Verified Job
Hardware / Network Engineer
Research Engineer (Mechatronics)- job post TaylorMade Golf Company
Hardware / Network Engineer
#807197
Remote / WFH
TaylorMade Golf Company
Job Description
Full job description
The Research Engineer – Mechatronics is a hands-on engineering role within the TaylorMade Research & Development team, focused on the design, prototyping, integration, and validation of electromechanical systems that advance golf equipment and player performance. This role demands deep practical expertise in mechatronics, sensor systems, electronic hardware, wiring, and embedded controls, combined with the ability to develop supporting software and user-facing tools. The ideal candidate is a builder and problem-solver who thrives in a laboratory and prototype environment, producing functional systems from concept through deployment.
Essential Functions and Key Responsibilities:
Design, prototype, wire, assemble, and test mechatronic and electromechanical systems used in golf equipment evaluation, performance measurement, and product development
Develop and interpret wiring diagrams, schematics, and electrical specifications for custom hardware assemblies, test rigs, and IoT-connected devices
Select, integrate, and characterize sensors (IMUs, load cells, encoders, pressure sensors, optical sensors, etc.) – including defining operating limits, calibration procedures, and signal conditioning requirements
Design and implement IoT systems and wireless data acquisition platforms that capture real-time performance data from equipment and players
Develop embedded firmware and control software for microcontrollers and microprocessors (e.g., Arduino, Raspberry Pi, STM32 or similar) to drive test automation and data capture systems
Write clean, maintainable code to interface with hardware, process sensor data, and build internal and user-facing applications and interfaces; leverage AI-assisted development tools to accelerate prototyping and automate test routines; apply basic computer vision techniques to support equipment and player performance analysis
Define and communicate technical requirements and specifications effectively across multiple disciplines including research, development, engineering, legal, and external partners / suppliers; document designs thoroughly including schematics, BOMs, test protocols, and calibration records
Performs other related duties and assignments as required.
Knowledge and Skills Requirements:
Expert-level understanding of electromechanical systems – integrating mechanical structures, electrical circuits, actuators, sensors, and controllers into cohesive working prototypes
Proficiency in reading and creating wiring diagrams, electrical schematics, and PCB layouts
Hands-on experience with sensor selection, integration, calibration, and characterization – including noise floors, bandwidth, dynamic range, operating limits, and environmental constraints
Experience with IoT architectures and wireless communication protocols (BLE, Wi-Fi, Zigbee, LoRa, MQTT) and embedded data transmission systems
Proficiency with prototyping tools and bench instrumentation: breadboarding, soldering, oscilloscopes, multimeters, signal generators, and data acquisition systems
Strong programming skills in embedded C/C++ for microcontroller firmware, and Python or MATLAB for data processing, test automation, and hardware interfacing; working knowledge of computer vision libraries (e.g., OpenCV) for image and video-based analysis
The Research Engineer – Mechatronics is a hands-on engineering role within the TaylorMade Research & Development team, focused on the design, prototyping, integration, and validation of electromechanical systems that advance golf equipment and player performance. This role demands deep practical expertise in mechatronics, sensor systems, electronic hardware, wiring, and embedded controls, combined with the ability to develop supporting software and user-facing tools. The ideal candidate is a builder and problem-solver who thrives in a laboratory and prototype environment, producing functional systems from concept through deployment.
Essential Functions and Key Responsibilities:
Design, prototype, wire, assemble, and test mechatronic and electromechanical systems used in golf equipment evaluation, performance measurement, and product development
Develop and interpret wiring diagrams, schematics, and electrical specifications for custom hardware assemblies, test rigs, and IoT-connected devices
Select, integrate, and characterize sensors (IMUs, load cells, encoders, pressure sensors, optical sensors, etc.) – including defining operating limits, calibration procedures, and signal conditioning requirements
Design and implement IoT systems and wireless data acquisition platforms that capture real-time performance data from equipment and players
Develop embedded firmware and control software for microcontrollers and microprocessors (e.g., Arduino, Raspberry Pi, STM32 or similar) to drive test automation and data capture systems
Write clean, maintainable code to interface with hardware, process sensor data, and build internal and user-facing applications and interfaces; leverage AI-assisted development tools to accelerate prototyping and automate test routines; apply basic computer vision techniques to support equipment and player performance analysis
Define and communicate technical requirements and specifications effectively across multiple disciplines including research, development, engineering, legal, and external partners / suppliers; document designs thoroughly including schematics, BOMs, test protocols, and calibration records
Performs other related duties and assignments as required.
Knowledge and Skills Requirements:
Expert-level understanding of electromechanical systems – integrating mechanical structures, electrical circuits, actuators, sensors, and controllers into cohesive working prototypes
Proficiency in reading and creating wiring diagrams, electrical schematics, and PCB layouts
Hands-on experience with sensor selection, integration, calibration, and characterization – including noise floors, bandwidth, dynamic range, operating limits, and environmental constraints
Experience with IoT architectures and wireless communication protocols (BLE, Wi-Fi, Zigbee, LoRa, MQTT) and embedded data transmission systems
Proficiency with prototyping tools and bench instrumentation: breadboarding, soldering, oscilloscopes, multimeters, signal generators, and data acquisition systems
Strong programming skills in embedded C/C++ for microcontroller firmware, and Python or MATLAB for data processing, test automation, and hardware interfacing; working knowledge of computer vision libraries (e.g., OpenCV) for image and video-based analysis
