.

You'll manage engineering teams building **critical infrastructure** for a **leading tech company**. Your leadership will drive **system reliability and innovation**.

You'll **manage satellite operations** and ensure **mission-critical systems** run smoothly. You'll **resolve anomalies in real-time** to maximize mission success.

You'll develop and implement **safety programs** for a team in **Austin, TX**, ensuring **regulatory compliance** and a safe work environment.

You'll integrate testing frameworks for autonomous vehicle systems, directly impacting safety validation. This role offers **hands-on experience with cutting-edge hardware-in-the-loop** setups and **collaboration with top-tier engineers**.

You'll lead **end-to-end program management** for Army UAS/CUAS initiatives, serving as the primary liaison between stakeholders and internal teams. Your work directly impacts **national defense priorities** in a fast-paced environment. You'll drive compliance with **DoD acquisition lifecycle** and FAR/DFARS regulations.

You'll develop **real-time drone detection and tracking algorithms** for an autonomous gun turret at a defense startup. You'll deploy machine learning models in resource-constrained environments and integrate them with hardware. This role offers a chance to work on military-grade systems with **experienced founders** from two successful exits.

You'll assemble and test electronic systems for a **cutting-edge defense startup** developing an autonomous gun turret. Your work will directly impact the **reliability of hardware prototypes** deployed against drone threats. This role offers a chance to **troubleshoot complex circuits** in a fast-paced engineering environment.

You'll support daily setup, teardown, and operational readiness for **autonomous gun turret tests** at a defense startup. You'll maintain accountability of tools and equipment, and assist with logistics to keep test operations running smoothly. This role offers the chance to work on **cutting-edge defense technology** in a hands-on environment.

You'll build and lead the IT and security function at a cutting-edge defense startup, owning everything from infrastructure to government compliance. You'll drive **CMMC readiness** and enable operational efficiency across engineering and manufacturing teams. This hands-on leadership role offers a chance to shape security at a rapidly scaling company.

You'll integrate and validate electrical, mechanical, and software systems for **autonomous weapon platforms** at a cutting-edge defense startup. Your core impact will be diagnosing and resolving system-level issues to ensure **reliability in real-world conditions**. You'll collaborate closely with hardware and software engineers in a **fast-paced startup environment**.

You'll ensure every wire harness and PCBA meets **Class 3 standards** for the **Bullfrog autonomous gun turret**. You are the final line of defense, providing **real-time feedback** to eliminate bottlenecks and prevent quality escapes.

You'll integrate **third-party sensors** (radar, RF, EO/IR) into our autonomous gun turret platform and build **external APIs** for command-and-control systems. Your work directly connects our cutting-edge defense technology to the outside world.

You'll design and implement **real-time multi-target tracking algorithms** for autonomous defense systems. Your work will **directly impact the detection and neutralization of drones** in dynamic environments. You'll collaborate with robotics experts to deploy systems on **resource-constrained hardware**.

You'll own thermal design and analysis for **power electronics systems** in an autonomous gun turret, ensuring **reliable operation under demanding field conditions**. You'll work at the intersection of power electronics and mechanical thermal management, collaborating with electrical and mechanical teams.

You'll design and implement **high-performance motor control firmware** for autonomous gun turrets at a cutting-edge defense startup. Your core focus will be real-time control loops and **BLDC/PMSM motor systems** in hardware-constrained environments. You'll collaborate with cross-functional teams to ensure seamless integration and field validation.

You'll join a defense startup to **develop autonomous gun turrets** that neutralize drones. You'll design and tune **real-time control loops** for precise, safe motion. The role offers the chance to work on **cutting-edge robotics** in a high-impact setting.

You'll design and optimize manufacturing processes for **autonomous gun turret systems** at a defense startup. Your work will directly impact **scalability from prototyping to high-volume production**. You'll collaborate across teams using **DFM principles and lean manufacturing tools**.

You'll support daily shop operations including **retaping threaded holes** and **light fabrication** for a cutting-edge defense startup. Your work directly enables the production of **autonomous gun turrets** that neutralize drones.

You'll assemble and test mechanical components for a **cutting-edge autonomous gun turret** at a defense startup. You'll work from **CAD models and technical drawings** to ensure precise assembly and functionality. Collaborate with engineers to improve **manufacturability**.

You'll operate and maintain advanced UAV systems for **flight testing** and **operational missions**, supporting the development of an autonomous gun turret. Your work will directly impact **real-world drone defense capabilities** in a cutting-edge defense startup environment.

You'll **design and develop mechanical systems** for our autonomous counter-drone platform, collaborating with senior engineers on hardware that operates in demanding environments. Your work will support **prototype development, testing, and validation** under MIL-STD-810 specifications. Early-career role with **real-world defense impact** and fast learning curve.

You'll design and develop **electrical systems** and **PCB layouts** for autonomous gun turrets. Your core impact is integrating firmware and software with hardware for military-grade performance. This role stands out as a hands-on opportunity at a **defense startup** founded by former Navy engineers.

You'll **audit and qualify suppliers** for a **cutting-edge defense startup** developing autonomous gun turrets. You'll drive non-conformance resolution and ensure components are production-ready. This role offers impact on real-world technology in a rapid-growth environment.

You'll maintain a machine shop, assist with CNC equipment prep, and support tooling assembly at a defense startup. You'll keep the shop organized and efficient while learning CNC operations. This role offers **direct mentorship** from experienced machinists and a front-row seat to **cutting-edge robotics** development. Your work enables the production of an **autonomous gun turret** that neutralizes drones.

You'll support **CMMC compliance initiatives** and daily IT operations in a defense-regulated startup. You own key security posture elements, implement NIST controls, and serve as a trusted compliance resource. This role combines cybersecurity compliance with hands-on IT support at an engineering-first defense company.

You'll own **Rippling HRIS platform administration** and ensure **employee data accuracy** during a rapid growth phase at a defense startup. Your work will provide **data-driven insights** to leadership for strategic planning.

You'll plan and execute **domestic and international mission events** for an autonomous gun turret system. You'll bridge the gap between **engineers, operators, and clients** ensuring real-world integration. This role combines technical understanding with **operational execution** in a fast-paced defense startup.

You'll serve as an on-site **subject matter expert** for autonomous gun turret systems during domestic and international events. You'll troubleshoot mechanical, electrical, and software issues in the field, ensuring **mission readiness** and reliable performance. This role offers direct collaboration with the engineering team at a cutting-edge defense startup.

You'll execute live field test events and serve as the technical link between the ACS system and the engineering team. You'll **troubleshoot hardware, software, and integration issues** in dynamic field environments, **collect and report test data** to drive improvements, and **build repeatable test processes** for high-stakes demonstrations.

You'll **own the cable and harness assembly process** for an autonomous gun turret, ensuring every system is wired correctly and tested thoroughly. You'll serve as the floor expert for electrical quality, troubleshooting faults and designing test stations. This role bridges complex designs with high-quality production at a cutting-edge defense startup.

You'll join **a 2026 summer internship** supporting **manufacturing operations** in Austin, TX, gaining hands-on experience in production processes.

You'll **own system-level test execution** for autonomous weapon platforms at a cutting-edge defense startup. You will **design test plans and run integrated hardware/software evaluations** to validate performance before deployment. **Your work directly impacts real-world mission readiness.**

You'll build and integrate **prototype mechanical assemblies** for ACS's autonomous gun turret system. Your hands-on feedback will directly improve **design for assembly and reliability**. This role offers **R&D impact** in a fast-paced defense startup environment.

You'll **model and predict EO/IR sensor performance** for an **autonomous gun turret** using advanced computer vision and control systems. Your core impact is developing next-generation target detection algorithms. This role stands out for its direct contribution to a cutting-edge defense startup.**

You'll serve as the senior execution deputy for test operations at a **defense startup building autonomous gun turrets**. You'll translate strategic test objectives into safe, executable field operations, owning daily planning, readiness, and live-fire execution. This role stands out for its hands-on leadership at the **intersection of engineering, field ops, and defense testing**.

You'll manage calibrated equipment, consumable supplies, and tooling across manufacturing operations. Your core impact is **minimizing downtime** and ensuring **regulatory compliance**. You'll coordinate with production, quality, and engineering teams to support a **smooth production environment**.

You'll lead **factory stand-up and scale** at a defense startup, designing **repeatable manufacturing systems** from layout to ramp. Your impact: launching new sites and replicating production across multiple locations. This role offers a chance to build factories from the ground up in a fast-growing company.

You'll **manually fly high-performance fixed-wing UAVs** for a defense startup developing autonomous gun turrets. Your core impact is leading safe flight operations and providing critical feedback on airframe and controller performance. This part-time contract role offers the potential to transition to full-time.

You'll lead the Mechanical Engineering team at a **cutting-edge defense startup**, developing autonomous gun turrets for drone neutralization. Your impact will drive architecture decisions and ensure on-time delivery of **complex electromechanical systems**. This role offers the chance to grow a team at a well-funded company with real-world defense impact.

You'll design and develop **mechanical systems** for a cutting-edge drone defense turret product. Your core impact will be ensuring designs meet **MIL-STD-810 specifications** through simulation and testing. This role stands out for working on **autonomous weapon systems** in a fast-paced defense startup.

You'll assemble and solder electronic components for an **autonomous gun turret** at a cutting-edge defense startup. Your core impact is ensuring precise **electronic system assembly and testing** to support production of advanced robotics. This ground-floor opportunity offers comprehensive training.

You'll **design and develop high-performance software** for an autonomous gun turret system using C++ or Python. Your work will **optimize algorithms for real-time drone detection and tracking**, collaborating with a skilled engineering team. This role offers **the chance to make a direct impact in defense technology** at a well-funded startup.

You'll join a cutting-edge defense startup to inspect machined parts and assemblies using precision tools like CMMs. Your work ensures conformance to **engineering drawings** and **GD&T standards**, directly impacting the quality of autonomous systems for drone neutralization. This role offers **equity in a venture-backed company**.

You'll **set up assembly stations** and **optimize production processes** for an autonomous gun turret at a defense startup. You'll bridge design and production, translating blueprints into step-by-step instructions. You'll troubleshoot mechanical failures and implement physical solutions.

You'll **design and own the data, model, and compute infrastructure** powering the ACS CV/ML team, managing a **130+ GPU bare-metal Kubernetes cluster**. Your core impact is ensuring high-volume ML training proceeds with low friction while maintaining robust CI/CD and observability.

You'll build the **robot factory software** that images, provisions, and updates our fleet of autonomous gun turrets. Your work directly enables **reliable deployments** and **over-the-air updates** for fielded systems. Join a cutting-edge defense startup with an engineering-first culture.

You'll lead **manufacturing scale-up** from early production to medium volume at a cutting-edge defense startup. You'll drive **facility launch** in Cullman, AL, establishing processes and systems for scalable operations. This role offers **hands-on leadership** in a high-growth environment with real-world impact.

You'll own and scale the manufacturing safety program at a cutting-edge defense startup. Your work will directly impact the safe development of autonomous gun turrets for drone neutralization. You'll build a safety culture from the ground up with **full stop-work authority** and **high-risk environment expertise**.

You'll serve as the highest-level technical authority on **mechanical engineering** and **product architecture** at a cutting-edge defense startup. You'll drive design decisions and ensure on-time delivery of complex **electromechanical systems** from concept through deployment.