Research Senior Associate

📋 Description

• • The Ohio State University, a leading institution in research and education, is seeking a dedicated Research Senior Associate to join the Department of Food, Agricultural and Biological Engineering. This pivotal role focuses on advancing the understanding and development of crop protection spray technologies, with a specific emphasis on modeling the fate and transport of pesticide droplets. The position offers a unique opportunity to contribute to critical research that impacts agricultural practices and environmental stewardship, working within a dynamic academic environment.
• • In this role, you will be instrumental in executing cutting-edge research projects. Your day-to-day responsibilities will encompass the meticulous implementation of research plans, which includes the setup of experimental systems, rigorous data collection, and thorough data analysis. You will be responsible for ensuring the quality and integrity of all collected data. A significant part of your work will involve preparing comprehensive research reports that document findings and progress. Furthermore, you will have the opportunity to disseminate your research by presenting papers and findings at professional conferences and industry-oriented workshops. A key output of your work will be the preparation of manuscripts for submission to refereed publications, contributing to the scientific literature. You will also be involved in the development and preparation of grant proposals, playing a role in securing future research funding. A crucial aspect of this position involves mentoring undergraduate and graduate research assistants, guiding them in their research endeavors and fostering their academic and professional growth. Your work will directly contribute to projects focused on the lab and field-scale measurement of pesticide droplet fate and transport, the development of advanced electrostatic sprayers, and the sophisticated modeling of agricultural air emissions dispersion and fate and transport.
• • You will be joining the esteemed Department of Food, Agricultural and Biological Engineering at The Ohio State University. This department is at the forefront of innovation in agricultural and biological engineering, fostering a collaborative and intellectually stimulating environment. The team is comprised of passionate researchers and educators dedicated to solving complex challenges in food production, biological systems, and environmental sustainability. You will work alongside experienced faculty and fellow researchers who are committed to academic excellence and impactful research.
• • This position offers significant opportunities for professional development and learning. You will gain hands-on experience in advanced research methodologies, including experimental design, data acquisition, and sophisticated modeling techniques related to spray technology and environmental fate and transport. You will hone your skills in scientific writing and presentation through the preparation of reports, manuscripts, and conference presentations. The role provides a platform to develop leadership and mentorship capabilities by guiding junior researchers. Furthermore, you will have the chance to contribute to the grant writing process, gaining valuable insights into securing research funding. Success in this role can lead to a successful academic or industry career, with the potential for publications in high-impact journals and presentations at leading scientific forums.
• • The research will focus on critical areas within agricultural engineering, specifically addressing the challenges associated with spray drift and the environmental impact of pesticide application. By developing and modeling advanced spray technologies, you will contribute to more efficient and environmentally sound agricultural practices. This role is ideal for an individual with a strong scientific aptitude and a passion for applying engineering principles to real-world agricultural and environmental problems. The opportunity to work remotely provides flexibility while maintaining a high level of research productivity and collaboration. Your contributions will be vital in shaping the future of precision agriculture and sustainable crop protection strategies. The research conducted will aim to minimize off-target movement of pesticides, thereby reducing environmental contamination and enhancing applicator safety. This involves a deep dive into the physics of droplet formation, atomization, and their subsequent behavior in atmospheric conditions. The modeling aspect will involve utilizing computational fluid dynamics (CFD) and other simulation tools to predict droplet trajectories, evaporation rates, and deposition patterns under various environmental scenarios. The development of electrostatic sprayers aims to improve spray deposition efficiency by leveraging electrostatic forces to guide droplets towards the target, reducing the amount of pesticide needed and minimizing waste. This research is at the intersection of engineering, environmental science, and agricultural technology, offering a broad and impactful scope for investigation. The successful candidate will be expected to stay abreast of the latest advancements in spray technology, atmospheric science, and agricultural engineering, integrating this knowledge into their research efforts. Collaboration with other research groups within the university and potentially with external industry partners will be encouraged, fostering a multidisciplinary approach to problem-solving. The remote nature of the position requires strong self-discipline, excellent time management skills, and proficiency in virtual communication and collaboration tools. The candidate will be expected to maintain regular communication with their supervisor and research team, ensuring project milestones are met and progress is effectively tracked. The research findings will be crucial for informing regulatory bodies, agricultural extension services, and industry stakeholders on best practices for pesticide application and drift mitigation. This role is a unique opportunity to make a tangible difference in the field of agricultural engineering and environmental protection through advanced research and technological development. The term nature of the position allows for focused project work, with the potential for extension based on performance and funding availability. The scheduled hours are 30 per week, offering a balance between intensive research work and personal time. The shift is first shift, aligning with standard working hours for effective collaboration. The position is classified as a Researcher 2 (S2 level) on the career roadmap, indicating a mid-level research role with increasing responsibility and autonomy. The pay range will be determined based on internal equity, unit budget, and candidate qualifications, ensuring fair compensation for the expertise brought to the role. The remote location offers the advantage of working from anywhere, reducing commute time and allowing for a more flexible work-life balance, while still being an integral part of a world-class research institution.