About Teleradiology Solutions / Daignostix
Teleradiology Solutions (TRS), founded in 2002 by two Yale-trained physicians and headquartered in Ardmore, PA, provides 24x7 diagnostic radiology reporting to over 150 hospitals across 21 countries, through a network of radiologists (US, Indian certified) and technology-driven workflows.
Daignostix, the AI arm of TRS based in Whitefield, Bengaluru, builds clinical AI for medical imaging and healthcare workflows. TRS also maintains an active academic and research focus, including AI in radiology (www.radguru.net).
Role Summary:
Daignostix builds clinical AI for CT, MR, X-ray and ultrasound, with algorithms spanning neuro and stroke, pulmonary embolism, aortic pathology, urology, spine and rib fracture, solid-organ trauma and paediatric chest. Our models are used alongside radiologists (US, Indian certified), so quality is judged by clinical performance and reliability, not benchmark scores.
As a Junior AI Engineer, you will own scoped model workstreams (data, training, evaluation and error analysis) under the guidance of senior AI engineers, and support the move of validated models into production. Medical-imaging experience is welcome but not required; serious hands-on deep-learning work is.
Roles and Responsibilities:
● Model development. Train, fine-tune and evaluate CNN- and transformer-based models for classification, detection and segmentation, starting from strong baselines and running disciplined, reproducible experiments.
● Scoped ownership. Own a defined model workstream under senior review, from dataset preparation through training, validation, documentation and hand-off.
● Data pipelines. Build and maintain DICOM pipelines for ingestion, de-identification, series selection, pre-processing, augmentation, annotation handling and dataset versioning.
● Evaluation and error analysis. Report clinical metrics (sensitivity, specificity, PPV/NPV, ROC-AUC/PR-AUC, per-case and per-lesion), analyse false positives and negatives by subgroup, and explain why the model fails.
● Radiologist collaboration. Work with radiologists (US, Indian certified) to define labels, review difficult cases and turn clinical feedback into measurable model improvements.
● Production support. Contribute to packaging validated models as tested inference services (Python, Docker, FastAPI), including unit and regression tests that confirm changes do not alter clinical outputs. Senior engineers lead serving architecture, optimisation and deployment.
Requirements:
Must-have:
● Education. B.Tech/B.E./M.Tech/MS/M.Sc. from an IIT, IISc, IIIT, BITS Pilani or a comparably selective institution, in Computer Science, Electrical/Electronics Engineering, AI, Data Science, Mathematics, Statistics or a related quantitative field, with a strong academic record.
● Experience. 2-4 years of hands-on AI/ML engineering or research experience, including deep-learning work beyond coursework, tutorials, notebooks or API wrappers.
● Proof of building. At least one substantial computer-vision system or research contribution that you personally drove into a reproducible pipeline, service or real downstream use, and can defend in technical depth.
● Programming. Strong Python and NumPy, and deep hands-on experience in PyTorch or TensorFlow/Keras. Able to debug data loaders, leakage, incorrect metrics and unstable training.
● Fundamentals. Solid grounding in deep learning and computer vision (CNNs, vision transformers, detection, segmentation, transfer learning) and in statistics and experimental design (ROC/PR analysis, thresholds, calibration).
● Engineering basics. Linux, Git, clean modular Python, Docker, pytest and basic CI/CD.
Good-to-have:
● Medical imaging. Experience with DICOM/NIfTI, MONAI or nnU-Net.
● Production exposure. Model serving with FastAPI, ONNX/TensorRT, and experiment tracking with MLflow or Weights & Biases.
● LLMs and cloud. Exposure to LLMs, embeddings or RAG, and to one of AWS, Azure or GCP. These add to, but do not replace, core deep-learning skills.
Key Skills:
Python | PyTorch | TensorFlow / Keras | NumPy | OpenCV | scikit-learn | CNNs | Vision Transformers | Detection | Segmentation | DICOM / NIfTI | Clinical Metrics | Error Analysis | Git | Linux | Docker | FastAPI | pytest | MLflow / Weights & Biases
Why Join Daignostix:
● Real clinical AI. Build models for real medical-imaging workflows and see how they affect radiologists and patients.
● Direct access to radiologists. Work closely with subspecialist radiologists (US, Indian certified) on ground truth, difficult cases and failure analysis.
● Mentorship with ownership. Senior technical review, dedicated on-premise GPU infrastructure, and visibility across development, deployment, clinical validation and regulatory pathways.
Skills Required
- B.Tech, B.E., M.Tech, MS, or M.Sc. degree from an IIT, IISc, IIIT, BITS Pilani, or comparably selective institution in Computer Science, Electrical/Electronics Engineering, AI, Data Science, Mathematics, Statistics, or a related quantitative field, with a strong academic record.
- 2–4 years of hands-on AI/ML engineering or research experience, including deep-learning work beyond coursework, tutorials, notebooks, or API wrappers.
- At least one substantial computer-vision system or research contribution personally driven into a reproducible pipeline, service, or real downstream use.
- Strong Python and NumPy skills, with deep hands-on experience in PyTorch or TensorFlow/Keras.
- Strong grounding in deep learning and computer vision, including CNNs, vision transformers, detection, segmentation, and transfer learning.
- Strong grounding in statistics and experimental design, including ROC/PR analysis, thresholds, and calibration.
- Experience with Linux, Git, clean modular Python, Docker, pytest, and basic CI/CD.
- Experience with DICOM/NIfTI, MONAI, or nnU-Net.
- Production model-serving experience with FastAPI, ONNX, or TensorRT.
- Experience with MLflow or Weights & Biases for experiment tracking.
- Exposure to large language models, embeddings, or retrieval-augmented generation.
- Exposure to AWS, Azure, or GCP.
What We Do
Teleradiology Solutions (TRS) is a global healthcare technology and teleradiology provider founded in 2002 by two Yale-trained physicians. It delivers round-the-clock diagnostic radiology reporting and support to hospitals and healthcare providers, interpreting CT, MRI, X-ray, ultrasound, nuclear medicine, and echocardiography studies. TRS combines board-certified radiologists, technology-driven workflows, telehealth services, and AI-enabled capabilities to improve timely, accessible medical imaging for patients worldwide.
