Ben Jordan

Ben has over 15 years of experience overseeing mechanical engineering projects from concept to completion. His experience includes the design, development, and project management for products such as custom winches, cranes, robots, and automated machines. He’s also skilled in electrical and controls design, including schematic design, panel layout, and PLC programming.

Ben earned a Master of Science in Mechanical Engineering from the University of Washington and is a licensed Professional Engineer in both Washington and Oregon.

He enjoys time with his wife and three children, home improvement projects, and learning ROS (Robot Operating System).

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Robots in Agriculture: Transforming the Future of Farming
AI/Machine Learning, Autonomous Mobile Robots, Robotic Software Development, Robotic Systems Integration

Robots in Agriculture: Transforming the Future of Farming

Challenges in agriculture have given way to a robot revolution that is well underway, where the use of robots in agriculture is becoming more common, proving its effectiveness, and leading to a constant stream of new insights as to how automation can benefit the agricultural industry. In this article, we’ll cover: Critical agricultural challenges to
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Why Custom Robots? Strengths, Applications, and Expected ROI
Autonomous Mobile Robots, Mechanical Engineering, Robotic Software Development, Robotic Systems Integration

Why Custom Robots? Strengths, Applications, and Expected ROI

Custom robots are specifically designed, engineered, and built to meet unique requirements, tasks, or operational environments that commonly available robots cannot address effectively. These customized robotic systems are tailored to achieve optimal performance in specialized applications, offering flexibility in design, functionality, and integration based on the specific needs of the user or industry.  Robots and
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Understanding Failure Mode and Effects Analysis (FMEA): A Crucial Step in Engineering Excellence
Mechanical Engineering

Understanding Failure Mode and Effects Analysis (FMEA): A Crucial Step in Engineering Excellence

In the engineering field—whether the focus is on mechanical engineering, firmware engineering, electrical engineering, RF engineering, or one of the other engineering subdisciplines—ensuring reliability and quality in products is paramount. Enter Failure Mode and Effects Analysis (FMEA), a systematic approach for identifying and addressing potential failures within a product or process.  By anticipating issues before
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Design for Automated Manufacturing (DFAM) in Mechanical Engineering
Manufacturing Automation, Mechanical Engineering

Design for Automated Manufacturing (DFAM) in Mechanical Engineering

Understanding Design for Automated Manufacturing (DFAM) DFAM focuses on optimizing product design to enable efficient, accurate, and cost-effective production using automated manufacturing processes. Mechanical engineering specialists and electrical engineering specialists need to influence Industrial Design concepts and plan how Industrial Design concepts will be manufactured well before detailed design begins. Design tradeoffs need to be evaluated between
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