Apache Hadoop, C Programming, C++, Data science techniques, Java Programming, Machine learning techniques, MapReduce, Python Programming, PyTorch, R Programming, Scala Programming, SQL, TensorFlow
Fraym is seeking a full-time remote data science intern to support our analytical product offerings and improve predictive algorithms in a small data context. You will assist in the execution of data science workflows, assist with package development, and you will contribute to maintenance, refactoring, and documentation of Fraym’s code base.
Sample intern projects could include:
You should have a strong data background, demonstrated skill generating reproducible code, and an interest in getting in the weeds of products and workflows. Preference will be given to applicants with experience working with machine learning algorithms in R and Python.
The data science intern will be fully integrated into Fraym’s data science team and actively contributing to our on-going projects. After the conclusion of a successful internship, there may be potential to join Fraym full-time in the fall or after graduation.
For Summer 2021, the internship start date is June 14. This date is flexible, but you should be available for at least 10 weeks.
This is a remote internship. You must be available during Fraym’s core business hours (10:00 am to 4:00 pm EST). You may need to use a personal computer for the duration of the internship.
You will have the following qualifications and skills:
Not sure you tick all the boxes? We encourage you to apply. We have a culture of learning, and if this job description sounds exciting, we’d love to hear from you.
This is a paid internship. The specific rate is subject to education level and/or experience.
Fraym has pioneered the use of geospatial data to understand population dynamics. Governments and organizations around the world rely on Fraym data to make strategic and operational decisions while tackling challenges like inequity and insecurity, climate vulnerability, public health, and more. The company’s advanced AI/ML models are the first to generate high-resolution insights about human characteristics and behaviors at the sub-neighborhood l