Crop Defenders Ltd. is a pioneering biological crop protection company dedicated to producing and supplying ecological alternatives to pesticides for consumable crop growers. Our mission is to improve the lives of millions by enabling growers to produce ecologically grown crops that are safer for farmers, consumers, and the ecosystem.
Through continuous innovation in product development, operational optimization, and trusted partnerships, we help growers across North America adopt sustainable practices that support food security and environmental health.
Job Purpose
The
Advanced Manufacturing & Automation Engineer
plays a key role in advancing Crop Defenders' manufacturing capabilities through process innovation, engineering, and technology integration.
This position combines industrial and manufacturing engineering with automation, robotics, machine vision, controls, and emerging technologies to develop practical solutions that improve production efficiency, scalability, reliability, and safety.
Working closely with Production, Operations, and other cross-functional teams, the engineer will identify improvement opportunities, design and prototype solutions, evaluate technologies, and lead engineering initiatives from concept through successful implementation.
The ideal candidate is a hands-on, multidisciplinary engineer who combines strong analytical capabilities with practical problem-solving skills and a passion for transforming manufacturing processes.

Key Responsibilities
Manufacturing Process Improvement
Analyze manufacturing processes to identify constraints, inefficiencies, and opportunities for improvement.
Develop cutting-edge solutions to simplify, standardize, and optimize production activities.
Apply industrial engineering and continuous improvement methodologies to enhance production performance.




Evaluate opportunities for mechanization and automation while prioritizing practical, sustainable solutions.
Collaborate with production personnel to understand operational challenges and develop effective improvements.
Automation & Advanced Manufacturing
Design, evaluate, and implement automation solutions for manufacturing and production operations.
Explore and integrate technologies such as robotics, collaborative robots, machine vision, industrial sensors, and control systems.
Assess emerging technologies, including Physical AI and intelligent automation, for potential manufacturing applications.
Develop or modify manufacturing equipment, fixtures, tooling, and mechanical systems.
Collaborate with equipment suppliers, automation integrators, and engineering partners to deliver technical solutions.
Translate operational challenges into engineering concepts and practical solutions.
Design and develop prototypes, experimental setups, and proof-of-concept systems.
Conduct feasibility studies, testing, and technical evaluations to validate proposed solutions.
Use engineering analysis, experimentation, and data to guide design decisions.
Refine solutions based on testing results, operational feedback, and technical requirements.
Project Implementation & Systems Integration
Lead engineering and automation projects from initial concept through implementation and operational stabilization.




Coordinate equipment installation, integration, commissioning, and performance validation.
Work with internal teams and external partners to ensure successful project execution.
Develop technical documentation, operating procedures, and equipment specifications.
Support the transfer of technical knowledge to Production and Operations teams.
Equipment Safety & Reliability
Ensure new and modified equipment meets applicable occupational health and safety requirements.
Incorporate machine guarding, ergonomic considerations, and safe operating practices into engineering designs.
Support equipment risk assessments, safeguarding evaluations, and applicable Pre-Start Health and Safety Reviews.
Collaborate with production and maintenance personnel to improve equipment reliability and maintainability.
Stay informed about advancements in manufacturing technologies, automation, robotics, and engineering practices.
Identify opportunities to apply emerging technologies to real manufacturing challenges.
Promote a culture of experimentation, continuous improvement, and evidence-based decision-making.
Collaborate across departments to develop solutions that support long-term operational excellence.
Evaluate the technical and economic feasibility of improvement initiatives.
Key Requirements
Bachelor's degree in Engineering or a closely related technical discipline.
Master of Applied Science (MASc) in Engineering or a closely related technical discipline.
Educational background in Mechatronics, Robotics, Automation, Controls, Industrial, Manufacturing, Mechanical, Electrical, Computer, Software Engineering, or another relevant multidisciplinary engineering field.
Demonstrated experience in manufacturing engineering,

📌 Advanced Manufacturing (Canada)
🏢 Crop Defenders
📍 Canada