Maxime Daniel
Assistant Professor in Computer Science
Univ. Bordeaux, ESTIA-Institute of Technology, EstiaR, № 201420655V
Experience
Assistant Professor
Sept 2021 - Now
Post-doctoral Fellow
Oct 2022 - Sept 2023
Temporary Research and Teaching Assissant
Sep 2020 - August 2021
Research Engineer
Dec 2018 - March 2020
PhD Student
Oct 2015 - Nov 2018
MSc Student
Feb 2015 - Jul 2015
Education
Qualification for Associate Professor Position (n°1922733197, CNU 27)
2019 - 2024
Doctorate in Computer Science
2015 - 2018
Master in Computer Science
2013 - 2015
Licence in Mathematics, Informatics, and Statistics
2010 - 2013
Baccalauréat in Economics and Social sciences
2010
Research
Theses
Maxime Daniel. 2018. Shape-Changing Cylindrical Displays:
Application to Data Physicalization and Peripheral Interaction for
Energy Demand-Side Management. PhD thesis.
University of Bordeaux, France.
Shape-Changing Cylindrical Displays: Application to Data Physicalization and Peripheral Interaction for Energy Demand-Side Management
PhD Thesis in Computer Science, University of Bordeaux (2018)
Abstract
In the middle of public and collective spaces, cylindrical displays inform users around them. We question the utility and the usability of dynamic revolution symmetry for shape-changing cylindrical displays. We present CairnFORM, a prototype of cylindrical display that can change its revolution symmetry using a modular stack of expandable illuminated rings. We show that revolution symmetry is usable for informing users through data physicalization: We observe with a 10-ring CairnFORM that a physical ring chart is more efficient for a range task and for a compare task rather than for an order task. We show that revolution symmetry change is usable for unobtrusively notifying users through peripheral interaction: We observe with a 1-ring CairnFORM that a ring diameter change with exponential speed is perceived more often and calmer in the periphery of attention rather than with a constant speed or a logarithmic speed.We show that cylindrical displays with dynamic revolution symmetry offer a greater user experience over time than planar displays: After two months in context of use in a workplace, we observe that CairnFORM is as pragmatic as a flat screen but more hedonic than a flat screen. We study a use case for displays in the workplace: Helping employees to shift laptop battery charge to peak hours of local renewable energy production.
In the middle of public and collective spaces, cylindrical displays inform users around them. We question the utility and the usability of dynamic revolution symmetry for shape-changing cylindrical displays. We present CairnFORM, a prototype of cylindrical display that can change its revolution symmetry using a modular stack of expandable illuminated rings. We show that revolution symmetry is usable for informing users through data physicalization: We observe with a 10-ring CairnFORM that a physical ring chart is more efficient for a range task and for a compare task rather than for an order task. We show that revolution symmetry change is usable for unobtrusively notifying users through peripheral interaction: We observe with a 1-ring CairnFORM that a ring diameter change with exponential speed is perceived more often and calmer in the periphery of attention rather than with a constant speed or a logarithmic speed.We show that cylindrical displays with dynamic revolution symmetry offer a greater user experience over time than planar displays: After two months in context of use in a workplace, we observe that CairnFORM is as pragmatic as a flat screen but more hedonic than a flat screen. We study a use case for displays in the workplace: Helping employees to shift laptop battery charge to peak hours of local renewable energy production.
Laboratory
ESTIA Recherche, ESTIA, 97 allée Théodore Monod, Technopole Izarbel, 64210, Bidart, France.ESTIA Recherche, ESTIA, 97 allée Théodore Monod, Technopole Izarbel, 64210, Bidart, France.
ESTIA Recherche, ESTIA, 97 allée Théodore Monod, Technopole Izarbel, 64210, Bidart, France.ESTIA Recherche, ESTIA, 97 allée Théodore Monod, Technopole Izarbel, 64210, Bidart, France.
| Jury Members | Role | Position |
|---|---|---|
| Pascal Desbarats | Chair | Professor at University of Bordeaux |
| Gaëlle Calvary | Reviewer | Professor at ENSIMAG |
| Elena Mugellini | Reviewer | Professor at HES-SO |
| Aurélien Tabard | Examiner | Assistant Professor at University of Lyon |
| Alexandre Dugarry | Examiner | CEO GreenMe |
| Stéphane Kreckelbergh | Co-supervisor | Associate Researcher at ESTIA |
| Nadine Couture | Supervisor | Professor at ESTIA |
| Guillaume Rivière | Supervisor | Assistant Professor at ESTIA |
Maxime Daniel. 2015. Virtual Environment for Real-Time Evaluation
of Workload, Attention, and Error Recognition through
Electroencephalographic Analysis. MSc thesis.
University of Bordeaux, France.
Virtual Environment for Real-Time Evaluation of Workload, Attention, and Error Recognition through Electroencephalographic Analysis
MSc Thesis in Computer Science, University of Bordeaux (2015)
Abstract
This thesis addresses two interrelated objectives: (1) the development of SCOAL, a system for multimodal synchronization, data archiving, and visualization of physiological signals recorded during neuropsychological tests in a virtual reality environment; and (2) the design of a system to evaluate workload, attention, and error recognition in an interactive environment using electroencephalographic (EEG) analysis. SCOAL integrates the LabStreamingLayer (LSL) protocol for real-time data synchronization, the GDFv2.1 format for comprehensive physiological and event data storage, and OpenViBE software for real-time multimodal visualization and processing. The evaluation system uses a video game as the virtual environment, including mechanisms to modulate mental workload (e.g., path selection, spatial orientation changes, game speed), stimulate attention (e.g., visual and auditory oddball paradigms), and induce error recognition (e.g., random or incorrect path selection). Current work focuses on defining and validating five hypothetical difficulty levels of the virtual environment using the NASA TLX questionnaire, ensuring that induced workload levels match expectations before confirming EEG-based results.
This thesis addresses two interrelated objectives: (1) the development of SCOAL, a system for multimodal synchronization, data archiving, and visualization of physiological signals recorded during neuropsychological tests in a virtual reality environment; and (2) the design of a system to evaluate workload, attention, and error recognition in an interactive environment using electroencephalographic (EEG) analysis. SCOAL integrates the LabStreamingLayer (LSL) protocol for real-time data synchronization, the GDFv2.1 format for comprehensive physiological and event data storage, and OpenViBE software for real-time multimodal visualization and processing. The evaluation system uses a video game as the virtual environment, including mechanisms to modulate mental workload (e.g., path selection, spatial orientation changes, game speed), stimulate attention (e.g., visual and auditory oddball paradigms), and induce error recognition (e.g., random or incorrect path selection). Current work focuses on defining and validating five hypothetical difficulty levels of the virtual environment using the NASA TLX questionnaire, ensuring that induced workload levels match expectations before confirming EEG-based results.
Laboratory
Équipe Potioc, INRIA Bordeaux, 200 Avenue de la Vieille Tour, 33405 Talence.Équipe Potioc, INRIA Bordeaux, 200 Avenue de la Vieille Tour, 33405 Talence.
Équipe Potioc, INRIA Bordeaux, 200 Avenue de la Vieille Tour, 33405 Talence.Équipe Potioc, INRIA Bordeaux, 200 Avenue de la Vieille Tour, 33405 Talence.
| Jury Members | Role | Position |
|---|---|---|
| Pascal Desbarats | Advisor | Professor at University of Bordeaux |
| Julien Castet | Tutor | PhD from University of Grenoble, Research Engineer at Immersion |
| Jeremy Frey | Collaborator | PhD Student at University of Bordeaux, INRIA |
| Fabien Lotte | Collaborator | Researcher at INRIA |
Projects
ShyPins
Jan 2021 - Dec 2023
More
Jan 2021 - Dec 2023
Pin-Based Shape Displays
User Safety
Lab Study
Pin-based shape displays can cause psychological harm by forcefully actuating pins in contact with users, which ShyPins mitigates by regulating pin motion based on user proximity. A user study shows that gradually decreasing pin speed as users approach is perceived as safer than abruptly pausing motion, while the perceived safety of pausing depends on user preferences in user-triggered actuation. Another study finds that projecting user-centered stop zones enhances perceived safety more than pin-centered ones, and users feel less safe when approaching moving pins than when pins move toward them.
Contributors: Maxime Daniel, William Delamare
Fundings: Interreg Altantic Area (DURABLE Project 2020-2023)
CairnFORM²
Dec 2018 - Nov 2020
More
Dec 2018 - Nov 2020
Ring-Based Shape Displays
Use Cases
In-Situ Study
We extend the understanding of the potential utility and usability of axisymmetric shape-change for display. We present (1) 16 new use cases for CairnFORM and (2) a two-month comparative field study with CairnFORM in the workplace. Compared with flat-screen animations, early results show that cylindrical shape-change animations keep a better attractiveness over time.
Contributors: Maxime Daniel, Guillaume Rivière, Nadine Couture
Fundings: Aquitaine Region + Côte Basque–Adour agglomeration (ITAME Project 2015-2018)
CairnFORM¹
Oct 2016 - Nov 2018
More
Oct 2016 - Nov 2018
Ring-Based Shape Displays
Data Physicalization
Peripheral Interaction
Lab Study
CairnFORM is a stack of expandable illuminated rings for display that can change of axisymmetric shape (e.g., cone, double cone, cylinder). We show that axisymmetric shape-change can be used (1) for informing users around the display through data physicalization, (2) for unobtrusively notifying users around the display through peripheral interaction, (3) for offering a greater user experience over time than a traditional flat display with no shape change.
Contributors: Maxime Daniel, Guillaume Rivière, Nadine Couture
Fundings: Aquitaine Region + Côte Basque–Adour agglomeration (ITAME Project 2015-2018)
Expandable Illuminated Ring
Oct 2015 - Nov 2016
More
Oct 2015 - Nov 2016
Ring-Based Shape Displays
Building Block
Ring-based shape displays are a type of shape-changing interface where the deformation or movement of the display is achieved through a system of rings. These rings can be mechanically actuated to create different shapes, surfaces, or structures in a controlled manner. We present the iterative design process of the building block of a novel ring-based shape display - an expandable and stackable illuminated ring.
Contributors: Maxime Daniel, Guillaume Rivière, Nadine Couture
Fundings: Aquitaine Region + Côte Basque–Adour agglomeration (ITAME Project 2015-2018)
EEG EvTool
Feb 2015 - Jul 2015
More
Feb 2015 - Jul 2015
User Experience Evaluation
Electroencephalography
EEG EvTool is a tool for continuously estimating the user’s mental workload, attention and recognition of interaction errors during different interaction tasks. We (1) validate these measures on a controlled virtual environment and (2) show how they can be used to compare different interaction techniques or devices.
Contributors: Jérémy Frey, Maxime Daniel, Fabien Lotte, Martin Hachet
Fundings:
Publications
International Peer-Reviewed Conferences
Tangible Interaction
Shape-Changing Interfaces
User Safety
Maxime Daniel and William Delamare. 2025. ShyPins: Safeguarding User Mental Safety From The Forcible (Dis)Appearance Of Pin-based Controls By Using Speed Zones. In Proceedings of the Nineteenth International Conference on Tangible, Embedded, and Embodied Interaction (TEI ’25). Association for Computing Machinery, New York, NY, USA, Article 14, 1–16. https://dl.acm.org/doi/10.1145/3689050.3704940
Rank B (CORE2023) – best international venue specialized in Tangible, Embedded, and Embodied Interaction
Virtual Reality
3D Selection
Gesture
William Delamare, Maxime Daniel, and Khalad Hasan. 2022. MultiFingerBubble: A 3D Bubble Cursor Variation for Dense Environments. In Extended Abstracts of the 2022 CHI Conference on Human Factors in Computing Systems (CHI EA ’22). ACM, New York, NY, USA, Article 453, 1–6. https://dl.acm.org/doi/10.1145/3491101.3519692
Rank A* (CORE2021) – best international venue in Human-Computer Interaction
Tangible Interaction
Shape-Changing Interfaces
Ring-Based Shape Display
Maxime Daniel and Guillaume Rivière. 2021. Exploring Axisymmetric Shape-Change’s Purposes and Allure for Ambient Display: 16 Potential Use Cases and a Two-Month Preliminary Study on Daily Notifications. In Proceedings of the 15th International Conference on Tangible, Embedded, and Embodied Interaction (TEI ’21). ACM, New York, NY, USA, Article 47, 1–6. https://dl.acm.org/doi/10.1145/3430524.3442452
Rank A (CORE2020) – best international venue specialized in Tangible, Embedded, and Embodied Interaction
Tangible Interaction
Shape-Changing Interfaces
Ring-Based Shape Display
Maxime Daniel, Guillaume Rivière, and Nadine Couture. 2019. CairnFORM: a Shape-Changing Ring Chart Notifying Renewable Energy Availability in Peripheral Locations. In Proceedings of the 13th International Conference on Tangible, Embedded, and Embodied Interaction (TEI ’19). ACM, New York, NY, USA, 275-286. https://dl.acm.org/doi/10.1145/3294109.3295634
Rank A (CORE2018) – best international venue specialized in Tangible, Embedded, and Embodied Interaction
Tangible Interaction
Shape-Changing Interfaces
Ring-Based Shape Display
Maxime Daniel, Guillaume Rivière, and Nadine Couture. 2018. Designing an Expandable Illuminated Ring to Build an Actuated Ring Chart. In Proceedings of the 12th International Conference on Tangible, Embedded, and Embodied Interaction (TEI ’18). ACM, New York, NY, USA, 140-147. https://dl.acm.org/doi/10.1145/3173225.3173294
Rank A (CORE2017) – best international venue specialized in Tangible, Embedded, and Embodied Interaction
User Experience Evaluation
Electroencephalography
Workload
Attention
Interaction Errors
Jérémy Frey, Maxime Daniel, Julien Castet, Martin Hachet, and Fabien Lotte. 2016. Framework for Electroencephalography-based Evaluation of User Experience. In Proceedings of the 2016 CHI Conference on Human Factors in Computing Systems (CHI ’16). ACM, New York, NY, USA, 2283-2294. https://dl.acm.org/doi/10.1145/2858036.2858525
Rank A* (CORE2015) – best international venue in Human-Computer Interaction
International Peer-Reviewed Workshops
Tangible Interaction
Large Language Models
Explainability
Leonardo Angelini, Goda Klumbyte, Maxime Daniel, Nadine Couture, Elena Mugellini, and Claude Draude. 2025. Tangible LLMs: Tangible Sense-Making For Trustworthy Large Language Models. In Proceedings of the Nineteenth International Conference on Tangible, Embedded, and Embodied Interaction (TEI ’25). Association for Computing Machinery, New York, NY, USA, Article 132, 1–5. https://dl.acm.org/doi/10.1145/3689050.3708338
Rank B (CORE2023) – best international venue specialized in Tangible, Embedded, and Embodied Interaction
National Peer-Reviewed Conferences
Literature Review
Persuasive Technology
Energy Demand Side Management
Maxime Daniel, Guillaume Rivière, Nadine Couture, and Stéphane Kreckelbergh. 2016. An Analysis of Persuasive Technologies for Energy Demand Side Management. In Actes de la 28ième conférence francophone sur l’Interaction Humain-Machine (IHM ’16). ACM, New York, NY, USA, 197-210. https://dl.acm.org/doi/10.1145/3004107.3004111
Tangible Interaction
Persuasive Technology
Energy Demand Side Management
Maxime Daniel, Guillaume Rivière, and Nadine Couture. 2016. Persuasive Interactive Systems in public and collective spaces: what Role for Tangible Interfaces ?. In Actes de la 28ième conférence francophone sur l’Interaction Humain-Machine (IHM ’16). ACM, New York, NY, USA, 221-229. https://dl.acm.org/doi/10.1145/3004107.3004131
National Peer-Reviewed Doctoral Consortiums
Tangible Interaction
Shape-Changing Interfaces
Ring-Based Shape Display
Energy Demand Side Management
Maxime Daniel, Guillaume Rivière, and Nadine Couture. 2017. CAIRNS: an Ambient Tangible Interface for Shifting Energy Demand at Work. In Proceedings of the 29th Conference on l’Interaction Humain-Machine (IHM ’17). ACM, New York, NY, USA, 221-231. https://dl.acm.org/doi/10.1145/3132129.3132152
Demonstrations
Maxime Daniel, Guillaume Rivière, and Nadine Couture. 2018. CairnFORM. 30th Conference on l’Interaction Humain-Machine (IHM ’18). October 23 - 26, Brest, France.
Maxime Daniel, Guillaume Rivière, and Nadine Couture. 2018. Expandable Illuminated Ring. 12th International Conference on Tangible, Embedded, and Embodied Interaction (TEI ’18). March 18 – 21, Stockholm, Sweden.
Reviews
| Category | Assigned | Special Recognitions for Outstanding Reviews |
|---|---|---|
| CHI 2026 Papers | 1 | |
| TEI 2026 Papers | 3 | |
| ISMAR 2025 Papers | 3 | 1 |
| TEI 2025 Papers | 1 | 1 |
| TEI 2023 Papers | 1 | |
| IHM 2021 Papers | 1 | |
| TEI 2020 Papers | 1 | |
| IHM 2017 Papers | 1 |
Supervisions
Abu Bakar SIDDIQUE
Master 2, Industry 4.0, University of Pau and Pays de l’Adour (UPPA), France
Topic: Expandable Illuminated Ring Design for a High-Resolution Deformable 360° Physical Display
Duration: March 2025 - August 2025 (6 months)
Location: ESTIA, Bidart, France.
Supervision: 100%
Mauricio David APAZA IRURI
Bachelor 3, Computer Science, Universidad Católica San Pablo, Perou
Topic: From Dashboard Photo to Automated Control: Designing a Parallel Robot System for Physical Widget Actuation
Duration: May 2025 - November 2025 (6 months)
Location: ESTIA, Bidart, France.
Supervision: 50% with Dr William DELAMARE
Carter JARDINE
Bachelor 3, Electrical and Electronics Engineering, University of British Columbia, Canada
Topic: Custom Drone Design for Carrying a Deformable 360° Afterimage Display
Duration: Jan 2023 - June 2023 (6 months)
Location: University of British Columbia, Kelowna, Canada.
Supervision: 50% with Pr Pourang IRANI
Emmanuel Reuben STEPHEN
Bachelor 3, Electrical and Electronics Engineering, University of British Columbia, Canada
Topic: Replication and Enhancement of a Line-Based Physical Interface for Lightweight Drone-Borne Deployment
Duration: Jan 2023 - June 2023 (6 months)
Location: University of British Columbia, Kelowna, Canada.
Supervision: 50% with Pr Pourang IRANI
Animations
TEI 2025 Studio
Tangible LLMs: Tangible Sense-Making For Trustworthy Large Language Models
Description: A 1-day studio exploring tangible representations and interactions to enhance the interpretability and trustworthiness of large language models, in contrast to existing graphical representations and interactions.
Role: Co-organizer & Co-animator
Date: March 4th, 2025
Location: University of British Columbia, Kelowna, Canada.
Teaching
Coordinations
Algorithms and Data Structures
2023-Now
Python
Online Learning Platform
level: 1ˢᵗ Year Engineering Cycle (Refresher Course)
location: ESTIA
volume: 24h
goals:
- Understand the fundamentals of algorithms (variables, operators, expressions, control structures, loops, functions) and common data structures (arrays, lists, queues, stacks, dictionaries).
- Analyze the time complexity of algorithms using asymptotic comparisons and Big O notation.
- Design and implement algorithms and choose suitable data structures to solve problems, including tasks like finding minimum/maximum, sorting, summing, and averaging data.
responsabilities:
- Online Learning Platform implementation and maintenance
- Student assessment and grading
- Lecturers coordination
materials: Online Learning Platform
Mobile Communication Systems
2023-Now
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
level: 2ⁿᵈ Year Engineering Cycle
location: ESTIA
volume: 12h
goals:
- Apply previous learning outcomes to implement a connected device with multiple input sensors and output actuators, along with a mobile application featuring multiple input and output widgets.
- Design and implement a BLE communication protocol enabling bidirectional requests and acknowledgements between the connected device and the mobile application.
responsabilities:
- Slides and toolkits preparation and updates
- Student assessment and grading
- Practical work and project supervision
- Lecturers coordination
materials: Introduction and Instructions Slides
Systematic Litterature Review
2019
PRISMA statement
Zotero
Google Scholar
Microsoft Word
Microsoft Excel
level: 3ʳᵈ Year Engineering Cycle
location: ESTIA
volume: 4h
goals:
- Understand the principles and methodology of a Systematic Literature Review, including research questions formulation, inclusion/exclusion criteria, data extraction, and quality assessment of studies.
- Apply the SLR methodology by conducting structured searches, selecting relevant studies, extracting and synthesizing data, and critically analyzing results to draw evidence-based conclusions.
responsabilities:
- Slides preparation and updates
- Student assessment and grading
- Project supervision
materials: Method and Tools Slides
Internet Of Things Expertise
2019
C
Arduino
RESTful API
level: 3ʳᵈ Year Engineering Cycle
location: ESTIA
volume: 4h
goals:
- Understand the principles of the Internet of Things (IoT), including IoT architectures and communication protocols, with emphasis on RESTful API.
- Apply IoT concepts by designing, programming, and deploying connected devices with sensors and actuators (ESP32), communicating via a RESTful API.
responsabilities:
- Slides preparation and updates
- Student assessment and grading
- Project supervision
materials: Introduction Slides
Version Control Initiation
2018
Git
VS Code
HTML
CSS
level: 3ʳᵈ Year Engineering Cycle
location: ESTIA
volume: 4h
goals:
- Understand the basic concepts of version control, including repositories, commits, branches, and merges.
- Apply these concepts using Git, performing common operations such as add, commit, push, and pull, as well as handling merge conflicts and synchronizing with a remote collaborative repository.
responsabilities:
- Slides preparation and updates
- Student assessment and grading
- Practical work supervision
materials: Introduction Slides
Shape-Changing Interfaces Introduction
2018
Programmable matter
Human-Computer Interaction
Shape-Changing Interfaces
level: 3ʳᵈ Year Engineering Cycle
location: ESTIA
volume: 1h
goals:
- Understand the fundamental concepts, purposes, benefits, and challenges of shape-changing interfaces.
responsabilities:
- Webpage preparation and updates
materials: Introduction Webpage
Lectures
2025
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Dynamic Web Developement
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 35 | 24h |
|
Static Web Development
Front End
HTML
CSS
VS Code
Web Browser
|
Assistant Professor | Lecturer | Problem | L3 | General Engineering | ESTIA | 37 | 18h |
|
Algorithms and Data Structures
Python
Online Learning Platform
|
Assistant Professor | Coordinator, Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 32 | 24h |
| 66h |
2024
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Application and Integration Work
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Tutor | Project | M1 | General Engineering | ESTIA | 34 | 24h |
|
Application and Integration Work
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Tutor | Project | M1 | General Engineering | ESTIA | 33 | 24h |
|
Advanced Programming
Continuous Integration
GitHub
C
VS Code
Command terminal
|
Assistant Professor | Lecturer | Lecture, Project | M1 | General Engineering | ESTIA | 31 | 24h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Assistant Professor | Coordinator, Lecturer | Lecture, Project | M1 | General Engineering | ESTIA | 30 | 16h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Assistant Professor | Coordinator, Lecturer | Lecture, Project | M1 | General Engineering | ESTIA | 31 | 16h |
|
Object-Oriented Programming
Java
Eclipse IDE
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 31 | 24h |
|
Dynamic Web Development
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 31 | 12h |
|
Dynamic Web Development
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 12h |
|
Static Web Development
Front End
HTML
CSS
VS Code
Web Browser
|
Assistant Professor | Tutor | Problem | L3 | General Engineering | ESTIA | 32 | 18h |
|
Static Web Development
Front End
HTML
CSS
VS Code
Web Browser
|
Assistant Professor | Tutor | Problem | L3 | General Engineering | ESTIA | 30 | 18h |
|
Algorithms and Data Structures
Python
Online Learning Platform
|
Assistant Professor | Coordinator, Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 32 | 24h |
|
Algorithms and Data Structures
Python
Online Learning Platform
|
Assistant Professor | Coordinator, Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 30 | 24h |
| 236h |
2023
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Application and Integration Work
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Tutor | Project | M1 | General Engineering | ESTIA | 34 | 24h |
|
Application and Integration Work
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Tutor | Project | M1 | General Engineering | ESTIA | 29 | 24h |
|
Advanced Programming
Continuous Integration
GitHub
C
VS Code
Command terminal
|
Assistant Professor | Lecturer | Lecture, Project | M1 | General Engineering | ESTIA | 30 | 24h |
|
Advanced Programming
Continuous Integration
GitHub
C
VS Code
Command terminal
|
Assistant Professor | Lecturer | Lecture, Project | M1 | General Engineering | ESTIA | 33 | 24h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Assistant Professor | Coordinator, Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 30 | 16h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Assistant Professor | Coordinator, Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 31 | 16h |
|
Dynamic Web Development
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 31 | 12h |
|
Dynamic Web Development
Full Stack
PHP
JS
SQL
HTML
CSS
WampServer
VS Code
Web Browser
|
Assistant Professor | Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 33 | 12h |
|
Object-Oriented Programming
Java
Eclipse IDE
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 31 | 24h |
|
Object-Oriented Programming
Java
Eclipse IDE
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 30 | 24h |
|
Algorithms and Data Structures
Javascript
|
Assistant Professor | Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 33 | 24h |
| 224h |
2021
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Application and Integration Work
SQL
Java AWT
Eclipse IDE
WampServer
|
Assistant Professor | Tutor | Project | M1 | General Engineering | ESTIA | 33 | 24h |
|
Application and Integration Work
SQL
Java AWT
Eclipse IDE
WampServer
|
Assistant Professor | Tutor | Project | M1 | General Engineering | ESTIA | 32 | 24h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Assistant Professor | Coordinator, Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 30 | 16h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Assistant Professor | Coordinator, Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 31 | 16h |
|
Object-Oriented Programming
Java
Eclipse IDE
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 34 | 24h |
|
Object-Oriented Programming
Java
Eclipse IDE
|
Assistant Professor | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 32 | 24h |
|
Procedural Programming
C
VS Code
Command Terminal
|
Assistant Professor | Lecturer | Lecture, Practical Work, Project | L3 | General Engineering | ESTIA | 30 | 24h |
|
Procedural Programming
C
VS Code
Command Terminal
|
Assistant Professor | Lecturer | Lecture, Practical Work, Project | L3 | General Engineering | ESTIA | 32 | 24h |
|
Web Development
HTML
CSS
JS
VS Code
Web Browser
|
Assistant Professor | Lecturer | Problem | L3 | General Engineering | ESTIA | 33 | 24h |
|
Algorithms and Data Structures
Javascript
|
Assistant Professor | Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 32 | 24h |
| 224h |
2020
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Application and Integration Work
SQL
Java AWT
Eclipse IDE
WampServer
|
Temporary Research and Teaching Assistant | Tutor | Project | M1 | General Engineering | ESTIA | 33 | 24h |
|
Application and Integration Work
SQL
Java AWT
Eclipse IDE
WampServer
|
Temporary Research and Teaching Assistant | Tutor | Project | M1 | General Engineering | ESTIA | 31 | 24h |
|
Database Management
SQL
VS Code
WampServer
|
Temporary Research and Teaching Assistant | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 24h |
|
Object-Oriented Programming
JAVA
Eclipse IDE
|
Temporary Research and Teaching Assistant | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 24h |
|
Object-Oriented Programming
JAVA
Eclipse IDE
|
Temporary Research and Teaching Assistant | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 34 | 24h |
| 120h |
2019
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Research Engineer | Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 31 | 16h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Research Engineer | Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 33 | 16h |
|
Internet Of Things Expertise
C
Arduino
RESTful API
|
Research Engineer | Coordinator, Lecturer | Lecture, Project | M2 | General Engineering | ESTIA | 15 | 3h |
|
Systematic Literature Review
PRISMA statement
Zotero
Google Scholar
Microsoft Word
Microsoft Excel
|
Research Engineer | Coordinator, Lecturer | Lecture, Project | M2 | General Engineering | ESTIA | 30 | 4h |
|
Microprogrammed Systems
C
Development boards and kits - PIC
|
Research Engineer | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 24h |
|
Database Management
SQL
VS Code
WampServer
|
Research Engineer | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 31 | 24h |
|
Event-Oriented Programming
Java SWT
Eclipse IDE
|
Research Engineer | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 34 | 16h |
|
Object-Oriented Programming
Java
Eclipse IDE
|
Research Engineer | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 24h |
| 127h |
2018
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Version Control Initiation
Git
VS Code
HTML
CSS
|
Research Engineer | Coordinator, Lecturer | Lecture, Practical Work | M2 | General Engineering | ESTIA | 18 | 4h |
|
Shape-Changing Interfaces Introduction
Programmable Matter
Human-Computer Interaction
Shape-Changing Interfaces
|
Research Engineer | Coordinator, Lecturer | Lecture | M2 | General Engineering | ESTIA | 25 | 1h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Research Engineer | Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 32 | 16h |
|
Mobile Communication Systems
Arduino
C
Android
MIT App Inventor
Bluetooth Low Energy
|
Research Engineer | Lecturer | Lecture, Project | L3 | General Engineering | ESTIA | 32 | 16h |
|
Event-Oriented Programming
Java SWT
Eclipse IDE
|
Research Engineer | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 32 | 16h |
| 53h |
2017
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Object-Oriented Programming
Java
Eclipse IDE
|
PhD Student | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 24h |
|
Event-Oriented Programming
Java SWT
Eclipse IDE
|
PhD Student | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 34 | 16h |
| 40h |
2016
| Course | Position | Role | Type | Level | Degree | Institution | Headcount | Duration |
|---|---|---|---|---|---|---|---|---|
|
Object-Oriented Programming
Java
Eclipse IDE
|
PhD Student | Lecturer | Lecture, Practical Work | M1 | General Engineering | ESTIA | 33 | 24h |
|
Web Development
HTML
CSS
JS
VS Code
Web Browser
|
PhD Student | Lecturer | Lecture, Practical Work | L3 | General Engineering | ESTIA | 30 | 32h |
| 56h |
Others
Missions
Information System Correspondent for ESTIA Research
2021 - Now