Software Developer 3

Our future success depends on hiring world-class talent who are looking to power next-generation services and solutions. We are hiring MS/PhD students with a diverse set of skills and experiences to work in and across multiple teams within the Oracle Labs organization. Our program is intended to enhance your overall learning experience, help build your network, and accelerate your opportunity to make an impact. 

The Team: 

Oracle Labs is the advanced research and development arm of Oracle. We focus on the development of technologies that keep Oracle at the forefront of the computer industry. Oracle Labs researchers look for novel approaches and methodologies, often taking on projects with high risk or uncertainty, or that are difficult to tackle within a product-development organization. Oracle Labs research is focused on real-world outcomes: our researchers aim to develop technologies that will someday play a significant role in the evolution of technology and society. For example, chip multithreading and the Java programming language grew out of work done in Oracle Labs.

 

The Company:

Oracle is the world’s leading provider of business software. With a presence in over 175 countries, we are one of the biggest technology companies on the planet. We're using innovative emerging technologies to tackle real-world problems today. From advancing energy efficiency to reimagining online commerce, the work we do is not only transforming the world of business—it's helping advance governments, power nonprofits, and giving billions of people the tools they need to outpace change. For more information about Oracle (NYSE:ORCL), visit us at oracle.com. 

What You’ll Bring: (Objective Minimum Qualifications)

To be considered for a position in the Oracle Labs organization, you should possess the Objective Minimum Qualifications (OMQs) below. Please ensure that your application clearly indicates that you meet these OMQs, either on your resume and/or by uploading additional documents such as a transcript.  

• Have graduated with a Master’s or PhD degree in Computer Science, Computer Engineering, or an equivalent science/engineering field 
• Have completed coursework, projects, internships, and or research in three or more of the following:  
  • Hands on coding with experience or projects in data science or machine learning
  • Specific work with LLMs
  • Deep learning toolkits in Python like Tensorflow, Torch, or Keras
  • Cloud environments like OCI, AWS or Azure.
  • Docker and Kubernetes
  • Gradle, Jenkins.
  • Parallel programming (multicore CPU or GPU) 
  • Applying advanced machine learning techniques for problem solving
• Thorough understanding of CS fundamentals including data structures, algorithms and complexity analysis
• A drive to solve hard problems at scale
• Good communication skills to convey sophisticated topics in straightforward terms
• Working proficiency in verbal and written English
• Reside in Canada and/or attend a university in Canada.
• Able to obtain work authorization in Canada in 2025.  

What We’ll Give You:

High-impact projects: You’ll get the opportunity to directly influence our cutting-edge products. Got a question or idea? Voice it. Your curiosity could help advance our next-generation cloud applications and help us find new ways to apply emerging technologies like AI, machine learning, and blockchain.

Mentors that care: Work with industry-leading experts and award-winning researchers.

Fast-Paced Environment: Experience a fast-paced development environment from project incubation to delivery.

Cutting Edge Technology: Work on cutting edge technology in enterprise cloud computing.

Collaborative Environment: Collaborate with a cross-geographical, diverse team working towards a common goal.

Career Level - IC3

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Responsibilities:

Machine learning (ML) is at the forefront of the rising popularity of data-driven software applications. At Oracle Labs, we have a diverse set of ML projects that you could be a part of and make an impact. You're work and responsibilities will include research and development in the areas of ML for classification, regression, anomaly detection, forecasting and recommendation tasks; explore techniques to reduce model bias; extend dataset support for unstructured (e.g., NLP) and semi-structured (e.g., video/audio/graph) data; extend generic model support including GNNs, DNNs and/or RNNs. 

Our team in Oracle Labs works closely with product teams at Oracle, to integrate the latest and greatest ML tech from Labs into their products. 

Sample projects:

1. LLM Agents: Recent advances in LLMs and generative AI promise to unlock vast new opportunities for automation of business processes, tasks and even data science itself. One of the most promising and versatile solutions is through the development of LLM-backed agents. However, developing robust and reliable LLM agents remains challenging for most users and applications. This teams’ focus is two-fold: 1) develop an easy-to-use and powerful agentic framework with dedicated tooling to support development and debugging of LLM agents and 2) demonstrate the utility of this framework by developing multiple example LLM agents (for example, a data science assistant) capable of solving real business problems throughout Oracle. 
2. AutoMLx (Automated ML and explainability): The rapid proliferation of ML technology, explosive data growth, and shortage of data science expertise have caused the industry to face increasingly challenging demands to keep up with fast-paced develop-and-deploy model lifecycles. Moreover, as there is an ever-increasing number of deployed models, automated explainability techniques are required to provide insight into their complex behavior and the data they work with. This group is focused on building a novel framework that gives novice and advanced data scientists the power of AutoML and explainability in a single, easy-to-use, python package.
3. Graph ML: We are actively working on challenging machine learning problems with a focus on graph-represented data. We are developing a state-of-the-art machine learning library primarily to support various graph-based ML techniques. The use-cases of these approaches are vast and span across multiple domains starting from finance, bio-med, to cybersecurity and healthcare. While implementing these functionalities, our focus is on scalability and efficiency. This group is focused on the design and implementation of novel graph learning algorithms (or optimize existing algorithms) that scale-up to large-scale graphs by accounting for the above-mentioned challenges.

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Salary : $66,700 - $145,000