HID Algorithms Engineer

Apple is seeking a talented HID Algorithms Engineer to join their sensing and interaction algorithms team. This role sits at the crucial intersection of hardware, software, and design, focusing on developing advanced sensing algorithms that power user experiences across Apple's flagship products including Mac, iPhone, iPad, Pencil, Watch, and future innovations.

The position offers a unique opportunity to work with a diverse team of experts from various fields including signal and image processing, statistics, machine learning, controls, physics, firmware development, and neuroscience. As an HID algorithm engineer, you'll be involved in the entire product lifecycle, from early exploration and challenge identification to implementation and validation.

The role requires a strong foundation in signal or image processing/machine learning, combined with expertise in probabilistic modeling, statistics, and state machines. You'll be working in a resource-constrained embedded systems environment, requiring proficiency in C/C++ programming. The position offers a competitive salary range of $135,400 to $250,600, along with comprehensive benefits including medical coverage, stock options, and education reimbursement.

What makes this role particularly exciting is the opportunity to impact millions of users through Apple's products. You'll be working with cross-functional teams, solving complex data processing and sensing challenges, and contributing to the next generation of human-computer interaction. The team's diverse background and collaborative environment provide an excellent opportunity for professional growth and innovation.

This role is perfect for someone who combines strong mathematical skills with practical programming abilities and enjoys working in a team environment. You'll be part of a company known for pushing technological boundaries and creating exceptional user experiences. The position offers not just technical challenges but also the satisfaction of seeing your work implemented in products used worldwide.