General information
Course taught by Distance learning 40 teaching hours to be carried out in 8 weeks.
They are delivered PDF manuals, en pdf, videotutoriales, ejercicios prácticos, plataforma online disponible 24 horas/7 días a la semana, con múltiples recursos de comunicación (chat, foros, mensajería, Skype, etc). Curso tutorizado con profesores que cuentan con amplia experiencia profesional en diseño e interpretación de planos mecánicos. Al final del curso se emitirá el correspondiente diploma certificado.
| Duration: | 40 hours, ONLINE |
| Start date: | Consultar en info@technicalcourses.es |
| Maximum time: | 8 weeks |
| Price: | 150 € |
Description
Aimed at:
Ingenieros, ingenieros técnicos, diseñadores industriales y de producto, delineantes técnicos superiores en diseño de fabricación mecánica, técnicos del sector metal y naval, técnicos en desarrollo de producto, profesores, estudiantes, y en general a toda aquella persona interesada en la interpretación de planos mecánicos.
Objectives:
The Interpretación de planos en la actualidad constituye una parte muy importante del conocimiento que debe poseer cualquier técnico que desee dominar el lenguaje gráfico necesario para comprender y poder trabajar en entornos donde se desenvuelven proyectos de Ingeniería
The aim del curso es que el alumno adquiera los conocimientos y habilidades necesarios para interpretar el sistema de representación gráfica utilizada en planos de diseño mecánico.
It is a curse eminently practical, con multitud de ejemplos de caso reales que realizará el alumno, al finalizar el curso se emitirá un diploma certificado.
Video presentation of the course:
Methodology
The course is delivered online through our virtual campus in a comfortable and flexible environment by eliminating travel and the rigid schedules of face-to-face training. It also has various communication tools that allow students to stay in touch with teachers and fellow students, thus ensuring effective training with a high degree of student engagement.
The assesment of the course will be carried out by theoretical tests and practices also available online. If you pass the course with a minimum grade of five, the corresponding certificate will be issued. diploma acreditativo.
This course is taught by qualified professionals, who have proven professional experience and specialised training in this field.
Program
1 Technical Drawing: Classification and Types of Paper Sizes
- What is technical drawing?
- Technical Drawing
- Classification of plans
- Types of paper sizes
- Folding of plans
2 STANDARDS FOR THE DRAWING OF PLANS
- Introduction
- DIN standards: Deutsches Institut für Normung – German Institute for Standardisation.
- ISO standards: International Organisation for Standardisation.
- Spanish UNE standards.
- The importance of standards.
3 LINES AND TEXT
- Types of lines. Uses.
- Line width.
- Space between lines.
- Order of priority for matching lines.
- Reference lines. Representation.
- Guidance on the use of the lines.
- Box in the drawings.
4.Scales
- Concept
- Types of scales.
- Standard scales.
- Graphical, numerical and unit-by-unit scale.
- How to use a protractor.
5 REPRESENTATION OF PARTS
- Representation Systems.
- Projections.
- Drawing a plan. Selecting views.
- Simplification of representations
- Definition of cut, section and break.
- Classification of cuts, sections and breaks.
- Symmetrical parts.
6 ASSEMBLY DRAWING AND EXPLODED VIEW
- Concepts of assembly drawing, exploded view and parts list.
- Assembly drawing and parts list.
- List of elements.
- Rules for representing simple sets.
- Exploded views.
- Parts list
MARGINAL NOTE
- Introduction
- Types of dimensions. Classification.
- Dimensions functionality.
- General principles of dimensioning.
- Elements involved in dimensioning.
- The placement of dimensions in technical drawings.
- Specific cases of annotation.
8 SUPERFICIAL STATES
- Machining symbols and surface finish specifications in drawings.
- Symbols used to indicate surface conditions.
- Specifications regarding surface characteristics (roughness, surface condition, allowances for machining, etc.).
- A practical way to measure surface roughness.
- Machining and special treatments.
9 DIMENSIONAL TOLERANCES, FITTINGS AND STANDARDISED HOLE-SHAFT MEASUREMENTS
- Metrology, measurement errors and measuring instruments.
- An introduction to measurement tolerance.
- Linear dimensional tolerances.
- Labelling the components of a linear dimension.
- Indication of tolerances on assembly drawings.
- Labelling of the elements of the angular dimensions.
- Dimensional and positional tolerances.
- Standard bore-shaft dimensions, fits.
- Interchangeability.
- ISO system of dimensional tolerances.
10 REMOVABLE JOINTS
- Types of joints.
- Standard designation.
- Types of threads.
- Representation of standardised elements.
- Screws
- Nuts.
- Asparagus and threaded rods.
- Washers.
- Hairpins.
- Pins.
11 FIXED JOINTS
- Illustration of the weld.
- Welding symbols.
- Position of symbols on drawings.
- Complementary indications.
- Rivets.
12 INTERPRETING PIPING DRAWINGS
- Nomenclature and symbols for components and accessories.
- Pipe marking symbols.
- Pipes, fittings and related regulations.
- Standardisation in fluid systems.
- Graphical representations, pipe layout.
- Isometric drawings of pipes and fittings.
- Orthogonal pipe protection
Teachers
Santiago Rey García
Chief Engineer in the Merchant Navy (professional qualification), Bachelor's Degree in Naval Engineering from the University of La Coruña. He has extensive experience as an engineer and chief engineer on oil tankers, chemical tankers, ro-pax vessels and deep-sea tugs. He is certified as a FRAMO hydraulic systems operator. He has advanced knowledge of computer control systems, supervision systems and data acquisition through Scada systems. He also has years of experience in the operation and maintenance of engine rooms (both steam and diesel), predictive, preventive and corrective maintenance. He currently holds the position of Chief Engineer on deep-sea tugs.
Carlos Rodriguez Vidal
Ingeniero Técnico Naval, Licenciado en Máquinas Navales, Máster en Ingeniería Marítima y Doctor por la Universidade da Coruña. Oficial de Máquinas de la Marina Mercante Española. Cuenta con extensa experiencia en diseño mecánico y cálculo de estructuras en diferentes empresas de ingeniería y oficinas tecnicas. Ha participado en diversos proyectos de investigación I+D+i en el Centro de Innovación y Servicios de Galicia y en la Universidad de La Coruña. Publicó diversos libros y artículos técnicos para revistas científicas tanto nacionales como internacionales. Actualmente es profesor del módulo profesional de Organización del mantenimiento de planta propulsora y maquinaria auxiliar de buques. +Ver curriculum.
Enrolment information
If you are interested in the course, we would appreciate it if you could pre-register by entering your details in the ‘Pre-registration’ tab, or contact us and we will answer any questions or queries you may have about this course.
Our contact details:
Contact number: +34604859663
• E-mail: info@technicalcourses.net
