Software Engineer

• Program DDC modules to meet precise sequences of operation
• Configure and integrate systems across multiple vendors using open and proprietary platforms
• Develop system databases for reporting, alarming, and monitoring
• Design intuitive graphical HMI interfaces for end-user interaction
• Follow departmental standards for programming, naming conventions, graphics, and backups
• Analyze project specifications and design BAS solutions
• Troubleshoot and service installed systems
• Assist with product selection, system design, and cost-effective solutions
• Prepare submittals, schedules, and turnover documentation
• Serve as a technical resource for internal teams and customers
• Participate in job site walkthroughs, including critical environments
• Design complex BAS network architectures integrating LON, Ethernet, Modbus, and BACnet
• Generate DDC point databases and startup documentation
• Support commissioning and validation processes
• Maintain organized project documentation and job files
• Create clear, functional HMI screens for complex systems
• Perform field work, including system startup and checkout
• Collaborate with team members and participate in departmental meetings

Building Automation Systems Programmer

• Develop, enhance, maintain, and troubleshoot SAP applications and custom solutions using ABAP
• Participate in SAP S/4HANA initiatives, including custom code remediation, clean core practices, and modernization using Fiori, OData, and SAP BTP
• Develop, modify, and maintain application software supporting internal and external business processes
• Meet with analysts and project leaders to understand requirements and timelines
• Collaborate with users, analysts, and project team members to define solution requirements
• Maintain existing code under minimal guidance
• Perform unit testing on programming changes
• Document program revisions and overall solution design
• Create new applications based on analyst specifications
• Develop application and training documentation
• Assist with application installation and troubleshooting guides
• Troubleshoot application issues and provide debugging support
• Test and identify solutions and create solution documents
• Provide support for outages, job failures, and implementations
• Translate system requirements and technical specifications into development work
• Assist in defining system scope and objectives for moderately complex applications
• Participate in technical discussions with other developers
• Train end users on new applications and enhancements
• Offer feedback and ideas for improving applications, processes, and systems

Application Developer II

• Acquire and organize engineering records and data for design development
• Participate in material procurement and project design documentation
• Assist in preparing detailed drawings and conducting structural analysis
• Review and integrate field markups into finalized as-built drawings
• Update asset databases and confirm field conditions
• Review external engineering consultant scopes for cost, schedule, and project scope alignment
• Occasionally participate in field work to verify design implementations
• Contribute to meaningful utility projects supporting the electric grid
• Participate in team discussions and contribute ideas

Intern – Engineering

• Assist in establishing and maintaining strategies to meet organizational objectives
• Work under the direction of a senior-level employee or manager on projects supporting business-area goals
• Develop an understanding of the organization’s business environment, corporate culture, and structure
• Support and plan small projects with management direction
• Work alongside department professionals and potentially assume departmental duties
• Present project results to management and/or department personnel
• Perform analytical work within the assigned functional area
• Participate in projects related to application support, IT operations, business systems, process improvement, or technology initiatives
• Perform other duties as assigned

Intern – Application Billing Center Developer

• Analyze drawings, sketches, design data, and processing information to determine cutter paths, cutting tools, machine speeds, and feed rates
• Create, maintain, manage, and improve CNC programs and tooling setup sheets
• Identify and participate in process and tooling improvements to reduce changeover times, improve quality, address safety issues, and increase productivity
• Write tool sheet instructions containing tool lists, fixturing, and setup information
• Use CAD and CAM software, Syteline, and MS Office for daily tasks
• Work with Tooling personnel to procure tooling
• Work with CNC Machinists to correct errors and optimize machine performance
• Work with process engineering and fixture design for proper processing and fixturing
• Comply with safety requirements and act as a safety ambassador
• Attend required trainings and meetings
• Oversee and maintain quality according to Kingsbury Quality Assurance standards
• Complete special projects, continuous improvement initiatives, and other assigned duties

Machine Tool Programmer

• Own gross margin and EBITDA performance for the Engineering Business Unit
• Own annual budget, forecasting, and staffing plans for the unit
• Translate project-level staffing input into a unit-wide plan
• Own cost structures and delivery economics
• Design and monitor departmental KPIs, including backlog strength, on-time delivery, unit cost per fiber-kilometer (KFM), and margin by project
• Own backlog, workload forecasting, and resource allocation across projects
• Own client retention, relationship health, and proactive response to client needs
• Own tool and technology evaluation and recommendation for the unit
• Own monthly reporting to management on status, performance, and metrics
• Own succession planning and leadership development pipeline, including senior engineer training and technical development
• Partner with the VP on strategic planning and provide input on client retention risk touching sales-facing accounts
• Support broadband network construction by helping clients plan builds, supplement funding, manage materials, and obtain equipment

Director of Engineering

• Adhere to Fisher Barton Safety and Quality procedures and regulations and business code of ethics
• Transfer high quality engineered coatings onto parts
• Rotate through multiple process steps including washing, masking, pre- and post-grit blasting, filling powder feeders, wire reel replacement, spraying/cladding parts, loading and unloading parts into fixturing, heat treating, part inspection and measurement, packaging, and material handling
• Operate, set up, and troubleshoot all equipment within the production cell
• Follow work instructions, inspection procedures, and documentation requirements
• Log time, task completion, and inspection results throughout the day using a computer
• Read setup sheets and basic part engineering drawings and understand statistical process trends
• Comply with the Fisher Barton Quality System and ISO 9000 requirements
• Maintain accurate, legible, and complete Quality and Process documentation
• Collaborate with technicians, engineering, and leads/supervisors to improve workplace safety, product quality, process efficiency, and productivity
• Participate in Continuous Improvement teams and training
• Maintain housekeeping and 5S in the work area

Surface Engineering Technician, 3rd Shift

• Transfer high quality engineered coatings onto parts
• Rotate through multiple process steps including washing, masking, grit blasting, filling powder feeders, wire reel replacement, spraying/cladding, fixturing, heat treating, inspection and measurement, packaging, and material handling
• Operate, set up, adjust, program, and troubleshoot equipment and tooling within the production cell
• Follow work instructions, inspection procedures, and documentation requirements
• Log time, task completion, and inspection results using a computer
• Maintain accurate, legible, and complete quality and process documentation
• Collaborate with technicians, engineering, and leads/supervisors to improve safety, quality, efficiency, and productivity
• Participate in Continuous Improvement teams and training
• Maintain housekeeping and 5S in the work area
• Adhere to Fisher Barton safety, quality, regulatory, and business ethics procedures

Surface Engineering Technician, 2nd Shift

• Develop and improve manufacturing processes, tooling, equipment, and production methods
• Analyze workflows, resources, and operations to improve productivity, capacity utilization, and operational efficiency
• Design automated manufacturing systems, robotics, and digital factory technologies
• Lead quality, process improvement, waste reduction, reliability, and operational excellence initiatives using Lean and Six Sigma principles
• Design, validate, and bring new products to market
• Provide new product development support for generator and power tool product areas
• Create and maintain CAD models, drawings, and bills of materials
• Support product development plans, including schedules, product costs, and design inputs
• Interface with internal company personnel and provide technical support for assigned projects
• Specify functional requirements; design, test, and integrate standard components
• Evaluate designs for effectiveness, cost, reliability, risk, and safety
• Design, execute, and evaluate fitness-for-use testing, product specifications, and process validation plans
• Create and review material part specifications and bills of materials
• Collaborate with manufacturing partners, contract manufacturers, designers, and product specialists to optimize designs for manufacturability
• Use CAD or CAE systems to model designs and produce detailed engineering drawings
• Travel to other Generac facilities as necessary
• Perform other duties as assigned

Industrial Engineering Intern

• Acquire and organize engineering records and data for design development
• Participate in material procurement and support project design documentation
• Assist in preparing detailed drawings and conducting structural analysis
• Review and integrate field markups into finalized as-built drawings
• Update asset databases and confirm field conditions to ensure design accuracy
• Review external engineering consultant scopes of services for cost, schedule, and project scope alignment
• Occasionally participate in field work to verify design implementations
• Contribute to meaningful utility projects and transmission engineering practices
• Participate in team discussions and contribute ideas