Problem or Industrial Need
Multidisciplinary student engineering requires a repeatable path from requirements and models to working prototypes and defensible validation.
Engineering or Scientific Solution
A hybrid project-development framework combining conventional engineering control, Agile practices, technical gates and ABET-aligned outcomes.
Sebastian's Technical Contribution
Coordinated and technically supervised teams across four semesters, connecting scientific modelling with prototype development and dissemination.
Methods and Tools Used
- Traditional, Agile and hybrid project management
- Requirements, simulation and design milestones
- Prototype testing and physical validation
- Research writing and conference-oriented mentoring
Prototype, Simulation and Experimental Evidence
Four-semester programme
The framework operated across multiple cohorts and multidisciplinary project teams.
Measurable Result or Published Finding
multidisciplinary projects coordinated
Projects spanned wireless sensing, simulation, AI, digital twins, robotics, nanotechnology and embedded systems.
projects advanced toward IEEE dissemination
Technical supervision supported conference-oriented research development.
Diagrams and Publications
Research capability is transferred through laboratories, teams, curricula and industry links.
Deep Motion Planning for Autonomous Mobile Robot Logistics
Conference research on autonomous mobile-robot logistics and motion planning.
Wireless Sensor Networks for Epidemic Monitoring in Agriculture
Wireless sensing and connected monitoring applied to agricultural epidemic detection.
Role, Team Attribution, Institution and Project Context
Research Coordinator and Lecturer; technical supervisor and programme coordinator, UIDE.