R&D PhD Summer Intern: Data Science and Machine Learning

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Job Description

Research and Development (R&D) at Procter & Gamble, the largest consumer packaged goods company in the world, includes a diverse group of roles that contribute to the innovation and development of our products. It encompasses roles in product research, formulation, testing, and scientific analysis. You will find variety and excitement starting Day 1.

This internship is specifically designed for individuals working towards a PhD who are developing proficiency in their field. As an intern or co-op in management, you will have the opportunity to learn from experienced professionals in a supportive environment.  This is a 12-week paid internship, designed to provide you with a solid foundation for future career growth. The internship will take place from May (potentially early June) to August of 2027.  Join us at P&G, where your contributions will play a vital role in shaping the future of consumer products!
 

The Opportunity:

P&G has an opportunity for a PhD intern to work in our on our corporate function R&D team using Machine Learning for Wearable Sensing & Human Motion.  Reconstructing full-body human motion from a handful of noisy, drifting wearable sensors is a challenging machine learning problem, drawing on time-series modeling, multi-modal sensor fusion, human pose estimation, and biomechanics. As a PhD Intern on the CF R&D Data Science and AI team at P&G, you will work on this problem directly, and progress on it to enable new ways of understanding how people move and interact with products outside the lab.

Our research sits close to the product: the models we build inform design, ergonomics, fit, comfort, and the everyday experience of using our brands. Wearable sensing lets us observe movement and product interaction in real-world settings that lab-based methods cannot reach, and it lets us ask questions such as: How much physical effort does a task actually require? How does a product move with the body? Where does the experience break down? What should privacy-preserving, in-home consumer research look like going forward?

In this role, you will extend what wearable AI can do and turn those results into tools and findings that shape design decisions. You will work with teams across R&D, Brand, and Product Development to take your models from research prototype to production. Success depends on technical depth in deep learning and sensor data, combined with the curiosity, communication, and collaboration needed to work effectively with partners across functions and levels.

Key Responsibilities:

• Review the state of the art in full-body motion reconstruction from wearable sensors to inform modeling and sensor design choices for the project.
• Determine optimal sensor configurations — type, number, and placement — for a range of motion reconstruction tasks.
• Design, build, and refine deep learning models that convert IMU and EMG signals into accurate full-body motion.
• Evaluate models rigorously on public and internal datasets and critically analyze assumptions, failure modes, and limitations.
• Deliver a production-ready application that lets internal researchers upload recordings, run inference, and visualize results.

Job Qualifications

Required Qualifications:

• Education: Working towards a PhD in Computer Science, Electrical Engineering, Biomedical Engineering, Robotics, Applied Mathematics / Statistics / Physics (with relevant ML and sensor-data experience), or a related fields with a focus on machine learning, wearable sensing, or human motion analysis.
• Research experience in one or more of the following: machine learning for time-series data, Human Activity Recognition, wearable sensing, human pose estimation, or multi-modal sensor fusion.
• Strong Python programming skills and hands-on experience with PyTorch or TensorFlow.
• Available to work a 12-week internship from May/early June to August in the summer of 2027.  This is an in-person internship; candidate is expected to work from our Mason Business Center five days a week.
   

Preferred Qualifications:

• Track record of research publications in venues such as NeurIPS, CVPR, SIGGRAPH, CHI, UbiComp/IMWUT, AAAI, or similar.
• Hands-on experience with IMU, EMG, or other wearable sensors.
• Familiarity with biomechanics, inverse kinematics, or human body models (e.g., SMPL).
• Experience deploying ML models to production or building research tools/APIs.

Just so you know:

At P&G, we believe that diverse experiences help build strong leaders. Mobility is a key component of many management careers, providing opportunities to grow through different assignments, locations, and business challenges. Candidates should be prepared to consider relocation opportunities throughout their career as business needs and development opportunities arise. 

Compensation for roles at P&G varies depending on a wide array of non-discriminatory factors including but not limited to the specific office location, role, degree/credentials, relevant skill set, and level of relevant experience. At P&G compensation decisions are dependent on the facts and circumstances of each case. Total rewards at P&G include salary + bonus (if applicable) + benefits.  Your recruiter may be able to share more about our total rewards offerings and the specific salary range for the relevant location(s) during the hiring process.

We are committed to providing equal opportunities in employment. We value diversity and do not discriminate on the basis of race, religion, color, national origin, gender, sexual orientation, age, marital status, veteran status, or disability status.

Immigration Sponsorship is not available for this role. For more information regarding who is eligible for hire at P&G along with other work authorization FAQ’s, please click HERE.

Procter & Gamble participates in E-Verify.

Qualified individuals will not be disadvantaged based on being unemployed.

P&G is dedicated to meeting the needs of applicants requesting an accommodation/adjustment due to a disability in order to complete the online application process.  If you have a disability that affects your ability to complete our online application process, please visit our Disability Accommodation Page.

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