What is Engineering Practice

What is Engineering Practice

1. ENGINEERING

   • Shares a set of common principles with other professionals
     • The professionals should
       • 1. Provide a worthwhile service for human and social purposes
       • 2. Possess knowledge and abilitys to develop in professional practice
       • 3. Make judgments
       • 4. Learn from experience
       • 5. create and participate in a responsible and effective community
   • THE ENGINEER
     • It is ingeniously influenced by the past, to mold the present and affect the future
       • Their education
         • Demand
           • 1. Specialized knowledge
           • 2. Ability to solve problems
           • 3. Good judgment for the service of society
         • Their challenges is teach and learn the integration of knowledge, abilitys and ethical judgment
       • Should have some degree of intellectual and technical mastery
         • For
           • Acquiring a practical wisdom
             • So improve the humanity
   • This
     • It has been affected by trends
       • *Social
       • *Policies
       • *Economics
       • *Technological
       • And this does not try to mechanize or digitize the world
   • The objectives of engineering
     • ENGINEERING AS INTEGRATION
       • Processes and knowledge
     • ENGINEERING AS A SOLUTION
       • Definition and solution of problems
     • ENGINEERING AS KNOWLEDGE
       • Knowledge that feeds a process
   • Engineering serves and grows from the resolution of problems

2. ENGINEERING AS A PROBLEM SOLVING

   • The engineering work focuses on solving an undesirable condition
     • It is based on restrictions
     • Through
       • TECHNOLOGIES
         • *Established *Unimaginable *Nascent
     • Also
       • It affects the change in the world
         • For
           • Processes
           • Procedures
           • Products
           • Knowledge
           • WHAT ARE CHANGES AGENTS
           • Technoglogies
   • it implies
     • Analyze and divide the problem and identify the subproblems to work them separately
       • Problems can be of design and analysis
   • LABOR ACTIVITIES INVOLVED
     • GROUP A :
       • Define what is the real need or problem question
     • GROUP B:
       • Limitations requirements and attributes of the state
     • GROUP C
       • Solution that meets all the desired attributes
   • STEPS
     • 1. Propose the problem to define objective
     • 2. Solve the problem with a process
     • 3. Transition: Process that says what has been archieved
     • 4. Total process is the solution

3. ENGINEERING AS SPECIALIZED KNOWLEDGE

   • KNOWLEDGE
     • An engineer expands and evolves continuously due to the work itself
       • The engineers are thoughtful, alert and methodical
     • It varies
       • DISCIPLINES
         • * Mechanical Engineering * Environmental engineering
       • INDUSTRIAL SECTOR
         • *Transport *Farming *Health
       • YEARS OF EXPERIENCE
     • SPECIALIZED
       • Knowledge put into play
         • know how, why
       • knowledge of continuous change
         • it expands, evolves
       • knowledge that goes from science to the conceptual
     • CHARACTERISTIC
       • 1. Engineers should know how to perform jobs, know facts and know when and how to take the appropriate jobs and facts to address a particular problem
       • 2. Collective understanding of the world to carry out their work successfully, in addition to being informed about new technologies
       • 3. It's not a derivation of science

4. PRACTICE OF ENGINEERING INTEGRATION PROCESS AND KNOWLEDGE

   • Engineers evaluate and implement candidate solutions
     • this evaluation involves the analysis of candidate solutions
       • by
         • CODIFIED TOOLS
           • Which are used to select the solutions
             • By
               • Physical tools
               • Analytical tools
   • Engineers look for past experiences related to similar situations to find useful knowledge