This workshop is designed to help you understand the fundamentals of investing, make informed decisions, and grow your wealth effectively. It is perfect for beginners and those looking to enhance their investment knowledge. Invest wisely. Grow your wealth. Achieve financial freedom!
The importance of developing career management skills in the context of modern science careers will be addressed. International statistics and trends in science careers will be shared, and three main strategies to maximize career progression for scientists will be explained in detail: career planning, career prototyping, and networking. This session is designed to empower participants with the ability to design and execute an effective career strategy for their future steps.
Have you ever felt like daily pressure takes your breath away? Join us to learn strategies for balance and stress management. This informal workshop on Academic Burnout Prevention will help you develop mental health techniques to handle everyday challenges!
Get ready to dive into the heart of Portuguese culture with our fun Pastel de Nata cooking class. These sweet treats hold a special place in Portugal's culinary tradition. In a warm and interactive environment, you'll discover the secrets behind these mouthwatering pastries. With the Domus Arte workshop, you'll receive hands-on guidance, learning every step from preparing the delicate dough to crafting the creamy custard filling. After baking, indulge in the freshly made Pastéis de Nata, perfectly paired with the world-renowned Porto wine.
This workshop will introduce participants to the fundamentals of scientific illustration, focusing on creating clear, accurate, and visually engaging diagrams for research papers, presentations, and grant proposals. Attendees will learn key techniques, software tools, and best practices for effectively communicating complex biological and engineering concepts through visual representation.
In this visit, the participants will get to know the biomechanics laboratory of the University of Porto, and how a modern laboratory works. We'll show how motion capture, force platoforms and EMG can be used in an integrated way to reveal the function of the human body. Also, research lines in biomedical and sports will be highlighted.
A visit to i3S is an opportunity to see how the largest biomedical research institute in Portugal runs. The institute comprises 72 research groups, 14 core facilities, and houses well over 1000 people, whose research is organized into three programs addressing current, pressing societal and health challenges: cancer, infectious diseases, neurologic disorders, and regenerative medicine.
INEGI's Biomechanics group is dedicated to advancing human well-being by integrating biomechanics into the development of cutting-edge technologies. The group focuses on several key research areas, including biomechanics, medical imaging, computational biomechanics (developing models of biological systems that support surgical planning, medical team training, and experimental design) and experimental biomechanics, which involves characterising soft tissues and biomaterials for medical device development. These efforts are geared towards providing solutions that benefit society by improving intervention strategies, supporting healthcare professionals with training, and enhancing medical technologies. Recently, INEGI has broadened its scope to include AI, to improve medical decision-making and disease detection.
Visit to the facilities responsible for the certification and control of DOP Porto and DOP Douro wines. The visit includes a tour of the Physicochemical Analysis and Gas Chromatography sectors of the laboratory, with an explanation of the work carried out in the areas of Mineral Analysis, Liquid Chromatography, and Microbiological Analysis. The tour concludes in the Tasting Chamber, where the tasting room setup, recruitment and qualification of tasters, daily tasks, and quality control processes are presented.
Visit to CIIMAR's facilities to learn about the work of the different research areas that make up CIIMAR. This visit allows you to get closer to the excellent research being carried out in the marine and environmental sciences, and to learn about innovative topics and techniques in these fields of knowledge.
Anatomic Pathology is the area of Medicine dedicated to the morphological and molecular study of organs, tissues and cells, with the main objective of diagnosing and classifying lesions, with clinical impact. It also provides key information on prognostic and predictive factors of response to therapy. Its activities involve macroscopic and microscopic analysis, using techniques such as histochemistry, immunohistochemistry and molecular biology. Bioengineering has been complementing these methods, introducing tools that enhance diagnostic accuracy and scientific advances. In this workshop, we will explore the main steps of diagnosis, including macroscopic description, histological processing, microscopic observation and complementary studies.
The workshop on nanoparticle manufacturing and characterization will give participants a chance to learn new things about biocompatible materials, nanoparticles currently on the market, and other topics.
In this hands-on workshop, participants will explore innovative ways to transform macroalgae biomass into sustainable bioplastic films. We will discuss the environmental challenges posed by conventional plastics and how macroalgae, a renewable and abundant resource, offers a viable alternative. The workshop will cover the process of extracting biopolymers from macroalgae, blending them into films, and testing their properties. Attendees will gain practical experience in producing bioplastic films, while also learning about the broader implications for waste reduction, renewable materials, and the circular economy. Join us in discovering how algae can contribute to a more sustainable future!
Contamination of food contact surfaces by foodborne pathogens poses significant public health risks and economic burdens due to food spoilage and recalls. Biofilm formation enhances pathogen persistence, making conventional cleaning insufficient. To address this problem, research has focused on developing novel antifouling surfaces and antimicrobial compounds. This workshop will discuss bioengineered strategies to combat biofilm growth, explore innovative self-cleaning surface designs inspired by plant leaf topography, and assess the antimicrobial potential of chitosan against common foodborne pathogens. By integrating bioengineering and antibiofilm approaches, this workshop highlights the importance of food safety and high hygiene standards in food processing facilities.
Edible insects are considered emerging sources of protein and sustainable alternatives to animal meat. However, edible insects can induce allergic reactions. This workshop will introduce insects as new protein sources for human consumption and their allergenic potential, which will be demonstrated by analysing the protein profile by SDS-PAGE and evaluating IgE binding capacity with sera from patients allergic to crustaceans by immunoblotting/ELISA.
Biotechnology has become a key player in the cosmetics industry, driving innovation in ingredient development and sustainability. This workshop explores the first and the latest biotechnological advancements in cosmetics, examining case studies and discussing their potential impact on the industry's future. A special focus will be placed on biotechnology's role in skin aging, including strategies for prevention and minimizing visible signs of aging.
Ever wondered about 3D printing and 3D modelling, but don't know where to start? In this workshop, we are going to explore a bit about Blender 3D, an open source and free program for 3D modelling, and how to prepare a part for 3D printing.
An introductory workshop on simulating neurons and neuronal dynamics using NEURON. Participants will be introduced to key concepts such as action potentials, synaptic inputs, and network connections. Through interactive examples, attendees will learn to create and manipulate single neuron models and simple neural circuits. The workshop provides hands-on experience in building models, running simulations, and visualizing results, offering a foundational understanding of computational neuroscience.
This workshop introduces participants to the fundamentals of Agile Healthcare Management and its applications in Biomedical Engineering. Hosted by Glintt Global, a leading company in healthcare digital transformation, the session will explore Agile principles, real-world success stories, and interactive activities to reinforce learning. Participants will gain hands-on experience applying Agile methods to optimize processes, enhance collaboration, and drive innovation in healthcare. The event concludes with a Q&A session, offering direct insights from industry experts
Join our Deep Learning in Medical Imaging Workshop for a complete experience in applying cutting-edge deep learning techniques to medical imaging. Led by João Pedrosa, you will learn about medical imaging and deep learning from the basics up to advanced techniques. In this workshop you'll also work with real-world data and applied deep learning in detection, classification, segmentation and explainability. Ideal for young researchers and students interested in this field, this workshop offers practical skills and insights into the latest trends. Spaces are limited, so register now and stay ahead in healthcare innovation!
This tutorial should equip any well-versed machine-learning practioneer with the fundamental signal processing and deep learning concepts in order to solve problems related to phonocardiogram heart sound segmentation. It should also equip the attendee with the domain knowledge about the relevance of this task and modality in the domain of cardiac disease screening.
Explore the power of microfluidic technology in recreating complex in vivo-like conditions in vitro! This hands-on workshop introduces the design and application of microfluidic devices for studying cell-cell and tissue interactions in controlled environments. Guided by Estrela Neto and Carolina Monteiro (i3S researchers), you will: - Discover how microfluidic systems replicate native biological niches. - Explore different chip designs and their physiological relevance. - Learn to assemble microfluidic devices and test liquid flow dynamics. Join us for practical insights into this cutting-edge technology shaping modern biological research!
This workshop seeks to provide the fundamental concepts on bioprinting technologies currently explored for the biofabrication of 3D constructs for tissue repair and in vitro tissue models. It encompasses a theoretical session on the fundamentals of bioprinting, including biomaterials, cells and technologies, followed by a hands-on session on (bio)ink preparation and bioprinting.
Explore the groundbreaking innovation of generating electrical from Human Body. This workshop bridges bioengineering and renewable energy, showcasing how biological systems can power self-sustaining and next-generation medical devices. This session delves into the science of energy harvesting, innovative biomaterials, and their applications in smart and implantable medical devices. Join us for an engaging session to learn, discuss, and contribute ideas to this futuristic intersection of bioengineering and renewable energy.
In this laboratory activity, students will gain practical experience in creating and analyzing cell spheroids, a crucial technique in tissue engineering and regenerative medicine. The activity will guide students through the process of forming three-dimensional cell aggregates, known as spheroids, which mimic the microenvironment of tissues more accurately than traditional two-dimensional cultures. Students will prepare cell suspensions and agarose molds to initiate spheroid formation. They will also observe structural integrity and viability of previously prepared spheroids using microscopy. Additionally, students will learn how to quantify spheroid size and analyze cell-cell interactions within the spheroids. This hands-on experience student will improve their understanding of cell biology, tissue engineering and the applications of spheroids in drug testing and disease modeling. By the end of the activity, students will be proficient in spheroid formation techniques and will appreciate the significance of three-dimensional cell cultures in biomedical research.
