• Design and develop responsive industrial web applications using Ignition Perspective and supporting web technologies • Extend Ignition’s out-of-the-box components using JavaScript, CSS, and Python scripting to meet complex business and operational requirements • Build modular, maintainable application architectures that support long-term scalability and reuse • Integrate applications with industrial and enterprise systems including, SQL databases, SAP, Sharepoint, Active Directory OPC and historian data sources (Kepware, Canary, etc.), REST APIs • Design efficient data models and queries optimized for real-time operational use • Work directly with operations, engineers, IT, business stakeholders, and business analysts to translate manufacturing workflows into digital solutions • Design interfaces and workflows optimized for industrial users operating in high-tempo production environments • Help develop and extend dev team standards and tools to improve team performance • Implement robust error handling, logging, and diagnostics • Ensure solutions meet performance, security, reliability, and compliance requirements • Produce clear technical documentation and solution architecture diagrams

• Lead and oversee the design and preparation of substation physical design drawings • Develop electrical details, grounding plans, conduit plans, control cubicle layouts • Prepare engineering studies such as AC load, illumination, grounding, lightning shielding • Coordinate with protection & controls, civil/structural, and drafting disciplines • Support client meetings, technical discussions, and project planning efforts • Participate in site visits and constructability reviews • Ensure compliance with industry codes (e.g., IEEE, NESC, NEC) and utility standards • Mentor and guide junior engineers and designers

• Responsibilities include, but are not limited, to the design and preparation of the following Protection and Control Drawings: • Protective Schemes • Substation Relay One Lines and Three Lines • AC/DC Schematics • Substation Panel Layouts • Substation Wiring Diagram and Cable Schedule • SCADA and Communication Diagrams • DC Systems Calculations • AC Systems Calculations • Development of Equipment Specification and Selection based on Clients Criteria • Development of Bill of Materials based on Design Criteria • Coordination with physical, settings, and drafting disciplines to ensure quality deliverables • Participate in client meetings and perform site visits for data gathering as required • Interpreting and incorporating vendor information into design deliverables • Apply client standards related to the work • Providing field support during construction • Perform/ensure company’s Quality assurance/Quality Control (QA/QC) processes are being followed on all design packages • Continuous improvement of job-related engineering, technical and professional knowledge, skills, and performance

• Responsibilities include, but are not limited, to the design and preparation of the following Protection and Control Drawings: • Protective Schemes • Substation Relay One Lines and Three Lines • AC/DC Schematics • Substation Panel Layouts • Substation Wiring Diagram and Cable Schedule • SCADA and Communication Diagrams • DC Systems Calculations • AC Systems Calculations • Development of Equipment Specification and Selection based on Clients Criteria • Development of Bill of Materials based on Design Criteria • Coordination with physical, settings, and drafting disciplines to ensure quality deliverables • Participate in client meetings and perform site visits for data gathering as required • Interpreting and incorporating vendor information into design deliverables • Apply client standards related to the work • Providing field support during construction • Perform/ensure company’s Quality assurance/Quality Control (QA/QC) processes are being followed on all design packages • Continuous improvement of job-related engineering, technical and professional knowledge, skills, and performance