Looking to elevate your organization and bring it to the next level? Bring on learners from the Computer Science program at the University of Detroit Mercy to be your learner-consultants in a project-based experience. Learners will work on one main project over the course of the semester, connecting with you as needed through virtual communication tools. Learners in this program/experience will: Analyze and Solve Complex Problems: Equipped with strong analytical and problem-solving skills, our learners can dissect complex issues, develop innovative solutions, and implement them effectively. Develop and Implement Software Solutions: With proficiency in various programming languages (such as Python, Java, C++, and JavaScript), learners can design, develop, and deploy software/web/mobile applications tailored to your organization's needs. Utilize Cutting-edge Technologies: Our learners are adept in modern technologies and methodologies including machine learning, artificial intelligence, Data Mining, and data analytics. They can integrate these technologies to enhance your projects. Collaborate and Communicate Effectively: Trained in agile methodologies and collaborative tools (like Git, Jira, and Slack), learners can work efficiently in teams, ensuring smooth communication and project management. Conduct Comprehensive Research and Testing: Learners are skilled in conducting thorough research, testing, and validation to ensure the solutions they develop are robust, scalable, and meet the required specifications. By engaging with our learners, your organization will benefit from fresh perspectives, innovative ideas, and cutting-edge technical skills. Additionally, you'll have the opportunity to mentor emerging talent and potentially identify future hires who are already familiar with your company and its projects.

The University of Detroit Mercy Electronics System Laboratory immerses learners in the practical application of advanced electronic design automation workflows. Students will leverage their knowledge of electronic systems, sensor-based data acquisition, and simulation to create integrated prototypes. Students in this course are excited to combine their knowledge in analog/digital electronics, control systems, and software. Learners will be equipped to tackle real-world challenges in electronic systems design. This hands-on approach ensures that learners can translate theoretical concepts into tangible solutions, making them valuable contributors to industry projects.

This experience is designed for a learner with skills in artificial intelligence, robotics, and machine learning with a focus on practical applications in manufacturing. The program aims to equip the learner with the ability to design and implement AI-driven solutions that improve quality control processes, ensuring efficiency and accuracy in manufacturing environments. Other related applications within or outside of manufacturing (agriculture, medical imaging, etc.) would also be of interest.

In this course, students are introduced to core software engineering principles and practices, including system design, requirements gathering, agile development, testing, and software quality. They gain hands-on experience in developing complete software systems while learning to apply industry best practices across the development lifecycle. Students have experience in object-oriented design, system modeling, component reuse, and software project management. They are comfortable working with the following: Java, NodeJS for backend  JavaFX, Swing, HTML, CSS, JS for frontend SQL, MongoDB for Database Management Android (Limited experience) for Mobile app development Git and GitHub for Version Control These students can support your organization by designing user-friendly systems, implementing backend and frontend components, testing for quality and security, and improving existing applications or processes. You’ll be working with teams that are learning to think critically, work collaboratively, and build with purpose. Open to partners from both the USA and Canada.