Digital Engineering Mini MBA
Digital Engineering Mini MBA is a 5-day program where participants learn how integrated digital technologies are used to rapidly conceptualize, design, build, test and sustain value-driven solutions.
Digital engineering describes a holistic approach to the design of a complex system: Design using models/data instead of documents, integration of data across models, and the culture change across project teams to realize significant risk reduction on construction cost and schedule.
Industries heavily rely on modern-day digital engineering as it allows organizations to revamp their processes, systems, and operations. With businesses adopting digital practices at an increasing pace, the need for competent digital engineers has skyrocketed.
That’s also because much innovation today begins with digital engineering.
Digital engineering enables organizations to improve product designs, quality, and manufacturability, all while establishing the foundation for a digital thread that improves cross-functional collaboration by making authoritative product data accessible across the enterprise.
It makes no difference if a company uses engineer-to-order, configure-to-order, assemble-to-order or assemble-to-stock strategy. The end result is the same. Digital engineering provides the most efficient and cost-effective way to meet demand, drive collaborative design, and deliver continuous improvement for your physical products.
It’s no secret that digital engineering delivers a plethora of business benefits.
Many experts in this field believe the greatest digital engineering benefit to organizations is how it increases visibility and analytical capability.
The reality is this: Advanced engineering technology is becoming more complex and is evolving at a faster rate than businesses can keep up with. The need, therefore, is to enhance the processing power and analytical capability of systems using digital engineering (DE) to adapt to the evolving changes.
Usually, data sets of legacy systems are updated by various people at different times, which can compromise them. Also, with legacy systems, there could be several references to the same requirement in multiple places, leading to data divergence.
However, with digital engineering, an authoritative and single source of data can be established for quick reference through a digital thread. It can enable a speedy analysis of complex systems to support Agile-driven software development.
Digital engineering ranks especially high in creating end-to-end solutions. Using digital engineering-driven tools, businesses can review the input data and assess data maturity. The end-to-end solution designed there can then result in accruing cross-functional benefits for businesses.
Digital engineering is also expected to play a key role in systems integration. Technologies such as network connectivity and high-performance computing, in conjunction with artificial intelligence and machine learning, are expected to change the future business landscape. Digital engineering will lead to the integration of cyber and physical systems through cross-domain digital threads.
Digital Engineering Mini MBA Course by Tonex
Digital Engineering Mini MBA by Tonex offers accomplished professionals an opportunity to maintain their career trajectory with an efficient, focused injection of modern digital engineering concepts, strategy and culture. We will empower you to contribute as a confident thought leader who has mastered today’s rapidly changing business landscape focusing on digital engineering. Use digital engineering know-how to contribute as a valued member of multi-functional teams and help shape your organizational goals.
Learn how integrated digital technologies are used to rapidly conceptualize, design, build, test and sustain value-driven solutions. The industry is undergoing a digital transformation since we are analyzing, designing, testing and deploying capabilities faster to respond to current and emerging needs.
Topics Covered:
- Digital transformation
- Digital engineering
- DevOps and DevSecOps
- Artificial intelligence/machine learning
- Advanced lean manufacturing
- Open architecture with Lean-Agile methodologies
- Leadership and Management
- Leadership and Influence
- Digital engineering culture
- Lean Process and Six Sigma
- Performance Management
- Self-Leadership
- High Performance Teams
- Presentation Skills
- Organizational Essentials
- Business Ethics
- Change Management
Previous participants
- U.S. Air Force
- U.S. Space Force
- U.S. Navy
- U.S. Army,
- NATO
- NASA
- Other branches of government and Department of Defense
