This description is a summary of our understanding of the job description. Click on 'Apply' button to find out more. Role Description ALMACO is currently seeking a Remote Field Service Heavy Equipment Mechanic. This is a remote, field service position that works remotely in the United States. Candidates living near or relocating to Memphis, Tennessee are preferred. - Visit client sites for preventative maintenance, upgrades, and emergency repairs of agricultural equipment. - Support all components on each machine: mechanical, hydraulic, and electrical. - Speak to customers on the phone and via email to coordinate visits and provide remote support. - Provide training and education to large and small groups about the use of equipment and specific machines. - Assist Engineering and Quality departments in testing and development of new and modified research equipment. - Promote sales and service of ALMACO equipment while providing excellent customer support. Qualifications - Valid Driver’s License, clean driving record, and eligibility for a Passport. - Ability to be insured in rental cars (age 21 or older). - Very good interpersonal and communication skills to deal with a wide range of people. - Great mechanical skills; experience with large machinery is helpful. - Basic understanding of AC/DC electrical systems, computer systems, and hydraulic systems. - Working knowledge of Microsoft Office products. - Willingness to travel to customer sites and be on-call, ready to travel at short notice and for extended periods of time. Requirements - Travel will occur about 80% for this position, regularly including multiple-day trips in the United States. - A company vehicle, phone, and computer will be provided, and travel expenses are paid. Benefits - Company Vehicle - Paid Time Off - Paid Holidays - Health Insurance (with a $0 premium option!) - Dental Insurance - Vision Insurance - Employer-Paid Disability Insurance - Employer-Paid Life Insurance - Supplemental Insurance including Cancer, Critical Illness, Hospital Indemnity and Accident plans - Flexible Spending Accounts - Health Savings Accounts - Legal/Financial Consultation - EAP - National Career Readiness Certificate is welcome.

• Lead technical excellence in hardware design, including analog, digital signal processing, embedded firmware, EMI/EMC compliance, and hazardous area certification. • Ensure thorough verification and validation practices, including functional, environmental, robustness, and compliance testing. • Work in close coordination with software development, product engineering, supply chain, and manufacturing to align design objectives and deliver cohesive, production-ready solutions. • Lead all aspects of the mechanical design of enclosures and chassis, ensuring compliance with thermal, structural, and manufacturability requirements. • Ensure project costs, scope, quality, and development timelines are achieved within senior management goals. • Engage and manage third-party development partners to augment internal design capabilities. • Manage the entire firmware development lifecycle—from architecture, coding (primarily in C/C++), testing, and documentation to final deployment. • Design and review schematics and PCB layouts for rugged industrial hardware. • Develop and implement test plans to ensure system reliability and performance in harsh environments. • Integrate industrial communication protocols such as CAN, Modbus (RTU / TCP), IO-Link, Profinet, Profibus, EtherCAT, and Ethernet/IP. • Troubleshoot and debug both hardware and firmware issues on real industrial systems, including oil & gas machinery. • Ensure seamless data acquisition, transmission, and sensor performance in the field. • Maintain accurate documentation and track bugs, updates, and design changes.

• Participate in and manage the development effort of multiple hardware products simultaneously • Develop clear, detailed product requirements and specifications • Lead the design-stage work by developing system- and subsystem-level specifications • Own the end-to-end product development across electrical, mechanical, and firmware domains • Serve as the primary technical point of contact for contract manufacturers • Drive DFMA, DFT, and DFR across the design • Develop test plans derived from product requirements • Coordinate regulatory and certification activities • Travel regularly to manufacturing sites to support builds • Provide technical guidance and mentorship

• The OSP Design Engineer is a hands-on technical role responsible for the end-to-end design of fiber optic network infrastructure. • Responsible for the full lifecycle of engineering deliverables, including field data collection, High Level Design (HLD), detailed Low Level Design (LLD), and the generation of permit packages. • High Level Design (HLD): specific route planning, serving area architecture, and feeder network design to maximize coverage while minimizing construction costs. • Low Level Design (LLD): Produce detailed construction-ready prints, including conduit configuration, fiber splicing schematics, building entrances, and termination points. • Perform optical power budget calculations and material selection to ensure network integrity. • Conduct physical site surveys and walk-outs to validate route feasibility, identify obstacles, and verify existing utility infrastructure. • Assess pole loading and identify necessary make-ready work for aerial attachments in compliance with NESC/GO95 standards. • Create comprehensive permit application packages (drawings, traffic control plans, and narratives) for submission to State DOTs, municipalities, railroads, and utility pole owners. • Ensure all designs adhere to local codes, ordinances, and utility owner requirements.