213.- TECHNICAL INDUSTRIAL ENGINEER,
MECHANICS
FIRST YEAR
Technical Drawing I
Physics I
Fundamentals of Computer Science
Mathematics I
Chemistry
Technical Drawing II
Physics II
Fundamentals of Materials Science
Mathematics II
Mechanics I
SECOND YEAR
Elasticity and Strength of Materials I
Fundamentals of Electrical Technology
Thermal Engineering I
Drawing in Mechanical Engineering
Mechanics II
Mathematical Methods in Engineering I
Elasticity and Strength of Materials II
Fluid-Mechanical Engineering I
Thermal Engineering II
Mechanisms
Statistical Methods in Engineering
THIRD YEAR
Business Administration and Production Organisation I
Industrial Constructions
Machines Design I
Technical Office
Mechanical Technology I
Structure Theory I
Health, Safety and Ergonomics
Final Project
OPTIONAL COURSES
Business Administration and Production Organisation II
Geometric Fundamentals of Technical Drawing
Mathematics Laboratory
Further Programming
Environmental Chemistry
Automobiles
Electrochemistry and Fundamentals of Corrosion
Fluid-Mechanical Engineering II
Mathematical Methods in Engineering II
Industrial Heat and Cold Complements
Welding Engineering
Materials for Designing in Mechanical Engineering
Further Strength of Materials
Further Thermal Engines
V-1
Practices
Structure Theory II
Metallic and Concrete Structures
Auxiliary Installations
Machines Design II
Experimental and Numeric Methods in Mechanical Engineering
Regulation and Control of Machines
Processes Engineering
Mechanical Technology II
Automatic Industrial Processes and Robotics
Evolution of the Scientific and Technologic Knowledge
Reliability and Quality
Topography and Construction
FIRST YEAR
16341- Technical Drawing I
Semester 1; 60 Hours
Fundamental normalisation in Technical Drawing. Direct dihedric system. Dimensioning. Axonometric perspective
system
Teaching Method: Lectures. Practical problems.
Assessment: Written exam. Assessment of practical problems.
16342- Physics I
Semester 1; 55 Hours
Kinetic of particles. Dynamic of particles. Scalar and vector fields. Damped and Forced Oscillation. Study of the
Principles of Thermodynamics.
Teaching Method: Lectures. Practical Problems. Laboratory Practices
Assessment: Written exam. Assessment of Laboratory Practices
16343- Fundamentals of Computer Science
Semester 1; 60 Hours
Introduction to Computer Science. Introduction to UNIX. Information Codes. Programs and Algorithms: Data and
Expressions, Structures of Control, Subprograms, Arrays, Files. Programming in C. Computer Architecture.
Peripherals.
Teaching Method: Lectures. Practical problems . Laboratory practices.
Assessment: Written exam. Assessment of laboratory practices
16344 - Mathematics I
Semester 1; 75 Hours
Introduction to lineal algebra. Linear transformations. Diagonalization. Quadratic forms. Introduction to
infinitesimal calculus. Differentiation of functions in one variable. Integral of functions in one variable.
Teaching Method: Lectures. Practical problems. Laboratory Practices.
Assessment: Written exam. Assessment of laboratory practices.
16345- Chemistry
Semester 1; 45 Hours
Atomic structure. Chemical links. Molecular structure. Crystal structures. Imperfections in solids. Electrochemistry
and corrosion. Metallurgy. Organic Chemistry fundamentals. Industrial use of Water.
Teaching Method: Lectures. Practical problems. Laboratory practices
Assessment: Written exam. Assessment of laboratory practices.
16346- Technical Drawing II
Semester 2; 60 Hours
Standard representation. CAD. Industrial Standards. Industrial Design Fundamentals
Teaching Method: Lectures. Individual practical exercises. Computer aided design.
Assessment: Written exam. Assessment of the practical exercises.
V-2
16347- Physics II
Semester 2; 60 Hours
Electric field. Conductors and capacitors. Electro-kinetics. Magnetic field. Electromagnetic induction. Waves:
general concepts. Mechanic Waves. Composition of wave movements.
Teaching Method: Lectures. Practical Problems. Laboratory Practices
Assessment: Written exam. Assessment of Laboratory Practices
16348- Fundamentals of Materials Science
Semester 2; 75 Hours
Fundaments of Materials Science. Materials used in Technology.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam.
16349- Mathematics II
Semester 2; 75 Hours
Series. Calculus in more than one variable. Numeric Calculus.
Teaching Method: Lectures. Practical problems. Laboratory Practices.
Assessment: Written exam. Practical trial using computers.
16350- Mechanics I
Semester 2; 60 Hours
Evolution and principles of Mechanics. Statics. Geometrical Characteristics. Kinematics. Kinetics.
Teaching Method: Lectures. Practical problems. Practical work
Assessment: Written exam. Assessment of practical work
SECOND YEAR
16355- Elasticity and Strength of Materials I
Semester 1; 60 Hours
Theory of Elasticity. Resistance of Materials.
Teaching Method: Lectures. Practical problems. Practical work
Assessment: Written exam. Assessment of practical work
16356- Fundamentals of Electrical Technology
Semester 1; 60 Hours
CC Machines. AC. Single-phase and tree-phase transformers. Magnetic fields and a synchronous machines.
Synchronous machines.
Teaching Method: Lectures. Practical problems. Laboratory Practices
Assessment: Written exam.
16357- Thermal Engineering I
Semester 1; 45 Hours
Thermometry. State equations. First principle of Thermodynamics for closed and open systems. Second principle of
thermodynamics. Entropy. Thermal machines.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam.
16358- Drawing in Mechanical Engineering
Semester 1; 45 Hours
Drawing in Manufacturing and Definition. Junctions. Transmissions. Drawing in building.
Teaching Method: Lectures. Practical problems. Practical work
Assessment: Written exam. Assessment of practical work
16359- Mechanics II
Semester 1; 55 Hours
Invariant cinematic systems. Kinetic rigid solid. Vibrations. Analytical Mechanics.
V-3
Teaching Method: Lectures. Practical problems.
Assessment: Written exam.
16360- Mathematical Methods in Engineering I
Semester 1; 60 Hours
Further Integrals. Differential Equations.
Teaching Method: Lectures. Practical Problems.
Assessment: Written exam.
16361- Elasticity and Strength of Materials II
Semester 2; 60 Hours
Cutting. Torsion. Flexion. Instability.
Teaching Method: Lectures. Practical problems. Practical work
Assessment: Written exam. Assessment of practical work
16362- Fluid-Mechanical Engineering I
Semester 2; 60 Hours
Fundamentals of fluid mechanics. Hydrostatic. Kinematics. Dynamics. Bernoulli's theorem. Prototipes. Pipes.
Channels. Aerodynamics. Instrumentation and Fluid measurements
Teaching Method: Lectures. Practical problems. Laboratory Practices
Assessment: Written exam. Laboratory practices assessment
16363- Thermal Engineering II
Semester 2; 60 Hours
Heat transfer. Combustion. Industrial cold. Renewable Energies.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam.
16364- Mechanisms
Semester 2; 75 Hours
Study of mechanisms. Cinematic Analysis of Mechanisms. Levers. Gears. Introduction to analytical mechanics.
Static of Machines. Dynamics of Machines.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam.
16365- Statistical Methods in Engineering
Semester 2; 60 Hours
Data description, Uni-dimensional distributions. Muti-dimensional variables distributions. Probability and its
properties. Random variables. Distribution models. Introduction to statistical inference. Punctual estimation. Interval
estimation. Hypothesis test.
Teaching Method: Lectures. Practical problems. Practical problems using a statistics software.
Assessment: Written exam. Practical problems assessment
THIRD YEAR
16374- Business Administration and Production Organisation I
Semester 1; 75 Hours
The enterprise and the market. Business decisions. Management Support.
Teaching Method: Lectures.
Assessment: Written exam. Continuos work.
16375- Industrial Constructions
Semester 1; 45 Hours
Design and construction of industrial plants. The project and the work. Materials in construction. Building
Construction. Interior Design. Pathologies of construction.
Teaching Method: Lectures.
Assessment: Written exam. Practical work.
V-4
16376- Machines Design I
Semester 1; 75 Hours
Machines and projects. Tensions and Strains. Materials in the project of machines. Mechanic behaviour of machines
and elements of machines. Springs. Threads. Junctions between machines. Movement transmission. Gears.
Teaching Method: Lectures. Practical works
Assessment: Written exam. Practical works assessments.
16377- Technical Office
Semester 1; 60 Hours
Functions developed in the technical manufacturing office. Procedures for organising the production department.
Introduction to carrying out technical studies. Project management.
Teaching Method: Lectures.
Assessment: Written exam. Practical work.
16378- Mechanical Technology I
Semester 1; 75 Hours
Metrology and Quality. Manufacturing Systems and Processes. Introduction to Numeric Control. Tools.
Teaching Method:. Lectures. Practical problems. Laboratory Practices
Assessment: Written exam. Laboratory practices are required.
16379- Structure Theory I
Semester 1; 60 Hours
Analysis of structures by classic methods and by matrix methods
Teaching Method:. Lectures. Practical problems.
Assessment: Written exam.
16381- Health, Safety and Ergonomics
Semester 2; 30 Hours
Risks. Safety. Fire. Health. Pollution. Ergonomic. Legislation.
Teaching Method:. Lectures. Practical problems.
Assessment: Written exam.
16380- Final Project
Once all the obligatory courses have been collected, a Final Project has to be worked out. It also has to be defended
by the author in front of a committee of Professors appointed by the School-Board. Both requirements need to be
successfully me before receiving the official Diploma (Bachelor Degree).
OPTIONAL COURSES
16214- Business Administration and Production Organisation II
Semester 2; 45 Hours
Economy. Economic systems. Economy in Spain. Business and businessmen. Juridical Protection of Businessmen.
Type of business. Corporations. Limited liability companies. Money markets. Financial support.
Teaching Method: Lectures.
Assessment: Written exam. Continuos work.
16351- Geometric Fundamentals of Technical Drawing
Semester 1; 30 Hours
Fundamentals of geometric constructions. Inversion. Tangents. Homology. Conics. Affinity
Teaching Method: Lectures. Practical problems. Practical work
Assessment: Written exam. Assessment of practical work
16352- Mathematics Laboratory
Semester 2; 30 Hours
Analytical Mathematics in the plane and in the space. Conics. Quadrics.
Teaching Method: Lectures
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Assessment: Laboratory trial with computer or continuous work.
16353- Further Programming
Semester 2; 30 Hours
The aim of this course is to complete the knowledge in programming that the student gets in the Fundamentals of
Information Technology course.
Teaching Method: Lectures. Practical problems. Laboratory practices.
Assessment: Written exam. Assessment of the laboratory practices.
16354- Environmental Chemistry
Semester 1; 30 Hours
Environmental Impact Assessment. Environmental Impact on Water Quality. Environmental Impact on Air Quality.
Environmental Impact on Earth. Specific Pollution.
Teaching Method: Lectures. Practical problems. Laboratory practices
Assessment: Written exam. Assessment of laboratory practices
16366- Automobiles
Semester 2; 30 Hours
Performance qualities. Engines. Wheels and pneumatics. Steering. Suspension. Brakes. Resistant structure.
Accident reports. Electricity. Standards.
Teaching Method: Lectures.
Assessment: Written exam.
16367- Electrochemistry and Fundamentals of Corrosion
Semester 2; 45 Hours
Electrochemistry. Dry Corrosion. Wet Corrosion. Polarization and current of corrosion. Protection Techniques.
Teaching Method: Lectures. Laboratory practices.
Assessment: Written exam. Assessment of laboratory practices
16368- Fluid-Mechanical Engineering II
Semester 2; 30 Hours
Hydroelectric stations. Turbines. Turbo machines. Pumps.
Teaching Method: Lectures. Practical problems. Laboratory Practices
Assessment: Written exam. Laboratory practices assessment
16369- Mathematical Methods in Engineering II
Semester 2; 30 Hours
Numeric methods for solving problems of the initial value. Runge Kutta Methods.
Teaching Method: Practices in the laboratory
Assessment: Laboratory practices assessment or exam.
16370- Industrial Heat and Cold Complements
Semester 2; 45 Hours
Basic concepts on Industrial Heat and Cold. Heaters Installations. Industrial cold installations. Co-generation and trigeneration.
Teaching Method: Lectures. Practical exercises.
Assessment: Written exam.
16371- Welding Engineering
Semester 2; 60 Hours
Metallic construction welding. Materials. Welding chances. Fissures. Operative Techniques. Welding processes.
Faults. Essays and controls. Welding calculations. Security and protection.
Teaching Method: Lectures. Practical problems. Laboratory Practices
Assessment: Written exam. Laboratory practices are required.
16372- Materials for Designing in Mechanical Engineering
Semester 2; 60 Hours
Further Materials. Selection and Design. Behaviour and failures.
V-6
Teaching Method: Lectures. Practical problems.
Assessment: Written exam. Assessment of practices
16382- Further Strength of Materials
Semester 2; 45 Hours
Finite Elements.
Teaching Method: Lectures. Practical work
Assessment: Written exam. Assessment of practical work.
16383- Further Thermal Engines
Semester 2; 45 Hours
History of the Thermal Engine. Combustion. Power and performance. Diesel Engines. Two times Engines.
Teaching Method: Lectures. Practical problems
Assessment: Written exam. Practical work will be required.
16384- Practices
Semester 2; 45 Hours
The student should look for an enterprise where he will stay doing a technical activity.
Teaching Method: The student will have an engineer responsible in the company and a professor in the School.
They should advise to the student in their work.
Assessment: The responsible professor should assign a mark to the student from a final report.
16385- Structure Theory II
Semester 2; 60 Hours
Dynamic analysis of structures. Plastic Calculus on Structures.
Teaching Method:. Lectures. Practical problems. Computer laboratory
Assessment: Written exam. Assessment of computer laboratory
16386- Metallic and Concrete Structures
Semester 2; 60 Hours
Typology of structures and structural elements. Historic evolutions of structures. Standards. Building. Steel
structures and Concrete structures: materials, limits, behaviour, pathologies.
Teaching Method: Lectures. Practical problems
Assessment: Written exam.
16387- Auxiliary Installations
Semester 1; 45 Hours
Industrial Installations. Water supplying and waste. Conditioning of buildings. Installations for protection.
Installations in the future.
Teaching Method: Lectures. Practical problems
Assessment: Written exam.
16388- Machines Design II
Semester 2; 60 Hours
Computer aided engineering. Selection of materials. Ball-bearing. Vibrations. Quality and measurements in
machines. Experimental measurements of tensions and strains. Other mechanical parameters. Machines
maintenance.
Teaching Method: Lectures. Practical problems
Assessment: Written exam. Practical work will be required.
16389- Experimental and Numeric Methods in Mechanical Engineering
Semester 1; 60 Hours
Experimental methods for determining mechanical parameters. Numeric Methods for the simulations of mechanical
parameters. Computer simulation of mechanical systems. Optimization in mechanical design.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam or practical work.
16390- Regulation and Control of Machines
V-7
Semester 2; 45 Hours
Automatic Control Systems. Continuous Linear Systems Analysis. Design of Control Systems.
Teaching Method: Lectures. Practical problems. Laboratory practices
Assessment:
16391- Processes Engineering
Semester 2; 60 Hours
Times. Manual activities. Bi-manual diagrams. Measurement of times in methods. Formulas of time. Man-Machine
diagram. Budgets.
Teaching Method: Lectures. Practical problems
Assessment: Written exam.
16392- Mechanical Technology II
Semester 2; 60 Hours
Advanced processes in manufacturing. Advanced processes in mechanization . Design and manufacturing of
equipment. CAM
Teaching Method:. Lectures. Practical problems.
Assessment: Written exam. Practical works are required.
16393- Automatic Industrial Processes and Robotics
Semester 1; 45 Hours
Instrumentation. Regulators. Programmable automatons. Robots.
Teaching Method: Lectures.
Assessment: ??
43907- Evolution of the Scientific and Technologic Knowledge
Semester 2; 30 Hours
Historic evolution of the technique. Historic evolution of the science.
Teaching Method: Lectures.
Assessment: Written exam.
43908- Reliability and Quality
Semester 2; 45 Hours
Reliability. Easy of maintenance. Availability. Quality controls. Measurement. Manufacturing processes.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam. Assessment of practices
43909.- Topography and Construction
Semester 2; 45 Hours
Planimetry. Altimetry. Multiple measurements. Practices in the field. Materials in construction. Elements in
construction. Works Rearrangements.
Teaching Method: Lectures. Practical problems.
Assessment: Written exam. Assessment of practices
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