Viable Engineering Solutions LLC
Orlando, Florida
We are seeking a Senior Robotics Software Engineer to serve as the technical lead for the software of robotic automation projects from early concept through commissioning. In this role you will define the software problems to be solved, break them into well-scoped work for other team members, and act as the go-to technical resource for the project team, while remaining hands-on in the hardest technical work: cell-level motion planning, 3D vision, calibration, and system integration. Responsibilities Serve as the technical lead for the software of robotic automation projects from feasibility through deployment, translating loosely defined needs into software requirements, acceptance criteria, and a technical plan with identified risks and mitigations. Define software problems and break project scope into well-scoped tasks with clear requirements, interfaces, and acceptance criteria; assign them to other team members based on their skills and development needs; and track progress, review deliverables, and integrate the results into a working system. Serve as the primary technical consultant for the project team, including technical discussions with customers, unblocking others and guiding their approach rather than defaulting to doing the work yourself. Help develop software effort estimates for projects and proposals based on technical scope and risk, and flag early when technical findings change those estimates. Architect the project application in C#, .NET, WPF, and MVVM on top of the common software platform, defining module boundaries, interfaces, and test strategy, and set project-level conventions consistent with company standards. Lead robot integration for the cell on Fanuc and other 6-axis industrial robots, including multi-robot and external-axis coordination and the communication architecture between robots, PLCs, sensors, and cell software. Decide which device-integration components for cameras, laser profilometers, ultrasonic probes, PLCs, motor controllers, and digital I/O become reusable across projects, and define the integration patterns other engineers follow. Own motion planning for the full cell, including trajectory generation, collision avoidance, and offline programming, and resolve tradeoffs between reach, cycle time, accuracy, and process quality across subsystems. Lead 3D vision and localization for the cell, including point-cloud processing and vision-guided robot correction, and ensure the vision, calibration, and motion subsystems work together to meet system-level accuracy. Define accuracy and cycle-time error budgets for robotic cells, own calibration methods for robot, tool, camera, and workpiece frames, and design the validation tests that prove the system meets its requirements. Implement and verify the software side of cell safety, including Fanuc DCS or equivalent safe zones, speed limits, and safety I/O, in coordination with the controls team and the cell risk assessment. Drive cell-level performance and reliability, including communication timing between robots and devices, fault handling and recovery, and diagnostics that make field issues traceable. Lead on-site commissioning and troubleshooting independently, make technical decisions in the field, drive root-cause analysis when automated systems underperform, and communicate technical impacts to the project team. Mentor other team members through design reviews, code reviews, and pairing on difficult integration problems. Qualifications Bachelor's degree in Computer Science, Computer Engineering, Robotics, or a related field; Master's degree is a plus. 9+ years of professional software development experience, with a substantial portion in industrial robotics or automation. Expert-level C# and object-oriented design skills, with a record of building and maintaining production applications. Deep experience with .NET, Dependency Injection, WPF, and MVVM, including making architecture decisions for multi-module applications. Experience setting up branching strategies, automated testing, and code review practices for a project team using Visual Studio and Git. Strong applied mathematics, including linear algebra, coordinate transformations, kinematics, and the error analysis needed to build accuracy budgets. Hands-on experience integrating 6-axis industrial robots (Fanuc, ABB, KUKA, Yaskawa, or similar) in delivered systems, including multi-robot or external-axis cells. Demonstrated experience delivering motion planning and collision avoidance for complete robotic cells. Practical experience with machine vision using OpenCV, Cognex, Keyence, or comparable tools, including 3D vision and point-cloud processing. Track record integrating sensors, PLCs, motion controllers, and industrial communication protocols, and designing the communication architecture for a robotic cell. Led the software on at least two delivered robotic systems from concept through customer acceptance. Experience leading the technical work of a small team, including problem definition, task breakdown, delegation, and review of other engineers' work. Experience developing software effort estimates from technical scope and risk. Experience configuring robot safety functions such as Fanuc DCS; familiarity with ISO 10218 or ANSI/RIA R15.06 is a plus. Experience with robotic simulation and offline programming software, such as FANUC ROBOGUIDE, and with CAD-based path generation is a plus. Clear technical communication, including documenting design decisions and explaining tradeoffs to the project team and customers. This position is a strong fit for an experienced engineer who wants to lead the technical side of complete robotic systems, solve the hardest integration problems hands-on, and help other engineers grow. The Company: Viable Engineering Solutions is a world-class concept-to-completion center for the industrial market. We take Research and Development to the next level providing rapid prototyping, robotics, automation, and non-destructive testing solutions in our state-of-the-art concept-to-completion facility. We are located in Orlando in the heart of the Central Florida Research Park. Affirmative Action / Equal Opportunity Employer Statement: Viable Engineering Solutions is an Equal Opportunity Employer and takes affirmative action to employ and advance qualified individuals without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, protected veteran status, or disability. In compliance with federal law, we encourage qualified individuals with disabilities and protected veterans to apply. Reasonable accommodations are available upon request. As a federal contractor, Viable is committed to complying with Section 503 of the Rehabilitation Act and the Vietnam Era Veterans' Readjustment Assistance Act (VEVRAA). Compensation details: 60 Yearly Salary PI4e3539b4e5-
We are seeking a Senior Robotics Software Engineer to serve as the technical lead for the software of robotic automation projects from early concept through commissioning. In this role you will define the software problems to be solved, break them into well-scoped work for other team members, and act as the go-to technical resource for the project team, while remaining hands-on in the hardest technical work: cell-level motion planning, 3D vision, calibration, and system integration. Responsibilities Serve as the technical lead for the software of robotic automation projects from feasibility through deployment, translating loosely defined needs into software requirements, acceptance criteria, and a technical plan with identified risks and mitigations. Define software problems and break project scope into well-scoped tasks with clear requirements, interfaces, and acceptance criteria; assign them to other team members based on their skills and development needs; and track progress, review deliverables, and integrate the results into a working system. Serve as the primary technical consultant for the project team, including technical discussions with customers, unblocking others and guiding their approach rather than defaulting to doing the work yourself. Help develop software effort estimates for projects and proposals based on technical scope and risk, and flag early when technical findings change those estimates. Architect the project application in C#, .NET, WPF, and MVVM on top of the common software platform, defining module boundaries, interfaces, and test strategy, and set project-level conventions consistent with company standards. Lead robot integration for the cell on Fanuc and other 6-axis industrial robots, including multi-robot and external-axis coordination and the communication architecture between robots, PLCs, sensors, and cell software. Decide which device-integration components for cameras, laser profilometers, ultrasonic probes, PLCs, motor controllers, and digital I/O become reusable across projects, and define the integration patterns other engineers follow. Own motion planning for the full cell, including trajectory generation, collision avoidance, and offline programming, and resolve tradeoffs between reach, cycle time, accuracy, and process quality across subsystems. Lead 3D vision and localization for the cell, including point-cloud processing and vision-guided robot correction, and ensure the vision, calibration, and motion subsystems work together to meet system-level accuracy. Define accuracy and cycle-time error budgets for robotic cells, own calibration methods for robot, tool, camera, and workpiece frames, and design the validation tests that prove the system meets its requirements. Implement and verify the software side of cell safety, including Fanuc DCS or equivalent safe zones, speed limits, and safety I/O, in coordination with the controls team and the cell risk assessment. Drive cell-level performance and reliability, including communication timing between robots and devices, fault handling and recovery, and diagnostics that make field issues traceable. Lead on-site commissioning and troubleshooting independently, make technical decisions in the field, drive root-cause analysis when automated systems underperform, and communicate technical impacts to the project team. Mentor other team members through design reviews, code reviews, and pairing on difficult integration problems. Qualifications Bachelor's degree in Computer Science, Computer Engineering, Robotics, or a related field; Master's degree is a plus. 9+ years of professional software development experience, with a substantial portion in industrial robotics or automation. Expert-level C# and object-oriented design skills, with a record of building and maintaining production applications. Deep experience with .NET, Dependency Injection, WPF, and MVVM, including making architecture decisions for multi-module applications. Experience setting up branching strategies, automated testing, and code review practices for a project team using Visual Studio and Git. Strong applied mathematics, including linear algebra, coordinate transformations, kinematics, and the error analysis needed to build accuracy budgets. Hands-on experience integrating 6-axis industrial robots (Fanuc, ABB, KUKA, Yaskawa, or similar) in delivered systems, including multi-robot or external-axis cells. Demonstrated experience delivering motion planning and collision avoidance for complete robotic cells. Practical experience with machine vision using OpenCV, Cognex, Keyence, or comparable tools, including 3D vision and point-cloud processing. Track record integrating sensors, PLCs, motion controllers, and industrial communication protocols, and designing the communication architecture for a robotic cell. Led the software on at least two delivered robotic systems from concept through customer acceptance. Experience leading the technical work of a small team, including problem definition, task breakdown, delegation, and review of other engineers' work. Experience developing software effort estimates from technical scope and risk. Experience configuring robot safety functions such as Fanuc DCS; familiarity with ISO 10218 or ANSI/RIA R15.06 is a plus. Experience with robotic simulation and offline programming software, such as FANUC ROBOGUIDE, and with CAD-based path generation is a plus. Clear technical communication, including documenting design decisions and explaining tradeoffs to the project team and customers. This position is a strong fit for an experienced engineer who wants to lead the technical side of complete robotic systems, solve the hardest integration problems hands-on, and help other engineers grow. The Company: Viable Engineering Solutions is a world-class concept-to-completion center for the industrial market. We take Research and Development to the next level providing rapid prototyping, robotics, automation, and non-destructive testing solutions in our state-of-the-art concept-to-completion facility. We are located in Orlando in the heart of the Central Florida Research Park. Affirmative Action / Equal Opportunity Employer Statement: Viable Engineering Solutions is an Equal Opportunity Employer and takes affirmative action to employ and advance qualified individuals without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, protected veteran status, or disability. In compliance with federal law, we encourage qualified individuals with disabilities and protected veterans to apply. Reasonable accommodations are available upon request. As a federal contractor, Viable is committed to complying with Section 503 of the Rehabilitation Act and the Vietnam Era Veterans' Readjustment Assistance Act (VEVRAA). Compensation details: 60 Yearly Salary PI4e3539b4e5-
Viable Engineering Solutions LLC
Orlando, Florida
We are seeking a Senior Robotics Controls Engineer to serve as the controls technical lead for robotic automation projects from early concept through commissioning. In this role you will define the controls problems to be solved, break them into well-scoped work for other team members, and act as the go-to controls resource for the project team, while remaining hands-on in the hardest technical work: cell layout and reach, cycle time, safety, and system integration. Responsibilities Serve as the controls technical lead for robotic automation projects from feasibility through deployment, translating loosely defined needs into a cell concept, sequence of operations, and controls plan with identified risks and mitigations. Define controls problems and break project scope into well-scoped tasks with clear sequences, I/O, and acceptance criteria; assign them to other team members based on their skills and development needs; and track progress, review work, and integrate the results into a working cell. Serve as the primary controls consultant for the project team, including technical discussions with customers, unblocking others and guiding their approach rather than defaulting to doing the work yourself. Help develop controls effort estimates for projects and proposals based on technical scope and risk, and flag early when technical findings change those estimates. Define the robot program architecture for the cell, including program structure, error recovery and homing strategies, and reusable routines, and set project-level conventions consistent with company standards. Lead cell layout and robot selection studies in FANUC ROBOGUIDE or equivalent, validating reach, payload, cycle time, and collision clearance, and resolve tradeoffs between layout, cycle time, and process quality. Define the control architecture and signal handshakes between robots, PLCs, HMIs, vision, conveyors, and cell software, in coordination with the software team. Lead multi-robot and external-axis cells, including interference zones, coordinated motion, and conveyor tracking. Lead vision and sensor integration for the cell, and ensure vision, frames, and robot motion work together to meet system-level accuracy. Define accuracy and cycle-time budgets for robotic cells, own frame and calibration methods, and design the validation tests that prove the cell meets its requirements. Own the controls side of cell safety, including Fanuc DCS or equivalent safe zones and speed limits, safety I/O, and interlocks, in support of the cell risk assessment. Drive cell reliability and uptime, including fault handling and recovery, alarm design, and diagnostics that make production issues fast to resolve. Lead on-site commissioning and troubleshooting independently, make technical decisions in the field, drive root-cause analysis when automated systems underperform, and communicate technical impacts to the project team. Mentor other team members through program reviews, design reviews, and pairing on difficult integration problems. Qualifications Bachelor's degree in Electrical Engineering, Mechanical Engineering, Mechatronics, Robotics, or a related field. 9+ years of industrial robotics or automation experience, with a substantial portion leading robot integration. Expert-level FANUC programming, including teach pendant programming, advanced motion options, and controller configuration, with experience on at least one additional robot platform. Deep experience with FANUC ROBOGUIDE or equivalent for cell layout, reach, and cycle-time studies. Strong understanding of robot kinematics, frames, and payloads, and the error sources that affect cell accuracy. Hands-on experience with multi-robot or external-axis cells, coordinated motion, or conveyor tracking. Experience leading vision integration with Cognex, Keyence, or comparable tools, including 2D and 3D vision-guided robotics. Track record defining the control architecture between robots, PLCs, HMIs, and industrial networks such as EtherNet/IP or PROFINET. PLC programming experience on Rockwell or Siemens platforms. Ability to read and mark up electrical schematics and I/O drawings. Led the controls on at least two delivered robotic cells from concept through customer acceptance. Experience leading the technical work of a small team, including problem definition, task breakdown, delegation, and review of other engineers' work. Experience developing controls effort estimates from technical scope and risk. Experience configuring robot safety functions such as Fanuc DCS and safety I/O, and working familiarity with ISO 10218 or ANSI/RIA R15.06. Experience with FANUC KAREL or robot-to-PC communication is a plus. Clear technical communication, including documenting design decisions and explaining tradeoffs to the project team and customers. This position is a strong fit for an experienced engineer who wants to lead the controls side of complete robotic systems, solve the hardest integration problems hands-on, and help other engineers grow. The Company: Viable Engineering Solutions is a world-class concept-to-completion center for the industrial market. We take Research and Development to the next level providing rapid prototyping, robotics, automation, and non-destructive testing solutions in our state-of-the-art concept-to-completion facility. We are located in Orlando in the heart of the Central Florida Research Park. Affirmative Action / Equal Opportunity Employer Statement: Viable Engineering Solutions is an Equal Opportunity Employer and takes affirmative action to employ and advance qualified individuals without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, protected veteran status, or disability. In compliance with federal law, we encourage qualified individuals with disabilities and protected veterans to apply. Reasonable accommodations are available upon request. As a federal contractor, Viable is committed to complying with Section 503 of the Rehabilitation Act and the Vietnam Era Veterans' Readjustment Assistance Act (VEVRAA). Compensation details: 80 Yearly Salary PI2b25d89039ca-6298
We are seeking a Senior Robotics Controls Engineer to serve as the controls technical lead for robotic automation projects from early concept through commissioning. In this role you will define the controls problems to be solved, break them into well-scoped work for other team members, and act as the go-to controls resource for the project team, while remaining hands-on in the hardest technical work: cell layout and reach, cycle time, safety, and system integration. Responsibilities Serve as the controls technical lead for robotic automation projects from feasibility through deployment, translating loosely defined needs into a cell concept, sequence of operations, and controls plan with identified risks and mitigations. Define controls problems and break project scope into well-scoped tasks with clear sequences, I/O, and acceptance criteria; assign them to other team members based on their skills and development needs; and track progress, review work, and integrate the results into a working cell. Serve as the primary controls consultant for the project team, including technical discussions with customers, unblocking others and guiding their approach rather than defaulting to doing the work yourself. Help develop controls effort estimates for projects and proposals based on technical scope and risk, and flag early when technical findings change those estimates. Define the robot program architecture for the cell, including program structure, error recovery and homing strategies, and reusable routines, and set project-level conventions consistent with company standards. Lead cell layout and robot selection studies in FANUC ROBOGUIDE or equivalent, validating reach, payload, cycle time, and collision clearance, and resolve tradeoffs between layout, cycle time, and process quality. Define the control architecture and signal handshakes between robots, PLCs, HMIs, vision, conveyors, and cell software, in coordination with the software team. Lead multi-robot and external-axis cells, including interference zones, coordinated motion, and conveyor tracking. Lead vision and sensor integration for the cell, and ensure vision, frames, and robot motion work together to meet system-level accuracy. Define accuracy and cycle-time budgets for robotic cells, own frame and calibration methods, and design the validation tests that prove the cell meets its requirements. Own the controls side of cell safety, including Fanuc DCS or equivalent safe zones and speed limits, safety I/O, and interlocks, in support of the cell risk assessment. Drive cell reliability and uptime, including fault handling and recovery, alarm design, and diagnostics that make production issues fast to resolve. Lead on-site commissioning and troubleshooting independently, make technical decisions in the field, drive root-cause analysis when automated systems underperform, and communicate technical impacts to the project team. Mentor other team members through program reviews, design reviews, and pairing on difficult integration problems. Qualifications Bachelor's degree in Electrical Engineering, Mechanical Engineering, Mechatronics, Robotics, or a related field. 9+ years of industrial robotics or automation experience, with a substantial portion leading robot integration. Expert-level FANUC programming, including teach pendant programming, advanced motion options, and controller configuration, with experience on at least one additional robot platform. Deep experience with FANUC ROBOGUIDE or equivalent for cell layout, reach, and cycle-time studies. Strong understanding of robot kinematics, frames, and payloads, and the error sources that affect cell accuracy. Hands-on experience with multi-robot or external-axis cells, coordinated motion, or conveyor tracking. Experience leading vision integration with Cognex, Keyence, or comparable tools, including 2D and 3D vision-guided robotics. Track record defining the control architecture between robots, PLCs, HMIs, and industrial networks such as EtherNet/IP or PROFINET. PLC programming experience on Rockwell or Siemens platforms. Ability to read and mark up electrical schematics and I/O drawings. Led the controls on at least two delivered robotic cells from concept through customer acceptance. Experience leading the technical work of a small team, including problem definition, task breakdown, delegation, and review of other engineers' work. Experience developing controls effort estimates from technical scope and risk. Experience configuring robot safety functions such as Fanuc DCS and safety I/O, and working familiarity with ISO 10218 or ANSI/RIA R15.06. Experience with FANUC KAREL or robot-to-PC communication is a plus. Clear technical communication, including documenting design decisions and explaining tradeoffs to the project team and customers. This position is a strong fit for an experienced engineer who wants to lead the controls side of complete robotic systems, solve the hardest integration problems hands-on, and help other engineers grow. The Company: Viable Engineering Solutions is a world-class concept-to-completion center for the industrial market. We take Research and Development to the next level providing rapid prototyping, robotics, automation, and non-destructive testing solutions in our state-of-the-art concept-to-completion facility. We are located in Orlando in the heart of the Central Florida Research Park. Affirmative Action / Equal Opportunity Employer Statement: Viable Engineering Solutions is an Equal Opportunity Employer and takes affirmative action to employ and advance qualified individuals without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, protected veteran status, or disability. In compliance with federal law, we encourage qualified individuals with disabilities and protected veterans to apply. Reasonable accommodations are available upon request. As a federal contractor, Viable is committed to complying with Section 503 of the Rehabilitation Act and the Vietnam Era Veterans' Readjustment Assistance Act (VEVRAA). Compensation details: 80 Yearly Salary PI2b25d89039ca-6298
