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Printed Electronics Training |
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| In this training the student learns the basics of various types of printing processes, their possibilities and their constraints. The student will be able to evaluate the suitability of printing techniques for manufacturing and understand printing technology's integration into various types of processes, and is able to self-study more deeply the theory and processes of that area. The student understands the potential of production processes and is able to perceive the use of technology in the light of applications. The student receives knowledge about the design of printed intelligence structures. The student knows the physical tools needed in design and implementation of printed intelligence and also in other purposes. The student will be able to visualize the future applications of printed intelligence. The student has the necessary knowledge and skills for laboratory work: occupational safety, materials, electrical measurements, microscopy, electrochemical measurements, environmental conditions, surface profile and quality analysis. The trainee is able to combine the basics of his learning into practice. Training is divided into several courses from which the student can choose the best suitable path. Training includes both online and face-to-face teaching. | ||||||
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Printed Intelligence Product Development |
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| After studying the course, You have the basic knowledge of the product development processes and the practical know-how of product design. Product development phases are introduced during the training. You will learn the elements cost calculations, risk management and financing of product development projects. You are able to estimate the TRL of the product and have the possibility to brainstorm new ideas and design and even build a prototype. Course will be implemented with brief on-line introductions to topic, individual self-learning based on given material, individual and group learning activities and product development task. | ||||||
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Process Digitalization and Performance Measurement: Organizational Innovation |
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| This course aims to help the change of corporate paradigm, providing structural information on process change and transfer methodologies and technical skills to use digital instruments. | ||||||
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Process Mining and Predictive Process Monitoring |
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| The speaker for the webinar is Marlon Dumas who’s Professor of Information Systems at University of Tartu, Estonia. | ||||||
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Product Design & Health |
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| Master design knowledge required to improve the patient experience in healthcare systems. | ||||||
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Product Design: The Delft Design Approach |
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| Learn to design meaningful products and services in this introductory design course. | ||||||
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Project Finance: Funding Projects Successfully |
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| Learn the key strategies used by project managers to generate crucial funding for their projects. | ||||||
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Project Management for the Integration of Information Systems in Companies |
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| The course aims to develop a solid project management approach that leads the company to obtain the desired results; helping managers and the company as a whole to move from a logic of reaction to problems to one of preventive action in the specific IT area, through the acquisition of knowledge on the logic and methods of preparation and management of information systems projects; deepening some specific aspects of the technological projects. | ||||||
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Project Management of Engineering Projects: Preparing for Success |
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| Create your own project plan and learn the importance of the early project phases in achieving project success. People are key! | ||||||
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Project Management: Mastering Complexity |
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| Develop the project management skills you need to handle complexity in engineering, infrastructure and other large projects. | ||||||
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