Fundamentals of
Mechanical Design. Basic drawing rules. Multiview drawing and
sectional views. Dimensioning. Threads, fasteners, cams and
gears, bearings, seals and other machine elements. Welding
drawing. Pattern development. Tolerancing. Pictorial drawing.
Free software from Autodesk
COMPUTER AIDED MODELING AND MANUFACTURING
Surface based Modelling – Free form
curves and surfaces, Bezier, B-Splines and NURBS, Operations,
Analysis and Connectivity in Curves and Surfaces. Additive
Manufacturing, from Rapid Prototyping to Additive Manufacturing,
technologies, applications and design for Additive
Manufacturing. Computer Aided Manufacturing – CAM, CNC tool
program preparation using CAM systems, applications in lathes
and 3-axis milling.
Laboratory: Siemens NX Shape
Studio and ΝΧ- manufacturing turning, milling, post builder.
TECHNICAL DESIGN IN
ELECTRO-MECHANICAL SYSTEMS IN BULIDING SERVICES
Types of Technical Design in
electro-mechanical applications. Plumbing and drainage drawings.
Heating and Air Conditioning System drawings. Electrical
drawings. Passenger Elevators for buildings. Fire protection and
Lightning Protection drawings. AutoCAD. Electro-Mechanical
Design Examples.
Free software from Autodesk
MICROSCALE MANUFACTURING TECHNOLOGIES (2011-2016)
Introduction to
microfabrication. Micrometrology and materials characterization.
Micromolding, Micromachining, Microgrinding. Diamond
microcutting tools. Laser microfabrication. Micro waterjet.
Microelectrodischarge machining. Ultrasonic micromachining.
Materials. Simulation of microfabrication processes.
Projects
2010-2011
2011-2012
2012-2013
2013-2014
2014-2015
2015-2016
POSTGRADUATE
MANUFACTURING MODELING & SIMULATION BY CAD/CAE SYSTEMS
Analytical and
Numerical simulation methods for manufacturing processes.
Manufacturing simulation software. FEM applications for cutting
and forming operations. Software development using programming
languages like FORTRAN, VB, C++. Manufacturing simulation using
CAD systems. Cutting tools design. Optimization of cutting
processes based on minimization of tool wear and machined
surface integrity. Simulation based on specific measurements.
