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This four-course certificate program will give you proficiency in designing modern aircraft and aerospace composite structures. You'll study the mechanics of composites, learning key concepts like anisotropy and orthotropy that differ from metals' isotropic behavior. The program introduces micromechanics to estimate lamina elastic properties and strength. It then presents lamination theory in-depth for structural design applications. You'll learn laminate-level and micromechanical failure criteria and apply them to structural integrity problems. Finally, you'll explore damage and fracture mechanics for composites, comparing them to metal counterpart theories.

This four-course certificate program will give you a specialized understanding of aerospace systems and control for aircraft, spacecraft, and related systems. Through an intensive curriculum, you'll acquire knowledge and practical skills to design, analyze, and optimize control systems. You'll comprehensively explore flight dynamics and navigation. The program strongly emphasizes safety and reliability in aerospace systems and control, ensuring you graduate well-prepared to address these critical considerations professionally. Additionally, you'll participate in a culminating experience that integrates the analytical tools you've learned for the complete engineering system design cycle.

The Graduate Certificate in Artificial Intelligence (AI) and Machine Learning (ML) for Engineering equips engineers to use data-driven AI and ML methods. The certificate is designed for engineers who want to apply modern AI and ML methods to their field, particularly for applications with physical constraints such as manufacturing, chemical processes, or robotics. Students will advance their careers by building on their traditional engineering expertise and learning how to apply data-driven techniques to engineering use cases.

This program is designed to meet the needs of various engineering, manufacturing and quality assurance personnel involved in designing and fabricating aircraft hardware. Applicants must have a bachelor’s degree in engineering with a background in engineering, physics or chemistry, mechanics of materials, algebra and some calculus. 

This program is available online with an autumn only start.

This program will provide engineers with the technical expertise to conduct data-driven analysis of complex engineering systems, improving decision-making and enabling effective execution of processes and operations. By completing this certificate, students will gain the credentials to assume lead technical responsibilities for large-scale product/process development and project operations.

This certificate is tailored for professional engineers seeking to accelerate materials development processes in air and space travel, renewable energy, transportation, and computing. Through this certificate, engineers will gain valuable skills in utilizing versatile computational tools to solve complex materials-related challenges and contribute to advancing technology in various industries.

The Graduate Certificate in Data-Driven Dynamic Systems and Controls for Engineering offers engineering professionals the opportunity to transform their careers with the skills to model and control dynamic systems using a data-centric approach. Students can choose to take the certificate independently or combine it with another eligible data-intensive certificate in the College of Engineering to obtain a flexible Master of Science in Artificial Intelligence and Machine Learning for Engineering.

This four-course certificate prepares professionals to design, evaluate, and apply AI systems that are ethical and responsive to human needs. Students gain a foundation in human-centered AI methods and explore how emerging technologies can be integrated responsibly into products, services, and organizational practices. The program culminates in a project-based course where students apply human-centered approaches to AI development and implementation.

This four-course certificate program will give you a solid foundation for designing and analyzing modern aerospace structures. You'll cover general concepts, theory, and applications of solid mechanics, including elastic, plastic, and viscoelastic constitutive equations applied to practical examples. You'll learn finite element (FE) theory for structural analysis, diving into element technology, interpolating functions, constructing element stiffness matrices, and assembly. You'll apply this theory using commercial FE software. The program covers analyzing fatigue behavior of metallic aerostructures, acquainting you with structural integrity and durability concepts. Finally, subject matter experts from academia and industry will present and discuss design examples of practical aircraft components and structures.

The Allen School’s Graduate Certificate in Modern AI Methods is designed with the working professional and recent graduate in mind. This certificate offers courses in prominent areas of AI, including computer vision and natural language processing. Students from a wide variety of educational and professional backgrounds can pursue this in-person stackable graduate certificate to acquire critical skills in AI/ML that can help advance their career in any field.

This certificate program will allow the students to manage all the moving parts of a large technical project and ensure satisfaction with the established project requirements and objectives. The program will also offer guidance on financial planning, marketing strategies and conflict resolution, which other engineering certificate programs typically do not cover. By completing this certificate, students will gain the experience to assume new engineering and technical leadership roles or enhance their leadership skills significantly. 

This certificate program will provide the technical expertise and problem-solving capabilities to develop systems engineering skills and knowledge. Those with this certificate will be able to apply lifecycle modeling and analysis skills to the development of complex and agile technical systems. In other words, the certificate will provide the students an in-depth knowledge in system requirements development and analysis, functional modeling, and architectural development for any cyber-physical environment and its socio-technical interface. They will also gain expertise in systems engineering-driven planning that include project management, risk assessment, and financial modeling, which are typically not covered in other engineering certificate programs. Therefore, the students will acquire the credentials to help them meet the technical challenges and have the leadership skills for project requirements, budget, and operations.

In this five-course certificate program, students explore how usability studies and interaction design can influence web design and product development and examine the latest innovations in the field. UCD Certificate students study the latest theories and practices to keep user needs at the forefront of each stage of the design process. Students learn through hands-on project learning experiences and a culminating experience. They will synthesize the knowledge they have gained through their coursework and connect it to current issues.