Individual Course

Configuration Management: Organizational Assessment and Improvement

Learn to be a change agent helping organizations develop and implement secure and reliable code via best practices, incremental improvement, and an understanding of internal and external forces.

Individual Course

Configuration Management: Core Concepts for Building Reliable Software

Review the current IEEE Configuration Management Standard, traditional CM processes of configuration identification, status accounting, change control, and configuration audit.

Individual Course

Configuration Management: Emerging Practices and Applications

Examine configuration management practices including Supply Chain Management within banking and financial services, medical systems and hospitals, engineering, automotive, and aerospace and defense.

Individual Course

Configuration Management: Optimizing Software Development Lifecycles

Learn about implementing CM best practices, build and release processes, types of change management and risk, and deployment automation, monitoring and response.

Individual Course

Configuration Management: Supporting Agile Methodology Development

Review CM practices such as Agile SCM and the unique requirements of implementing SCM to support agile development. See how CM helps organizations manage and respond to critical incidents.

Individual Course

High Performance Computing: Accelerating Application Performance Using Hardware and Software

This course answers the question: How can we satisfy the ever-increasing demand driven by perpetually hungrier models and higher volumes of data? Learn how HPC accelerates application performance.

Individual Course

High Performance Computing: Achieving Performance and Efficiency

Get context for current and near-future CPUs and GPUs, and what developers are and will be facing. Review dominant and emerging programming langages and tools along with workflow and workload management.

Individual Course

High Performance Computing: Applying Exascale Computing to Real-World Problems

Explore the evolution of HPC in the exascale era through examples of grand challenges and ways HPC has enabled faster and better insights for real-world problems.

Individual Course

High Performance Computing: Use of AI and Emerging Technologies in Science

Learn about the leading edge of HPC research involving the use of AI in science and the latest developments in heterogeneity, and see examples of serverless computing that delivers HPC as a service.

Individual Course

High Performance Computing: What History Can Teach Us About the Present and Future

This course examines how today’s HPC architecture isn’t entirely new. It reveals how engineers often reinvent the wheel as software slows down faster than hardware speeds up.

Individual Course

The Basics of Finite Element Method

Prepare for further study with this module reviewing the fundamental principles and key steps of the finite element method, including some of the key mathematical assumptions.

Individual Course

Applications of Finite Element Method: Modelling of multilayer stacks/anti-reflection coatings

Learn how to model optical waveguides starting with planar/slab waveguides, including simple step index fibers and obtaining their modal properties in commercial FE software.