Intermediate Electrical Engineer

McCoy Global USA Inc.•Cedar Park, TX

28d

About The Position

McCoy Global is seeking an Intermediate Electrical Engineer to design, develop, and test embedded systems for industrial sensor and control products used in demanding operating environments. The role contributes across the product development lifecycle, from concept and prototyping through validation, testing, and production release. The engineer will develop embedded hardware and firmware, help create reliable products that support safe and efficient customer operations, and collaborate with a cross-functional engineering team to bring new products to market.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, or a related field.
At least 5 years of hands-on experience in embedded systems development.
Hands-on experience programming microcontrollers and microprocessors across common architectures.
Solid C and C++ programming skills for embedded applications.
Working knowledge of hardware interfaces and peripherals, including timers, analog I/O, and serial communication buses.
Practical experience implementing firmware updates and bootloaders for field-deployed devices.
Working knowledge of electronic circuit design, including power and signal fundamentals.
Ability to apply low-power design considerations to battery-operated devices.
Experience using standard lab and debugging equipment to troubleshoot hardware and software issues independently.
Demonstrated experience with wireless or wired communication technologies.
Ability to apply product testing and compliance requirements to designs.
Ability to work with cross-functional teams and contribute to project planning and code reviews.

Responsibilities

Program microcontrollers and microprocessors across common architectures.
Develop embedded applications using C and C++.
Work with hardware interfaces and peripherals, including timers, analog I/O, and serial communication buses.
Implement firmware updates and bootloaders for devices deployed in the field.
Contribute to electronic circuit design, including power and signal fundamentals.
Apply low-power design considerations to battery-operated devices.
Use standard laboratory and debugging equipment to troubleshoot hardware and software issues independently.
Work with wireless or wired communication technologies.
Apply product testing and compliance requirements to designs.
Collaborate with cross-functional teams and contribute to project planning and code reviews.
Contribute to product development from concept and prototyping through validation, testing, and production release.