Job Description:
The Digital Agriculture Innovation Lab (www.isudigitalag.org) at Iowa State University is looking for a Research & Development Engineer I to join our dynamic team. This position involves contributing to innovative research and development activities within a team, with a focus on advanced machinery engineering and control systems. With a strong track record of innovation, our team holds over 90 patents and licensed technologies.
As a Research & Development Engineer, you’ll have the chance to work hands-on with state-of-the-art technology in agriculture. Our team promotes a learning-based environment where continuous growth and development are highly encouraged. You’ll engage with innovative projects that push the boundaries of agricultural engineering, offering excellent opportunities for professional advancement and making a significant impact on the future of digital agriculture.
Digital Ag’s vision to be the premiere thought leader and partner in ag innovation is reinforced by our mission to innovate, educate, and outreach by bridging the gap between ideas and practical application, cultivating a culture of continuous learning, and elevating individuals and organizations to adopt advanced ag tech solutions for a more sustainable and efficient future. Strengthened by a team of service driven and abundant thinkers, passionate about agriculture and striving for excellence, we are committed to combining technological advancement with practical solutions, emphasizing Digital Ag’s role in driving positive impact in the agricultural industry.
Key Responsibilities:
- Collaborate with a team on research and development projects related to the design, development, testing, and evaluation of automated ag machinery.
- Assist with technical components of engineering projects, including the development of engineering control software, implementation of model-based software development, and development and execution of field testing of ag machinery.
- Plan and design the construction, installation, and operating protocols for moderate to complex engineering system test programs under the guidance of the team lead. Including the integration of software, electrical, sensing, mechanical, and fluid power systems
- Integrate and analyze data from various sensors and hardware. Perform data analysis to identify trends, adapt software, and optimize project outcomes.
- Summarize project results and effectively communicate outcomes to internal and external stakeholders.
- Operate agricultural equipment and machinery safely and effectively, applying best practices and safety protocols to minimize risks and ensure smooth operation.
