Teaching

Electronics Engineering education with innovative learning approaches

Teaching Philosophy

As an educator in electronics engineering, I believe in creating engaging learning environments that combine theoretical knowledge with practical applications. My teaching approach focuses on three core principles:

  1. Applied Learning: Engineering concepts are best understood through hands-on experimentation and real-world problem-solving.

  2. Technology Integration: Modern educational tools, including AI-powered resources and digital platforms, can enhance student learning and prepare them for the evolving technological landscape.

  3. Accessibility and Engagement: Educational content should be accessible to all students, with multiple formats and approaches to accommodate different learning styles.

My goal is to inspire students to develop both technical skills and creative problem-solving abilities that will serve them throughout their engineering careers.

Current Courses

Microcontrollers and Embedded Systems

Undergraduate, 3rd year • Electronic Engineering

Course focusing on embedded system design and implementation using microcontrollers, emphasizing practical applications in various engineering fields.

Key Topics:
Microcontroller architecture and operationC programming for embedded systemsPeripheral interfacing (UART, I2C, SPI)Interrupt handling and real-time conceptsSensor integration and signal processingProject management for embedded systems
Teaching Innovations:
  • ●Integrated AI-powered learning tools for code generation and debugging
  • ●Created comprehensive Notion pages with interactive content and resources
  • ●Developed fine-tuned LLM chatbots for student assistance with course concepts
  • ●Implemented project-based learning with real-world biomedical applications
Students: 100+
Period: 2023-Present

Electromedicine Laboratory

Undergraduate, 2nd year • Electronic Engineering

Laboratory course focusing on the design, implementation, and testing of electronic circuits for medical applications.

Key Topics:
Biomedical sensing systemsPatient safety in medical electronicsSignal acquisition and processing for medical dataBioimpedance measurement techniquesWearable medical device design considerations
Teaching Innovations:
  • ●Incorporated real medical device case studies from research experience
  • ●Developed lab exercises based on wearable bioimpedance monitoring
  • ●Created digital documentation with video tutorials for complex procedures
Students: 60+
Period: 2023-Present

Computer Architecture

Undergraduate, 1st year • Electronic Engineering

Introductory course on computer architecture principles, covering hardware components, processing concepts, and system design.

Key Topics:
CPU design and operationMemory hierarchy and managementInstruction set architecturePipeline processing conceptsComputer performance evaluationHardware-software interface
Teaching Innovations:
  • ●Developed interactive simulations of processor operations
  • ●Created animated explanations of complex architectural concepts
  • ●Implemented peer learning through collaborative problem-solving
Students: 120+
Period: 2023-Present

Science Communication & Educational Content

@dr.santi.scagliusi

Instagram/TikTok

Fostering interest in hardware-based innovation and making complex engineering concepts accessible to a broad audience.

Educational Topics:
Embedded systems fundamentals
Electronics hardware design
Medical device engineering
Academic research insights
Bioimpedance technology explanations
View Educational Content

Innovative Teaching Approaches

AI-Enhanced Learning

Integration of AI-powered tools and fine-tuned LLM chatbots to provide personalized learning experiences and immediate feedback to students.

Digital Knowledge Base

Creation of comprehensive Notion pages with interactive content, making learning materials more accessible and engaging for students.

Project-Based Learning

Implementation of hands-on projects that bridge theoretical concepts with real-world applications in biomedical engineering and electronics.

Short-Form Educational Content

Creation of accessible and engaging video content that breaks down complex engineering concepts for broader audiences.

Interested in Collaboration or Guest Lectures?

I'm open to educational collaborations, guest lectures, and workshops on electronics engineering, biomedical devices, and innovative teaching methods.

Get in Touch