Found 52 courses
SUBJECT

COURSE LEVEL

INSTITUTION

COURSE TYPE
engineering subject

Environmental Meteorology and Air Quality Models

Dionysia Kolokotsa - undergraduate - (A+)
School of Environmental Engineering, Technical University of Crete

This course general data for the earth's atmosphere are presented and discussed involving an environmental engineer. The earth's energy balance is analyzed in combination with the greenhouse effect. Particular emphasis is placed on thermodynamic processes of the atmospheric air and on the governing equations of the movement of air masses in the atmospheric boundary layer. Furthermore, atmospheric statistic analysis is presented as well as the analysis of weather systems.

engineering subject

Building energy consumption evaluation

Dionysia Kolokotsa - undergraduate - (A-)
School of Environmental Engineering, Technical University of Crete

Fundamentals objectives and benefits of the building energy audit. Introduction to energy regulations. Systems and instrumentation for the building energy audit. Design and installation of energy monitoring networks, fault detection and maintance. Assessment and design of the building envelope, the electrical installation and HVAC systems.

engineering subject

Quality Control

Evangelos Grigoroudis - undergraduate - (A-)
School of Production Engineering and Management, Technical University of Crete

The course focuses on the tools and techniques of Statistical Quality Control and its main objective is to show how statistical methods are used in this area. This course examines the two main branches of Statistical Quality Control, i.e., sampling plans (Acceptance Sampling) and control charts (Statistical Process Control).

engineering subject

Open Courses Development

Aggelos Bletsas - undergraduate - (A-)
School of Electronic and Computer Engineering, Technical University of Crete

Connection, Composition and Completion (3Cs) basic theoretical knowledge of telecommunications engineering, while pilot training in a real environment. Data transceivers and system parameters. Receiver parameters: noise figure, compression point (IP2), intermodulation and third-order intercept point (IP3), spurious receiver response. Transmitter parameters: frequency stability and spurious signals, output power efficiency, intermodulation, crystal reference oscillators, PLLs. Architecture receivers ...

engineering subject

Service Quality and Customer Satisfaction

Evangelos Grigoroudis - graduate - (A+)
School of Production Engineering and Management, Technical University of Crete

Service quality and customer satisfaction measurement is one of the most important issues concerning business organizations of all types, which is justified by the customer orientation philosophy and the main principles of continuous improvement of modern enterprises. The most important advantages of customer satisfaction measurement system are: • Business organizations may examine whether the provided services fulfill customer expectations. • Customer satisfaction provides an overall performance measure and a possible standard of excellence against competition for any business organization. • The critical satisfaction dimensions that should be improved are identified, as well as the ways through which this improvement may be achieved. • The personnel of the business organization is motivated to increase its productivity given that all improvement efforts, regarding the offered services, are evaluated by the customers themselves. The main purpose of the course is to present the modern service quality measurement systems and analyze the opportunities they offer in a modern competitive environment.

engineering subject

Methodology of Operations Research

Michael Doumpos - undergraduate - (A+)
School of Production Engineering and Management, Technical University of Crete

History and framework of operations research, Decision analysis under certainty and uncertainty, Graph theory, Project management, Inventory control, The EOQ model and extensions, Introduction to linear programming models.

engineering subject

Τηλεπικοινωνιακά Συστήματα ΙI

Aggelos Bletsas - undergraduate - (A+)
School of Electronic and Computer Engineering, Technical University of Crete

Το μάθημα προσφέρει το απαραίτητο θεωρητικό υπόβαθρο μετατροπής μιας διακριτής πηγής πληροφορίας σε bits και σχεδίασης modemγια την μεταφορά των bits σε κανάλι προσθετικού λευκού κανονικού θορύβου (AWGN) υπό περιορισμό ισχύος ή εύρους ζώνης. Συγκεκριμένα, εισάγει την μετατροπή μιας διακριτής πηγής πληροφορίας σε bits (εξηγώντας πώς κάνει συμπίεση δεδομένων ο υπολογιστής μας), επεκτείνει τον σχεδιασμό modem στην περίπτωση της περιορισμένης ισχύος (την περίπτωση περιορισμένου εύρους ζώνης την είδ ...

engineering subject

Implementation of smart devices and materials to spatial elements

KONSTANTINOS-ALKETAS OUNGRINIS - undergraduate - (A-)
School of Architectural Engineering, Technical University of Crete

Technics and tools for the design and development of provisions which adapted to a certain space are able to impart certain specific characteristics.

engineering subject

Digital Design

Apostolos Dollas - undergraduate - (A+)
School of Electronic and Computer Engineering, Technical University of Crete

Logic Design is an introductory course on digital design. It is a self-contained course in that it has no prerequisites, and it is offered to first-year ECE students. The course has theory, exercises, and laboratory exercises for a thorough coverage of the material.

engineering subject

Data Management and Processing in Sensor Networks

Antonios Deligiannakis - undergraduate - (A-)
School of Electronic and Computer Engineering, Technical University of Crete

Sensor nodes: Characteristics, constraints. Sensor network applications. Distributed data processing in sensor networks. Continuous Queries. Types of continuous queries and their characteristics. Query Languages. Data collection techniques (pull–based and push–based). Data storage, indexing and search techniques. Aggregation tree. Synchronization and data transmission. Different techniques of forming the aggregation tree. Distributed sensor (self)- organization. Approximate queries in sensor networks. Observing moving objects. Information loss and duplicate calculation of information: means of handling such issues. Quality of sensor measurements. Ways of isolating and removing spurious measurements.