Conference Agenda

Overview and details of the sessions of this conference. Please select a date or location to show only sessions at that day or location. Please select a single session for detailed view (with abstracts and downloads if available).

Please note that all times are shown in the time zone of the conference. The current conference time is: 12th Aug 2022, 07:58:34am CEST

 
Only Sessions at Location/Venue 
 
 
Session Overview
Location: Room C (Philosophy) Humanities Faculty
Floor -1

https://goo.gl/maps/soeYZ51SJzjxv2q88
Date: Monday, 15/Nov/2021
12:00pm - 1:30pmP12: Inclusion, Diversity, Equity, and Access to STEM Education
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Dr. Renetta Garrison Tull, University of Calfornia Davis, United States of America
Session Chair: Dora Smith, Siemens, United States of America
Session Chair: Dr. Elena Ruiz Larrocha, UNED, Spain
Panelists:
Stephanie Farrell, Experiential Engineering Education Department (ExEED) Professor and Founding Department Head at Henry M. Rowan College of Engineering, NJ, USA
Deborah Blaine, Associate Professor in Mechanical and Mechatronics Engineering at Stellenbosch University, South Africa
David Delaine, Assistant Professor within the Department of Engineering Education at The Ohio State University’s College of Engineering and Leader of Inclusive Community-based Learning – iCBL (Inclusive Community-based Learning) Program
María Elena Gavilán Alfonso, Senior Marketing Manager for Higher Ed and Research, MathWorks
Rudi Ngnepi, Global Director, Digital Sales Enablement Platform, NI
Nichelle Grant, Head of Diversity, Equity and Inclusion, Siemens Corporation
Felipe Gómez Gallo, Vice President Student Affairs IFEES and President SPEED
Sri Yeswanth (Yash) Tadimalla, Doctoral student at UNC Charlotte, under the Interdisciplinary track in the College of Computing and Informatics
5:30pm - 7:00pmWS01: Supporting Mental Wellbeing in Engineering Education Environments
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Dr. Kim Johnston, University of Calgary, Canada
Session Chair: Robyn Paul, University of Calgary, Canada
Session Chair: Prof. Rosario Gil Ortego, UNED, Spain
Recent surveys of engineering undergraduate students indicate that a majority of students report feelings of being overwhelmed, sad, lonely and hopeless. Despite a majority of students reporting these challenging feelings, very few (less than 5-10%) of students access mental health resources available on campus. This has highlighted the need to develop curricular and co-curricular programs to support student wellbeing and connect students to existing supports. In this workshop, a framework for discussing mental wellbeing in and out of classrooms will be presented. Examples of student support programs implemented in an engineering school will be discussed. Time will be given for participants to work in groups to discuss potential supports that they can bring back to their communities at their own home institutions.
 

Supporting Mental Wellbeing in Engineering Education Environments

KIm Johnston

Schulich School of Engineering, University of Calgary, Calgary, Canada

Recent surveys of engineering undergraduate students indicate that a majority of students report feelings of being overwhelmed, sad, lonely and hopeless. Despite a majority of students reporting these challenging feelings, very few (less than 5-10%) of students access mental health resources available on campus. This has highlighted the need to develop curricular and co-curricular programs to support student wellbeing and connect students to existing supports. In this workshop, a framework for discussing mental wellbeing in and out of classrooms will be presented. Examples of student support programs implemented in an engineering school will be discussed. Time will be given for participants to work in groups to discuss potential supports that they can bring back to their communities at their own home institutions.

 
7:30pm - 9:00pmWS1257: Laboratorios Remotos de LabsLand para Electrónica y Diseño Digital
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Dr. Luis Rodríguez-Gil, LabsLand, Spain
Session Chair: Jose Luis Moya, LabsLand, Spain
Session Chair: Dr. Javier García-Zubía, University of Deusto, Spain
Session Chair: Dr. Blanca Quintana, UNED, Spain
La pandemia actual y las tendencias cambiantes en la educación están aumentando la necesidad de flexibilidad y de una mayor experiencia práctica en el aula en un modo de enseñanza en línea. Esto es especialmente importante cuando se trata del ámbito de la ingeniería, para la que las prácticas son fundamentales. LabsLand ayuda a los educadores haciendo que esta transición sea lo más suave posible. El objetivo de esta sesión es familiarizar a los educadores de ingeniería con las tecnologías de laboratorio remoto y con los laboratorios remotos más populares. Durante el taller, presentaremos estas tecnologías. A continuación, describiremos brevemente dos de los laboratorios remotos más populares utilizados en universidades de todo el mundo: Para dispositivos FPGA y para electrónica general. A continuación, los participantes tendrán la oportunidad de experimentar ellos mismos con esos laboratorios mediante sesiones específicas de práctica guiada. Se hará hincapié en la aplicación práctica de esos laboratorios a los cursos de ingeniería. Los participantes también dispondrán de un acceso gratuito y limitado en el tiempo a los laboratorios para que puedan seguir probando y practicando con ellos después del taller.
 

Laboratorios Remotos de LabsLand para Electrónica y Diseño Digital

Luis Rodriguez Gil1, Jose Luis Moya1, Javier Garcia-Zubia2, Pablo Orduña3

1LabsLand, Spain; 2University of Deusto, Spain; 3LabsLand, USA

La pandemia actual y las tendencias cambiantes en la educación están aumentando la necesidad de flexibilidad y de una mayor experiencia práctica en el aula en un modo de enseñanza en línea. Esto es especialmente importante cuando se trata del ámbito de la ingeniería, para la que las prácticas son fundamentales. LabsLand ayuda a los educadores haciendo que esta transición sea lo más suave posible. El objetivo de esta sesión es familiarizar a los educadores de ingeniería con las tecnologías de laboratorio remoto y con los laboratorios remotos más populares. Durante el taller, presentaremos estas tecnologías. A continuación, describiremos brevemente dos de los laboratorios remotos más populares utilizados en universidades de todo el mundo: Para dispositivos FPGA y para electrónica general. A continuación, los participantes tendrán la oportunidad de experimentar ellos mismos con esos laboratorios mediante sesiones específicas de práctica guiada. Se hará hincapié en la aplicación práctica de esos laboratorios a los cursos de ingeniería. Los participantes también dispondrán de un acceso gratuito y limitado en el tiempo a los laboratorios para que puedan seguir probando y practicando con ellos después del taller.

 
Date: Tuesday, 16/Nov/2021
12:00pm - 1:30pmS03: Attributes for the Future Engineer
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Prof. Pedro Fonseca, Universidade de Aveiro, Portugal
Session Chair: Dr. Claes Fredriksson, Ansys, United Kingdom
Session Chair: Dr. Blanca Quintana, UNED, Spain
 

Promoting Critical and Design Thinking Activities to Tackle Sustainable Development Goals in Higher Education

Denis Gillet, Isabelle Vonèche Cardia

EPFL, Switzerland



Required Competence Development in Higher Education to Manage the Digital Transformation in the Industry

Fabian Lindner, Daniel Winkler, Sophia Keil

Zittau/Görlitz University of Applied Sciences, Germany



From the execution of transformation frameworks to the development of education strategies in organizations

Jens Palacios Neffke1, Ana Paula Bezerra Barquet2

1Alstom Group, Germany; 2Technische Universität Berlin



Enhancing system development learning by applying Real Time Operating System concepts through connecting courses

Shrishail Pattanashetti, Rohini Hongal, Prabha Nissimagoudar, Supriya Katwe, Preeti Pillai, Bhagyashree Kinnal, Nalini Iyer

KLE Technological University, India



A High School Engineering Curriculum Focusing on Discovery, Design, Professional Skills and Society

Kenneth Jeffrey Reid1, Tina Griesinger2

1University of Indianapolis, United States of America; 2Virginia Polytechnic Institute and State University, United States of America



Transition of Engineering Education During the COVID-19 Pandemic

Aziz Shekh-Abed2, Nael Barakat1

1University of Texas at Tyler, United States of America; 2Ruppin Academic Center, Emek Hefer, Israel

 
Date: Wednesday, 17/Nov/2021
12:00pm - 1:30pmSS206: Technologies for on-line, Hybrid and Distance Engineering Education (TechEE)
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Dr. Sergio Martin, UNED - Universidad Nacional de Educación a Distancia, Spain
Session Chair: Dr. Ángeles Sánchez-Elvira Paniagua, UNED, Spain
Session Chair: Prof. Clara Perez, UNED, Spain
 

Fostering integrative thinking through an online AR-based robot system analysis

Dan Cuperman, Igor M. Verner, Huberth Perez-Villalobos, Sergei Gamer, Alex Polishuk

Technion - Israel Institute of Technology



Online Laboratory Communication Using MQTT IoT Standard

Jose Angel Sanchez-Viloria1, Luis Felipe Zapata-Rivera2, Catalina Aranzazu-Suescun2, Andrea E. Molina-Pena1, Maria M. Larrondo-Petrie1

1Florida Atlantic University, United States of America; 2Embry-Riddle Aeronautical University, United States of America



Teaching Programming with a Limited Infrastructure

Paulo Ferreira1, Luís Nogueira1,2, Nuno Pereira1,2, Cláudio Maia1,2, Marta Fernandes1,3, André Andrade1,3, Raquel Faria1, Carlos Gonçalves1,4

1Polytechnic of Porto, School of Engineering, Portugal; 2CISTER Research Centre; 3GECAD Research Centre; 4LIAAD-INESC TEC & SING Research Group



Automated code evaluation of computer programming sessions with MATLAB Grader

Yadira Boada1,2, Alejandro Vignoni1

1Universitat Politecnica de Valencia, Spain; 2Centro Universitario EDEM, Spain



Exploring the concept of Computational Thinking in STEM Education

Guruswamy Revana, Dr. K. Kavitha, Dr. V. Madhavi

BVRIT HYDERABAD College of Engineering for Women, India

 
3:30pm - 5:00pmWS02: PSoC®- 6 IoT Workshop (Infineon)
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Dr. Patrick Kane, Infineon, United States of America
Session Chair: Prof. Elio San Cristóbal, UNED, Spain
The Infineon University Alliance Cordially Invites You to Attend A
PSoC®- 6 IoT Workshop
WHY: • Leave with the knowledge of PSoC 6 Architecture and ModusToolboxTM Software and learn how you can quickly create an embedded IoT design AND receive a free PSoC 6 CY4343W prototyping kit. • Learn all about the latest Infineon PSoC technology. PSoC is a family of programmable devices featuring analog, digital, and an embedded MCU – all on one chip. PSoC is truly the world’s first Programmable System-On-Chip
Agenda: • Introduction to ModusToolbox IDE and PSoC 6 architecture • Hands-on lab session using the CY8CPROTO-062-4343W to create a simple Wi-Fi project • Wrap-up
Date: Thursday, 18/Nov/2021
12:00pm - 1:30pmS09: Scholarship and Development of Teaching and Learning
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Dr. Miguel Rodriguez-Artacho, Universidad Nacional de Educacion a Distancia, Spain
Session Chair: Dr. Sarah Zappe, Penn State, United States of America
Session Chair: Prof. Rosario Gil Ortego, UNED, Spain
 

Creating a Project track in a 5-year integrated Engineering Curriculum

Pedro Fonseca1, Paulo Monteiro1, António J. R. Neves2

1Instituto de Telecomunicações/Universidade de Aveiro, Portugal; 2DETI/IEETA, Universidade de Aveiro, Portugal



A cumulative learning approach to developing scholarship of teaching and learning in an engineering community of practice

Karin Wolff, Deborah Blaine, Carmen Lewis

Stellenbosch University, South Africa



Educational Pyramids Aligned: Bloom’s Taxonomy, the DigCompEdu Framework and Instructional Designs

Carlos Delgado Kloos, Carlos Alario-Hoyos

Universidad Carlos III de Madrid, Spain



Re-think assessment methods for Engineering Technology Programmes: A case study in Mechanical Engineering Technology

Samuel Loyiso Gqibani

University of Johannesburg, South Africa



New Approach in Design Education for Additive Manufacturing using RC Race Car Models

Stefan Junk

Offenburg University, Germany

 
3:30pm - 5:00pmP14: Student Success - Preparing Students for Changing Technology
Location: Room C (Philosophy) Humanities Faculty
Session Chair: Lauren Tabolinsky, MathWorks, United States of America
Session Chair: Prof. Rosario Gil Ortego, UNED, Spain
Panelists:
Lauren Tabolinsky
Lauren joined MathWorks in 2008. Before joining MathWorks, Lauren was an Education Product Manager at Harvard Business School Publishing. Lauren currently manages Academic Programs at MathWorks including the student competition program and student ambassador program. Lauren holds a degree in business administration and marketing from Monmouth University and a Master’s degree in Marketing Communications form Emerson College.
Connell D’Souza. Connell is a senior team lead at MathWorks, managing a team of Engineers that help students adopt Model-Based Design practices for Aerospace, Automotive and Autonomous Systems projects. Connell holds a Master’s Degree in Mechanical Engineering from Northeastern University, Boston, MA and a Bachelor’s Degree in Mechanical Engineering from K.J. Somaiya College of Engineering, Mumbai, India where he competed at Formula Student Germany as team lead of Orion Racing India.
Maurice Boueri. Maurice is a Director in the Engineering Development Group (EDG) at MathWorks with teams in the UK (Cambridge) and in the US (Natick, MA). Before joining MathWorks in 2005, he was a researcher at the University of Southern California where he studied Signal Processing and obtained his MS Degree in Electrical Engineering. He also holds a Bachelors of Engineering from the American University of Beirut in Lebanon.
Jennifer J. Gago. Jennifer is a former MATLAB Student Ambassador who currently works with MathWorks to introduce Computational Thinking and Model-Based Design into teaching and research at Spanish universities. Jennifer received her MSc in Robotics and Automation and her BEng in Industrial Technologies Engineering from University Carlos III of Madrid. She has previously worked in Academia, as a roboticist; as well as in Industry, as a mobile X-Ray equipment researcher.

 
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