Machine Learning (Time Series Data) Intern

SOFTWARE ENGINEERING
Singapore

Internship


Introduction

At Atomionics, we build quantum gravimeters that are set to revolutionize the resource exploration industry. We are looking for a motivated intern with experience in time-series machine learning to contribute to the development of our high-performance sensors.

Responsibilities

  1. Design and implement a machine learning model to map time-series data from support sensors to our quantum gravimeter data.
  2. Evaluate model performance on both synthetic and experimental datasets.
  3. Work closely with our multidisciplinary team to validate results and address challenges such as limited data coverage or overfitting.
  4. Visualise the performance of the model as well as intermediate outputs.

Qualifications

  1. Education background physics, engineering, or data science is highly desirable.
  2. Hands on experience with neural networks applicable to time-series data
  3. Strong Python programming skills: NumPy, SciPy, pandas, visualization packages
  4. Proficient with ML libraries such as PyTorch/TensorFlow/Keras, etc.
  5. Familiar with signal processing basics: Fourier transform, windowing, filtering
  6. Analytical mindset

APPLY

About the Company

Atomionics Pte. Ltd.

Atomionics is a Singapore-based startup building quantum sensors for subsurface exploration and universal navigation. Our sensors generate 3D models of the Earth’s subsurface to pinpoint critical resources, enable GPS-free positioning, and detect earthquakes and volcanic activity.

We specialize in cold atom interferometry—cooling atoms to near absolute zero with lasers to measure tiny gravitational changes. We’re a hands-on, high-energy team operating at the intersection of quantum physics, hardware, and AI. Engineers here work across mechanical, electronic, and software systems—treating every challenge as a workout for the mind.

Backed by Wavemaker, SGInnovate, Cap Vista, 500 Startups, Paspalis, and prominent angel investors, we’re turning deep tech into real-world impact.