UP/RE SKILLS
in Digital Engineering
This program provides a comprehensive introduction to the core concepts and applications of Digital Engineering.
Designed for high school graduates and current college students with diverse academic backgrounds, the program equips participants with
essential skills in systems engineering, model-based systems engineering,and key digital technologies.
Why should you study this program?
Upon completion of this program, participants will be able to :
• Understand the fundamentals of systems engineering and its role in the digital
age.
• Apply model-based systems engineering (MBSE) principles to design and
analyze complex systems.
• Gain practical knowledge of digital engineering tools and techniques.
• Explore the applications of digital engineering in smart cities, supply chains, and
cybersecurity.
• Develop critical thinking and problem-solving skills in the context of digital
engineering.
Digital Engineering Academy
• Digital Transformation Strategy
Workshops
• Industry 4.0 Implementation
• Digital Twin Development
• Data Analytics for Engineering
• Automation and Robotics Training
Digital Supply Chain Academy
• Supply Chain Optimization
• Digital Supply Chain Transformation
• Risk Management and Mitigation
• Demand Forecasting and Planning
• Sustainable Supply Chain Practices
Smart City Academy
• Smart City Planning and Design
Workshops
• Smart Infrastructure Implementation
• Data-Driven Urban Governance
• Sustainable Urban Development
• Smart Mobility Solutions
Cybersecurity Academy
• Cybersecurity Risk Assessment
• Incident Response Planning and Training
• Security Awareness Training
• Industrial Control Systems (ICS) Security
• Cloud Security and Compliance
Program Structure
01
Module 1: Systems Engineering (SE)
• Introduction to Systems Engineering
• Systems Thinking and Systems Concepts
• Requirements Engineering and Management
• System Architecture and Design
• System Verification and Validation
• Systems Engineering Life Cycle
• Case Studies in Systems Engineering
02
Module 2: Model-Based Systems Engineering (MBSE)
• Introduction to MBSE and SysML
• Modeling Requirements and Use Cases
• Modeling System Architecture and Behavior
• Model Simulation and Analysis
• MBSE Tools and Technologies
• Collaborative Modeling and Version Control
• MBSE in Practice: Case Studies
03
Module 3: Digital Engineering
• Introduction to Digital Engineering
• Digital Twins and Virtual Prototyping
• Data Analytics and Visualization in DE
• Cloud Computing and DE Platforms
• Agile and DevOps in DE
• DE Applications in Industry
04
Module 4: Smart City
• Introduction to Smart Cities
• Urban Planning and Development with DE
• IoT and Sensor Networks in Smart Cities
• Data Management and Analytics for Smart
Cities
• Smart Mobility and Transportation
• Sustainability and Resilience in Smart Cities
05
Module 5: Digital Supply Chain
• Introduction to Supply Chain Management
• Digital Transformation of Supply Chains
• Blockchain Technology in Supply Chains
• Supply Chain Optimization and Analytics
• Risk Management in Digital Supply Chains
• Case Studies in Digital Supply Chain
06
Module 6: Cybersecurity
• Introduction to Cybersecurity
• Cyber Threats and Vulnerabilities
• Network Security and Cryptography
• Data Security and Privacy
• Cybersecurity in Digital Engineering Systems
• Cybersecurity Best Practices
- Duration of training
1 Year ( March 2025 – March 2026 ) 186 Hours.
Module 1: Systems Engineering (SE)
Jan-Apr ( 45 Hours )
Module 2: Model-Based Systems Engineering
May-Aug ( 45 Hours )
Module 3: Digital Engineering
Sep ( 24 Hours )
Module 4: Smart City
Oct ( 24 Hours )
Module 5: Digital Supply Chain
Nov ( 24 Hours )
Module 6: Cybersecurity
Dec ( 24 Hours )