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In this role, you will be responsible for configuration of the systems and dashboards that help collect, analyze, and interpret production data to improve the visibility of production line performance, identify trends, and pursue opportunities for process improvements. You will play a key role in enhancing operational performance and supporting decision-making by delivering actionable insights that drive continuous improvement in our robotics production and deployment processes.

At Slip Robotics, we are at the forefront of revolutionizing the logistics and automation industry with cutting-edge robotic solutions. Our mission is to transform the way goods move through the world by designing and building autonomous systems that enhance warehouse intelligence, optimize supply chains, and ensure workplace safety. We believe in the power of innovation and collaboration, and our team is dedicated to pushing the boundaries of what’s possible in robotics. Join us and help shape the future of automation! We are looking for an Industrial Engineer to focus on production data analysis and optimization within our growing manufacturing organization. In this role, you will be responsible for configuration of the systems and dashboards that help collect, analyze, and interpret production data to improve the visibility of production line performance, identify trends, and pursue opportunities for process improvements. You will play a key role in enhancing operational performance and supporting decision-making by delivering actionable insights that drive continuous improvement in our robotics production and deployment processes.Key Responsibilities:<ul><li>Perform root cause analysis on production bottlenecks and quality issues, providing actionable solutions.</li><li>Ensure the collection of accurate and reliable data across all stages of production.</li><li>Analyze production data to identify trends, variances, and areas of improvement across manufacturing processes.</li><li>Collaborate with engineering, field operations, and manufacturing teams to apply data-driven insights and optimize workflows.</li><li>Develop concepts to grow production capacity and improve material flow at the workcell, production line, and full factory levels (including warehouse).</li></ul>Requirements<ul><li>Strong experience in industrial engineering, production data analysis, or process improvement roles.</li></ul><ul><li>Expertise in data analysis tools (Excel, SQL, Tableau, Power BI, etc.) and statistical analysis methods.</li><li>Proven ability to assimilate  multiple datasets and generate meaningful insights for process optimization.</li><li>Knowledge of lean manufacturing, Six Sigma, or similar methodologies.</li><li>Excellent problem-solving skills with the ability to identify root causes and implement effective solutions.</li><li>Bachelor’s degree in Industrial Engineering, Data Science, or a related field.</li><li>Minimum of 3 years of experience in production data analysis, industrial engineering, or a similar role.</li><li>Occasional travel to manufacturing or deployment sites as required.</li><li>Ability to work in both office and production environments.</li><li>Detail-oriented, proactive, and analytical with a passion for optimizing production systems through data.</li></ul>Experience and Skills Preferred:<ul><li>Experience in the robotics, automation, or technology industries.</li><li>Familiarity with manufacturing execution systems (MES)  enterprise resource planning (ERP) systems Quality Management Systems (QMS), or Warehouse Management Systems (WMS).</li><li>Understanding of warehouse operations and supply chain data flow.</li><li>Familiarity with Python or other programming languages for data automation and analysis is a plus.</li></ul>Benefits<ul><li>Innovative Environment: Work on cutting-edge robotic systems transforming logistics and automation.</li><li>Collaborative Team: Contribute your expertise and insights to a team committed to improving processes and driving innovation.</li><li>Professional Growth: Opportunity to work with advanced technologies and gain exposure to the fast-paced robotics and automation industry.</li><li>Competitive salary commensurate with experience. </li></ul>Slip Robotics is an equal opportunity employer. We evaluate candidates on the merits of their experience and their fit for the role. We welcome applicants from every background.

Slip Robotics

Industrial Engineer

Analysis Skills

Automation

Continuous Improvement

Data Analysis

Data Science

Data Sets

Decision Support

Detail Oriented

ERP (Enterprise Resource Planning)

Industrial Engineering

Leading Edge Technology

Lean Manufacturing

Lean Six Sigma

Logistics

Manufacturing

Manufacturing Execution Systems (MES)

Manufacturing Operations

Manufacturing/Industrial Processes

Operational Support

Power BI

Problem Solving Skills

Process Improvement

Production Systems

Programming Languages

Python Programming/Scripting Language

Quality Management

Reporting Dashboards

Robotics

Root Cause Analysis

SQL (Structured Query Language)

Safety/Work Safety

Statistics

Supplier Optimization

Supply Chain Operations

Systems Administration/Management

Tableau

Team Player

Theater Production

Trend Analysis

Warehousing

Willing to Travel

Workable

As an Electrical Engineer, you will: Design and develop mixed-signal electrical systems, including analog, digital, and RF design, in support of power distribution, control, sensing, and communication systems in robotic systems. Our mission is to transform the way goods move through the world by designing and building autonomous systems that enhance warehouse intelligence, optimize supply chains, and ensure workplace safety.

At Slip Robotics, we are at the forefront of revolutionizing the logistics and automation industry with cutting-edge robotic solutions. Our mission is to transform the way goods move through the world by designing and building autonomous systems that enhance warehouse intelligence, optimize supply chains, and ensure workplace safety. We believe in the power of innovation and collaboration, and our team is dedicated to pushing the boundaries of what’s possible in robotics. Join us and help shape the future of automation!As an Electrical Engineer, you will:<ul><li>Design and develop mixed-signal electrical systems, including analog, digital, and RF design, in support of power distribution, control, sensing, and communication systems in robotic systems.</li><li>Design and layout PCBs for new features and improvements, including schematic creation, and board bring-up</li><li>Specify, select, and evaluate electrical components, such as sensors, actuators, power supplies, and communication modules.</li><li>Create and maintain electrical schematics, wiring diagrams, and bill of materials (BOM) for various projects.</li><li>Collaborate with cross-functional teams, including mechanical, software, and systems engineers, to ensure seamless integration of electrical components and systems.</li><li>Perform detailed analysis and simulations to validate and optimize electrical designs, considering performance, reliability, and cost.</li><li>Prepare and review technical documentation, including design specifications, test reports, and manufacturing documentation.</li><li>Oversee manufacturing and assembly of electrical components, ensuring that design intentions are met and quality standards are upheld</li><li>Develop test plans and procedures to ensure functionality and robustness of electrical subsystems; oversee troubleshooting and debugging when issues arise</li><li>Prepare for and support all regulatory compliance testing.</li></ul>RequirementsAs an Electrical Engineer, you'll bring:<ul><li>Bachelor's or Master's degree in Electrical Engineering or a related field.</li><li>Minimum of 2 years of experience in electrical engineering, preferably in the mobile robotics, automation, or a related industry.</li><li>Strong knowledge of electrical design principles, including power distribution, control systems, and communication protocols.</li><li>Proficiency with industry-standard tools for schematic capture, PCB layout, and circuit simulation (e.g. Altium)</li><li>Proven track record of designing, testing, and validating PCBs, power electronics, and control systems</li><li>Strong understanding of electrical components, materials, and manufacturing processes</li><li>Experience with preparation and support of regulatory compliance testing of electrical systems and components.</li><li>Excellent problem-solving skills, attention to detail, and ability to innovate</li><li>Strong communication and teamwork abilities to collaborate effectively with cross-functional teams</li></ul>BenefitsWhy Slip Robotics?<ul><li>Innovative Environment: Work on groundbreaking robotic systems that are shaping the future of logistics.</li><li>Collaborative Team: Be a part of a passionate, talented team where your input and expertise matter.</li><li>Professional Growth: Opportunities to learn, grow, and advance in the exciting field of robotics and automation.</li></ul>How to Apply: If you're ready to make an impact and work with a forward-thinking team at the cutting edge of robotics, apply now to join Slip Robotics!

Electrical Engineer

Bill of Materials (BOM)

Circuit Simulation

Communication Skills

Communication Systems

Communications Protocols

Component Assembly

Control Systems

Cross-Functional

Debugging Skills

Distribution Control

Documentation

Electrical Components

Electrical Design

Electrical Engineering

Electrical Wiring

Electronics

Identify Issues

Industry Standards

Maintenance - Electrical

Manufacturing Assembly

Printed Circuit Board (PCB)

Printed Circuit Board (PCB) Layout

Printed Circuit Board Design

Quality Metrics

Radio Frequency

Regulatory Compliance

Requirements Management

Schematic Capture

Schematics

Software Engineering

Systems Engineering

Technical Writing

Test Design

Test Plan/Schedule

Testing

You are a hands-on, execution-focused engineer who thrives on the production floor, solves problems in real time, and collaborates across engineering, operations, and business teams to deliver high-quality products at scale. In this role, you will own and continuously improve manufacturing processes for robotic products, bridging the gap between design and production to enable scalable, efficient builds.

Slip Robotics is at the forefront of robotic automation, delivering cutting-edge solutions that transform how businesses move goods. Our autonomous platforms redefine efficiency, reliability, and scalability in logistics. We’re a fast-growing team of innovators passionate about helping customers adopt automation seamlessly and successfully. In this role, you will own and continuously improve manufacturing processes for robotic products, bridging the gap between design and production to enable scalable, efficient builds. This person will drive the translation of product designs into scalable, efficient manufacturing processes for robotic systems. You are a hands-on, execution-focused engineer who thrives on the production floor, solves problems in real time, and collaborates across engineering, operations, and business teams to deliver high-quality products at scale.Key Responsibilities<ul><li>Develop, implement, and optimize manufacturing processes for robot assembly and production.</li><li>Drive knowledge transfer from product design into manufacturing, ensuring designs are production-ready.</li><li>Create clear work instructions and train production associates on robot build processes.</li><li>Partner with Product Design, Supply Chain, and Finance to evaluate and execute make vs. buy decisions.</li><li>Identify bottlenecks, improve throughput, and reduce cost and defects across manufacturing operations.</li><li>Support new product introduction (NPI) from prototype through full-scale production.</li></ul>Requirements<ul><li>Hands-on experience in assembly manufacturing environments.</li><li>Proven track record launching new products into production.</li></ul><ul><li>Experience in large-scale manufacturing operations.</li><li>Experience working in a startup or fast-paced, ambiguous environment.</li><li>Familiarity with machine shops and metal fabrication processes.</li><li>Experience with ERP/MES systems (e.g., NetSuite or similar).</li></ul>Benefits<ul><li>Competitive salary and equity in an early-stage robotics company</li><li>Comprehensive benefits including health, dental, and vision</li><li>Permissive time off policy</li><li>A small team where your work has direct, visible impact on shipped products</li></ul>Slip Robotics is an equal opportunity employer. We evaluate candidates on the merits of their experience and their fit for the role. We welcome applicants from every background.

Manufacturing Engineer

Cost Control

Customer Acquisition

Customer Support/Service

Financial Analysis

Knowledge Transfer

Machining

Manufacturing Engineering

Manufacturing Systems

Metal Manufacturing

NetSuite

Product Design

Product Shipments

Product Support

Product/Service Launch

Prototyping

Startup

Supply Chain

Our mission is to transform the way goods move through the world by designing and building autonomous systems that enhance warehouse intelligence, optimize supply chains, and ensure workplace safety. We are seeking a Machine Shop Manager to build and lead our newly created machine shop with a primary focus on rapid prototyping, R&D support, and engineering iteration.

Company Overview: At Slip Robotics, we are at the forefront of revolutionizing the logistics and automation industry with cutting-edge robotic solutions. Our mission is to transform the way goods move through the world by designing and building autonomous systems that enhance warehouse intelligence, optimize supply chains, and ensure workplace safety. We believe in the power of innovation and collaboration, and our team is dedicated to pushing the boundaries of what’s possible in robotics. Join us and help shape the future of automation!Position Overview: We are seeking a Machine Shop Manager to build and lead our newly created machine shop with a primary focus on rapid prototyping, R&D support, and engineering iteration. This role is central to accelerating product development—partnering closely with Engineering to quickly fabricate, test, modify, and refine components as designs evolve.While the shop will support limited production needs, the core mandate is speed, flexibility, and technical collaboration—not high-volume machining. The ideal candidate thrives in fast-paced development environments, can translate rough concepts into physical parts quickly, and understands how to balance precision with iteration velocity.Key Responsibilities:<ul><li>Rapid Prototyping & R&D (Primary Focus)</li><li><ul><li>Partner directly with Engineering to fabricate prototype components, test fixtures, and development hardware with fast turnaround.</li><li>Enable rapid iteration by quickly modifying parts, optimizing toolpaths, and adjusting setups as designs evolve.</li><li>Provide design-for-manufacturability feedback early in the development cycle.</li><li>Support experimental builds, mechanical validation testing, and small-batch development runs.</li><li>Create flexible, reusable fixturing and processes that accelerate future iterations.</li></ul></li><li>Limited Production Support (Secondary)</li><li><ul><li>Support short-run and bridge-production needs such as edge extensions, tray feet, brackets, and other hardware when required.</li><li>Maintain repeatable processes and documentation to ensure consistent quality for small-batch runs.</li></ul></li><li>Shop Ownership & Capability Building</li><li><ul><li>Establish a high-agility prototyping workflow and define best practices optimized for speed and experimentation.</li><li>Operate and maintain CNC and manual equipment (mills, lathes, fiber laser, press brake, routers).</li><li>Develop SOPs focused on safe, efficient prototype and low-volume production work.</li><li>Document setups, toolpaths, and processes to enable fast re-runs and scaling when needed.</li><li>Manage material flow and coordinate jobs within ERP systems.</li></ul></li></ul>RequirementsExperience and Skills Required:<ul><li>Strong CNC & CAM expertise, including 2D/3D toolpath creation and efficient G-code optimization.</li><li>Demonstrated experience in prototype-driven or R&D-heavy environments.</li><li>Ability to work directly with engineers to interpret evolving designs and incomplete specifications.</li><li>Strong judgment on when to prioritize speed vs. precision in development builds.</li><li>Deep understanding of shop safety and ability to train others.</li><li>Shop Operations: Familiarity with fabrication equipment and machine shop best practices.</li></ul>Experience and Skills Preferred:<ul><li>Robotics Exposure: Experience working in robotics, especially in prototyping or manufacturing environments.</li><li>ERP/Inventory Systems: Experience using ERP systems to track materials or jobs.</li><li>General Fabrication: Welding, deburring, tapping, or assembly experience is a plus.</li><li>Documentation: Comfort documenting processes, setups, and toolpaths for repeatability.</li></ul>Qualifications:<ul><li>Experience: Minimum 5 years of experience in a machine shop or fabrication setting.</li><li>Education: Technical training, certifications, or equivalent practical experience.</li><li>Travel: Little to no travel required.</li><li>Physical: Able to lift and carry up to 50 pounds; comfortable working on your feet.</li><li>Attitude: You take ownership, thrive on independence, and are excited to build something new. You bring a “can do” attitude and a commitment to safety, quality, and service.</li></ul>BenefitsWhy Slip Robotics?<ul><li>Innovative Environment: Work on groundbreaking robotic systems that are shaping the future of logistics.</li><li>Collaborative Team: Be a part of a passionate, talented team where your input and expertise matter.</li><li>Professional Growth: Opportunities to learn, grow, and advance in the exciting field of robotics and automation.</li></ul>How to Apply: If you're ready to make an impact and work with a forward-thinking team at the cutting edge of robotics, apply now to join Slip Robotics!

Machine Shop Manager

Best Practices

Brake Press

CAD/CAM (Computer-Aided Design/Computer-Aided Manufacturing)

CNC (Computerized Numerical Control) Systems

Deburring

Establish Priorities

Lathe

Lift/Move 50 Pounds

Materials Management

Materials Tracking

Mechanical Testing

Network Routers

Product Development

Production Support

Production Volume

Rapid Prototyping

Research & Development (R&D)

Standard Operating Procedures (SOP)

Test Fixtures

Training/Teaching

User Documentation

Validation Testing

Welding

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