We are seeking a highly motivated and experienced AI Consultant with a proven background in AI adoption to join our AI Center of Excellence (AI COE). This position is ideal for a senior, hands-on candidate who advises customers on how to apply AI to their business, turns that advice into working results, and reports to the AI COE Lead. The role supports Client business domains, primarily in an advisory capacity, across Security (enterprise security and cybersecurity), Manufacturing, Infrastructure (build and operations), and Connected Services, with Security having the highest demand for support, followed by Manufacturing. The successful candidate will use a strong technical background to run proofs of concept (POCs) and product evaluations hands-on, and translate the results into clear recommendations, while project delivery remains owned by the Delivery Teams. Essential Functions: Description / Essential Functions: AI Advisory Advise customers and domain teams on AI adoption, from identifying and prioritizing use cases to defining roadmaps, governance and success measures. Analyze customer business processes end to end, identify where AI and automation deliver measurable value, and build the business case (ROI, cost/benefit). Lead workshops and executive briefings, and present recommendations to senior customer stakeholders. Advise on responsible and secure AI adoption, including data protection, access control and AI-specific risks such as prompt injection and data leakage. Domain Support Security (highest demand): Prioritize AI adoption for patch management and system hardening, while also advancing AI-assisted security operations such as playbook automation, incident response and investigation. Manufacturing: Shape AI use cases around factory production processes and IoT/OT data, such as predictive maintenance, quality inspection and anomaly detection. Infrastructure: Support AI use cases in infrastructure build and operations as demand arises. Connected Services: Support AI use cases in connected services as demand arises. Hands-on POC and Product Evaluation Plan, build and run POCs, including scope, success criteria, test scenarios and evaluation reports. Lead hands-on evaluations of AI and automation products and platforms (for example, Tines for security workflow automation and Ignition for industrial/OT data), and deliver objective fit/gap findings and go/no-go recommendations. Design solution architectures for AI, GenAI and AI Agent solutions on Microsoft Azure or AWS, and provide technical input to proposals, POC plans and SoWs. Knowledge Assets and Partners Capture reusable assets such as use cases, reference architectures, evaluation reports, and demo/POC materials for horizontal deployment across domains and customers. Coordinate with external partners (cloud providers, AI and security vendors, system integrators) on joint demos, POCs and validations. Requirements Minimum qualification: Required Education & Experience: Bachelor's degree in Computer Science, Information Systems, Engineering, or a related field, or equivalent practical experience. 8+ years of experience in IT consulting, solution architecture, or related technical roles, including at least 3 years of hands-on experience delivering AI, GenAI or intelligent automation solutions in production or customer POCs. Proven experience advising customers on AI adoption (use case identification, business case, roadmap and governance), credible with both business and executive stakeholders. Strong hands-on technical skills in GenAI and AI Agent technologies (for example, LLMs, RAG, prompt engineering, agent orchestration, Power Platform/Copilot Studio) and in cloud AI services on Microsoft Azure or AWS. Proven track record of running POCs and product evaluations hands-on, from planning through final recommendation. Experience applying technology or AI in at least one of Client focus domains, with enterprise security or cybersecurity strongly preferred and manufacturing as the next priority. Business-analyst capability: experience mapping end-to-end business processes and identifying where AI and automation pay off. Excellent communication, facilitation and presentation skills, and the ability to work independently in cross-functional, multicultural teams. (Candidate would be disqualified if they do not meet these requirements) Preferred Qualifications: Security domain experience, such as SOC operations, incident response, SIEM/XDR (for example, Microsoft Sentinel, Microsoft Defender or Splunk) and SOAR or security automation platforms such as Tines. Manufacturing domain experience, such as factory production processes (production, quality, maintenance, MES), IoT/OT data, and platforms such as Ignition or SCADA. Experience in infrastructure build and operations. Experience with connected services. Experience with AI Agent frameworks and protocols (for example, Semantic Kernel, LangChain/LangGraph, AutoGen or MCP) and AI platforms such as Azure AI Foundry, Azure OpenAI or Amazon Bedrock. Experience applying AI across the software development lifecycle (SDLC), including Requirements, Architecture, Story Creation, Development, and QEA Execution. Relevant certifications, such as Microsoft Azure AI Engineer, AWS Certified Machine Learning Engineer, AWS Certified Generative AI Developer, AWS Certified Data Engineer, CompTIA Security+, CISSP or CBAP. Experience working with Japanese companies or in a global, bilingual environment. Position Type/Expected Hours of Work: Hybrid work environment (2 days per week in the office). Contract-to-hire position. Occasional evening and weekend work may be required as job duties demand. Working hours are Monday Friday from 9AM 6PM. Travel: This position requires up to 10-20% travel.
11/13/2026
Full time
We are seeking a highly motivated and experienced AI Consultant with a proven background in AI adoption to join our AI Center of Excellence (AI COE). This position is ideal for a senior, hands-on candidate who advises customers on how to apply AI to their business, turns that advice into working results, and reports to the AI COE Lead. The role supports Client business domains, primarily in an advisory capacity, across Security (enterprise security and cybersecurity), Manufacturing, Infrastructure (build and operations), and Connected Services, with Security having the highest demand for support, followed by Manufacturing. The successful candidate will use a strong technical background to run proofs of concept (POCs) and product evaluations hands-on, and translate the results into clear recommendations, while project delivery remains owned by the Delivery Teams. Essential Functions: Description / Essential Functions: AI Advisory Advise customers and domain teams on AI adoption, from identifying and prioritizing use cases to defining roadmaps, governance and success measures. Analyze customer business processes end to end, identify where AI and automation deliver measurable value, and build the business case (ROI, cost/benefit). Lead workshops and executive briefings, and present recommendations to senior customer stakeholders. Advise on responsible and secure AI adoption, including data protection, access control and AI-specific risks such as prompt injection and data leakage. Domain Support Security (highest demand): Prioritize AI adoption for patch management and system hardening, while also advancing AI-assisted security operations such as playbook automation, incident response and investigation. Manufacturing: Shape AI use cases around factory production processes and IoT/OT data, such as predictive maintenance, quality inspection and anomaly detection. Infrastructure: Support AI use cases in infrastructure build and operations as demand arises. Connected Services: Support AI use cases in connected services as demand arises. Hands-on POC and Product Evaluation Plan, build and run POCs, including scope, success criteria, test scenarios and evaluation reports. Lead hands-on evaluations of AI and automation products and platforms (for example, Tines for security workflow automation and Ignition for industrial/OT data), and deliver objective fit/gap findings and go/no-go recommendations. Design solution architectures for AI, GenAI and AI Agent solutions on Microsoft Azure or AWS, and provide technical input to proposals, POC plans and SoWs. Knowledge Assets and Partners Capture reusable assets such as use cases, reference architectures, evaluation reports, and demo/POC materials for horizontal deployment across domains and customers. Coordinate with external partners (cloud providers, AI and security vendors, system integrators) on joint demos, POCs and validations. Requirements Minimum qualification: Required Education & Experience: Bachelor's degree in Computer Science, Information Systems, Engineering, or a related field, or equivalent practical experience. 8+ years of experience in IT consulting, solution architecture, or related technical roles, including at least 3 years of hands-on experience delivering AI, GenAI or intelligent automation solutions in production or customer POCs. Proven experience advising customers on AI adoption (use case identification, business case, roadmap and governance), credible with both business and executive stakeholders. Strong hands-on technical skills in GenAI and AI Agent technologies (for example, LLMs, RAG, prompt engineering, agent orchestration, Power Platform/Copilot Studio) and in cloud AI services on Microsoft Azure or AWS. Proven track record of running POCs and product evaluations hands-on, from planning through final recommendation. Experience applying technology or AI in at least one of Client focus domains, with enterprise security or cybersecurity strongly preferred and manufacturing as the next priority. Business-analyst capability: experience mapping end-to-end business processes and identifying where AI and automation pay off. Excellent communication, facilitation and presentation skills, and the ability to work independently in cross-functional, multicultural teams. (Candidate would be disqualified if they do not meet these requirements) Preferred Qualifications: Security domain experience, such as SOC operations, incident response, SIEM/XDR (for example, Microsoft Sentinel, Microsoft Defender or Splunk) and SOAR or security automation platforms such as Tines. Manufacturing domain experience, such as factory production processes (production, quality, maintenance, MES), IoT/OT data, and platforms such as Ignition or SCADA. Experience in infrastructure build and operations. Experience with connected services. Experience with AI Agent frameworks and protocols (for example, Semantic Kernel, LangChain/LangGraph, AutoGen or MCP) and AI platforms such as Azure AI Foundry, Azure OpenAI or Amazon Bedrock. Experience applying AI across the software development lifecycle (SDLC), including Requirements, Architecture, Story Creation, Development, and QEA Execution. Relevant certifications, such as Microsoft Azure AI Engineer, AWS Certified Machine Learning Engineer, AWS Certified Generative AI Developer, AWS Certified Data Engineer, CompTIA Security+, CISSP or CBAP. Experience working with Japanese companies or in a global, bilingual environment. Position Type/Expected Hours of Work: Hybrid work environment (2 days per week in the office). Contract-to-hire position. Occasional evening and weekend work may be required as job duties demand. Working hours are Monday Friday from 9AM 6PM. Travel: This position requires up to 10-20% travel.
Job Description Job Description Altronic has long been regarded as the world's leading manufacturer of ignition and control systems for industrial engines largely used in the oil and gas industry. Our products represent the industry standard for quality, which are all designed to improve engine performance and enhance reliability. We are looking for a skilled Embedded Electronics Hardware Engineer with a strong primary focus on schematic capture and PCB layout to join our team developing rugged embedded control systems for the industrial stationary engine market. In this hands-on role, you will own the core hardware design process: translating system requirements into detailed schematics, developing high-reliability multilayer PCB layouts optimized for harsh industrial environments, and actively bringing up and debugging prototypes in the lab. You'll work closely with systems engineers, firmware developers, and manufacturing to deliver products that withstand vibration, extreme temperatures, EMI, and decades of continuous operation in power generation, gas compression, and heavy industrial applications. This is an excellent opportunity for a detail-oriented hardware designer who loves the full cycle of circuit design - from initial concept sketches to functional prototypes on the bench. Key Responsibilities: Analyze, design, and develop analog and digital circuits as required Create detailed, well-documented schematics for embedded systems including microcontrollers, power supplies, analog sensor interfaces, high-voltage drivers, and industrial communication circuits Perform component selection, derating analysis, and worst-case circuit analysis for reliability in harsh conditions Design high-reliability multilayer PCBs (4-6 layers typical) with focus on signal integrity, power distribution, thermal management, EMI/EMC mitigation, and mechanical constraints Optimize layouts for manufacturability, testability, and long-term field reliability (vibration, shock, -40 ree;C to ree;C operation) Collaborate with external layout resources when needed, but personally own critical designs Assemble, power-up, and debug first-article prototypes using oscilloscopes, logic analyzers, spectrum analyzers, thermal imaging, and environmental chambers Identify and resolve hardware issues (noise, timing, power sequencing, thermal hotspots, etc.) Support firmware integration and system-level validation on engine test stands Work directly with systems engineers to refine requirements and architecture Contribute to our component library, design guidelines, and DFx (design for excellence) processes Participate in root-cause analysis for field returns and legacy product sustaining Conduct design reviews Communications protocols over hardware networks CAN, RS485, ETHERNET Requirements: Bachelor's degree in Electrical Engineering or related field 3+ years of hands-on experience in embedded hardware design, with strong emphasis on schematic capture and PCB layout. Proficiency with EDA tools (KiCad preferred) Solid understanding of analog/digital design, power electronics, high-speed signals, and EMI best practice Experience bringing up and debugging complex prototypes in a lab environment Familiarity with industrial/automotive -grade design practices (derating, conformal coating, wide-temp components) Hands-on skills with lab equipment (scopes, multimeters, soldering stations, logic analyzers) Strong attention to detail and documentation discipline Preferred Requirements: Knowledge of engines and how they operate Experience designing electronics for stationary engines, heavy equipment, or similar harsh-environment applications Knowledge of industrial protocols (CAN/J1939, Modbus) and safety certifications (CSA, UL, IEC, ATEX) Work Environment: This position operates in a professional office environment. Standard business hours apply, with flexibility to meet project deadlines as needed.We're an equal opportunity employer. All applicants will be considered for employment without attention to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran or disability status. HOERBIGER is an Equal Opportunity Employer Drug Free Workplace E-verify
11/12/2026
Full time
Job Description Job Description Altronic has long been regarded as the world's leading manufacturer of ignition and control systems for industrial engines largely used in the oil and gas industry. Our products represent the industry standard for quality, which are all designed to improve engine performance and enhance reliability. We are looking for a skilled Embedded Electronics Hardware Engineer with a strong primary focus on schematic capture and PCB layout to join our team developing rugged embedded control systems for the industrial stationary engine market. In this hands-on role, you will own the core hardware design process: translating system requirements into detailed schematics, developing high-reliability multilayer PCB layouts optimized for harsh industrial environments, and actively bringing up and debugging prototypes in the lab. You'll work closely with systems engineers, firmware developers, and manufacturing to deliver products that withstand vibration, extreme temperatures, EMI, and decades of continuous operation in power generation, gas compression, and heavy industrial applications. This is an excellent opportunity for a detail-oriented hardware designer who loves the full cycle of circuit design - from initial concept sketches to functional prototypes on the bench. Key Responsibilities: Analyze, design, and develop analog and digital circuits as required Create detailed, well-documented schematics for embedded systems including microcontrollers, power supplies, analog sensor interfaces, high-voltage drivers, and industrial communication circuits Perform component selection, derating analysis, and worst-case circuit analysis for reliability in harsh conditions Design high-reliability multilayer PCBs (4-6 layers typical) with focus on signal integrity, power distribution, thermal management, EMI/EMC mitigation, and mechanical constraints Optimize layouts for manufacturability, testability, and long-term field reliability (vibration, shock, -40 ree;C to ree;C operation) Collaborate with external layout resources when needed, but personally own critical designs Assemble, power-up, and debug first-article prototypes using oscilloscopes, logic analyzers, spectrum analyzers, thermal imaging, and environmental chambers Identify and resolve hardware issues (noise, timing, power sequencing, thermal hotspots, etc.) Support firmware integration and system-level validation on engine test stands Work directly with systems engineers to refine requirements and architecture Contribute to our component library, design guidelines, and DFx (design for excellence) processes Participate in root-cause analysis for field returns and legacy product sustaining Conduct design reviews Communications protocols over hardware networks CAN, RS485, ETHERNET Requirements: Bachelor's degree in Electrical Engineering or related field 3+ years of hands-on experience in embedded hardware design, with strong emphasis on schematic capture and PCB layout. Proficiency with EDA tools (KiCad preferred) Solid understanding of analog/digital design, power electronics, high-speed signals, and EMI best practice Experience bringing up and debugging complex prototypes in a lab environment Familiarity with industrial/automotive -grade design practices (derating, conformal coating, wide-temp components) Hands-on skills with lab equipment (scopes, multimeters, soldering stations, logic analyzers) Strong attention to detail and documentation discipline Preferred Requirements: Knowledge of engines and how they operate Experience designing electronics for stationary engines, heavy equipment, or similar harsh-environment applications Knowledge of industrial protocols (CAN/J1939, Modbus) and safety certifications (CSA, UL, IEC, ATEX) Work Environment: This position operates in a professional office environment. Standard business hours apply, with flexibility to meet project deadlines as needed.We're an equal opportunity employer. All applicants will be considered for employment without attention to race, color, religion, sex, sexual orientation, gender identity, national origin, veteran or disability status. HOERBIGER is an Equal Opportunity Employer Drug Free Workplace E-verify
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting
11/06/2026
Full time
Develop and support Ignition applications for manufacturing process control, error proofing, traceability and process data collection. Build HMIs, scripts, tags, alarms, reports and database integrations; validate SQL data and troubleshoot application, equipment and gateway issues. Collaborate with engineering, operations, quality, IT and database teams to test, document and deploy reliable systems. Responsibilities Design, develop, test and deploy Ignition projects, including HMIs, Python scripts, tags, alarms, reports and database links. Build error-proofing, traceability, process-variable collection and operator-input validation systems. Validate manufacturing SQL data against equipment signals, operator entries and process records. Investigate data discrepancies and correct application logic, scripts, bindings or input configurations. Coordinate approved changes, testing and production deployments with database administrators and IT. Monitor gateway, tag, database and script health; maintain backups, access controls and technical documentation. Required Skills Ignition Designer Python/Jython scripting Ignition Perspective SQLMicrosoft SQL Server T-SQLIgnition tags and bindings Named queries Gateway diagnostics PLC, OPC and industrial network troubleshooting