Sprayer Systems and Application Technology Lead

Iowa State University•Ames, IA

10d•Onsite

About The Position

Build the Future of Agriculture. If you want your work to matter beyond the lab - on real equipment, in real farm fields, with measurable impact - this is the role for you. Who We Are The Digital Ag Innovation Lab at Iowa State University partners with leading agricultural companies to design, build, and deploy next-generation technologies for agriculture. Our team works at the intersection of applied engineering, industry collaboration, and the land-grant mission, moving ideas from concept to prototype to field deployment. Our vision is bold: to be the premiere thought leader and partner in ag innovation. Our mission guides everything we do: Innovate. Educate. Outreach. We operate with four core values: Passion. Innovation. Collaboration. Excellence. This is a place for builders, problem-solvers, and systems thinkers who want their work to move from idea → prototype → field → industry adoption. The Opportunity We are seeking a Sprayer Systems and Application Technology Lead to build and lead a growing program focused on the development, testing, and field evaluation of agricultural application systems. This role connects application technology, agronomy, and field operations to evaluate how equipment design, application parameters, crop conditions, and management practices affect application performance and agronomic outcomes. This is not a desk-only leadership position. Successful candidates enjoy spending time in the shop, lab, and field working directly with equipment while also leading people, projects, and sponsor relationships. Working with engineers, agronomists, researchers, and industry partners, you will lead applied research from technical requirements and prototype development through field validation and analysis. The role combines hands-on engineering, field research, project leadership, and industry collaboration to advance liquid, dry, targeted, and variable-rate application technologies.

Requirements

Bachelor’s degree and 8 years related experience
Experience with agricultural application systems, precision agriculture, agriculture equipment, agronomy, crop production, or related technology development.
Working knowledge of agricultural application systems and the engineering principles affecting application performance, such as droplet size, pressure, flow, and speed.
Experience with field trials, lab testing, product evaluation, or system benchmarking.
Ability to connect engineering performance to agronomic outcomes.
Experience leading technical projects, research initiatives, sponsor relationships, and cross-functional teams.
Experience with agricultural equipment, agricultural inputs, or production agriculture.
Candidates must be legally authorized to work in the U.S. on an ongoing basis without sponsorship. Immigration sponsorship is not available for this position.

Nice To Haves

Advanced degree in agricultural engineering, agronomy, or related field, or equivalent industry experience
Background in agriculture application technology, precision agriculture, agricultural equipment, crop input technology, or related industry
Experience conducting field trials, in-field testing, or performance benchmarking of ag application systems
Experience defining technical requirements, planning test programs, and managing work across cross-functional projects and teams
Demonstrated ability to connect engineering parameters (e.g., pressure, droplet size, duty cycle, travel speed) to biological efficacy and input-use efficiency
Experience leading or mentoring cross-functional teams in lab and field environments

Responsibilities

Lead development, testing, and field validation of agricultural application systems, including spray, fertilizer, and targeted delivery technologies
Define technical and agronomic requirements and develop field and laboratory test methods, performance measures, and validation plans.
Evaluate how application systems and operating parameters affect application performance, crop response, input use, and field productivity.
Analyze field and system data to guide technology development and improve application performance.
Lead and mentor engineers, technicians, students, and research staff while coordinating work across agronomy, engineering, and industry partners.
Lead research projects and develop new industry opportunities, including scope, resources, budgets, schedules, sponsor communication, and delivery.