Cindavi

Job Description Build deep expertise across PLC, DCS, HMI, and OT systems while helping shape the next generation of our plant. Position Summary We are looking for a driven Process Automation Engineer to join our Project Engineering Group in Batesville, Arkansas. We are hiring a Process Controls / Automation Engineer to help support and modernize a complex specialty chemical manufacturing operation. This is a high-impact opportunity to work across legacy and next-generation technologies, including an active migration to ABB 800M controls. You will learn how the entire plant operates, collaborate with experienced technical leaders, and grow into a trusted resource for automation, troubleshooting, and engineering decisions. Key Responsibilities Design, implement, integrate, test, and start up automation solutions for batch and continuous processes. Support change orders, upgrades, and improvement projects across PLC, DCS, HMI, and plant-network environments. Program and troubleshoot systems using ladder logic, structured text, function blocks, and batch-sequencing tools. Help advance our ABB 800xA and 800M modernization work while supporting Allen-Bradley, legacy DCS, and vendor systems. Partner with process engineering, project engineering, operations, electrical maintenance, and instrumentation teams to solve plant-wide problems. Diagnose root causes, improve reliability and capacity, develop procedures, and contribute to equipment and process design decisions. Participate in occasional after-hours support when critical plant issues arise. Qualifications Bachelor's degree in Chemical, Electrical, or Computer Engineering is preferred, but strong technologists, technicians, and systems integrators are encouraged to apply. Experience or strong demonstrated aptitude in process controls, automation, systems integration, or controls programming. Strong PC literacy and comfort with Windows environments, servers, domains, networking, and operational technology. A practical understanding of controllers, I/O, instrumentation, and fieldbus technologies. Experience in chemical, petroleum, or another continuous or batch manufacturing environment is preferred. You will join a close-knit technical team where people share knowledge, work across systems, and see the real-world results of their decisions. If you want technical variety, meaningful ownership, and room to become a go-to plant resource, apply now.

Job Description If you enjoy taking complex machines from concept to validated performance, this is the opportunity to make your mark. About the Position: We build high-quality vegetation management equipment designed to perform in demanding, real-world environments. As we grow, we are looking for a Test Engineer who brings rigor, curiosity, and practical engineering judgment to the product development process. Your work will directly influence equipment performance, reliability, and the confidence with which we bring new products and improvements to market. You will join a collaborative team that values hands-on problem solving and continuous learning. Working closely with Engineering, R&D, Product Management, Operations, Sales, and customers, you will turn performance expectations into clear validation plans and actionable results. This is an opportunity to stay close to the equipment, combine data with field experience, and make a visible impact on products built for serious work. Key Responsibilities: Define product performance expectations, project priorities, and validation requirements with cross-functional teams and customer stakeholders. Develop and execute thorough test and validation plans for individual components and complete equipment systems. Coordinate product testing with Engineering and R&D, ensuring the right resources, timing, and technical focus are in place. Analyze test data, prepare clear reports for internal and external audiences, and recommend product or process improvements. Build and maintain testing policies, procedures, work instructions, and documentation that strengthen consistency and quality. Research and evaluate materials, assemblies, processes, and equipment that support effective testing activities. Conduct site, customer, and field testing as needed, while managing project-related testing costs and resources. Qualifications: Bachelor's degree in Mechanical, Electrical, Agricultural, or a related engineering discipline. 2+ years of experience in product testing, validation, development, or a closely related engineering role. Strong attention to detail, project leadership skills, and the ability to communicate effectively across teams. The ability to translate product requirements into practical test methods, disciplined documentation, and meaningful conclusions. Experience with hydraulic and electrical systems is preferred. Hands-on experience operating forestry, construction, agricultural, or similar heavy equipment is preferred. If you want to help create equipment that earns trust in the field and grow alongside a team that takes pride in doing exceptional work, we want to hear from you. Apply today to bring your testing expertise to work where it matters most.

Job Description Will an automated system perform as designed before deployment? Help us answer that question. Join our team and turn digital twins into the evidence behind better designs, controls testing, and deployment decisions. Job Summary We're hiring an Automation Systems Modeling Engineer to own simulation and emulation work for automated material handling systems. You'll work with engineering, controls, and software teams to bring mechanical layouts into 3D environments, validate system performance, and support integrated testing before deployment. This is an individual contributor opportunity to build a dedicated modeling capability and help establish the foundation for a systems engineering group. What You'll Do • Build and refine digital twin models from automated material handling layouts, representing equipment and material flows in a 3D environment. • Customize model equipment and logic using C# and software extensions to support simulation and emulation needs. • Run simulations with engineering, controls, and software teams to validate projected system rates and inform design changes. • Develop emulation models for integrated controls and software testing, connect models to PLCs/controllers, and support testing activities. • Prepare internal and customer-facing reports explaining modeling assumptions, simulation results, and system performance. What You'll Bring • Bachelor's degree in Mechanical Engineering, Mechatronics Engineering, or Software Engineering from an accredited university, or equivalent experience. A master's degree will also be considered. • At least four years of relevant experience, with five or more years preferred. • Hands-on proficiency in digital twin or simulation software. Emulate3D is strongly preferred; comparable platforms are acceptable with a credible transition plan. • Solid C# experience, or very closely comparable programming experience, used to extend or customize models. • Comfort working with data using tools such as Excel and SQL. • Ability to interpret mechanical drawings and layouts and work with 3D models of automated material handling systems. • Controls/PLC familiarity sufficient to connect models to controllers. PLC programming and emulation experience for integration testing are a plus. • Availability for onsite work near one of the listed offices and approximately 15% travel, generally in one- or two-day trips. We offer an annual base salary of $90,000-$120,000, 15 days of PTO, and company holidays. Ready to turn models into meaningful engineering decisions? Apply today.

Job Description Design firmware that makes its way into the lighting of high-performance machines - the kind crafted by Ferrari, Lamborghini, and Bugatti. Job Summary We're looking for an Embedded Firmware Engineer II who can take full ownership of firmware development across the entire product lifecycle. You will architect, code, test, and refine the firmware that powers our industry-leading lighting technologies. From concept through production launch and ongoing support, you will help shape the embedded intelligence behind every product we deliver. Job Responsibilities: Explore Develop innovative, robust embedded firmware solutions independently Lead development activities for one or more projects from concept to end-of-life Design and implement production-level and R&D software solutions Write high-performance embedded C code for microcontroller-based systems Use Simulink to design, simulate, and test embedded applications Innovate Define and enforce software development standards and best practices Support production teams on firmware-related issues and electronic component decisions Interpret schematics and understand hardware-software interactions Implement and optimize CAN communication protocols based on product requirements Drive adoption of automated Model-Based Software Development (MBSD) workflows Perform Develop end-of-line testing mechanisms and manufacturing support software Build C++ or Python PC-based applications and automation scripts Qualifications Bachelor's degree in Computer Science, Electrical Engineering, or Computer Engineering 4+ years of embedded firmware development experience Strong proficiency in C programming and embedded systems Experience with microcontrollers, CAN, UART, and industry communication protocols Highly preferred experience with Simulink, MBSD, FreeRTOS, and/or embedded cybersecurity (HSMs, certificate chain of trust, etc.) What We Offer Competitive compensation 401(k) with company match PTO, Sick/Personal time, and 11 paid holidays Profit-sharing plan Tuition reimbursement & scholarship opportunities Professional development & advancement paths Casual, collaborative work environment