Industrial electronic engineering is one of the most technical areas of expertise in the world today. The professionals in this field are engaged in various processes and operations associated with electronic devices at the industrial level. These professionals facilitate the smooth operation of t electronic devices that are applied to run various processes (Technical University of Cartagena, 2014). The common duties include the automation of the processes and operations in various industries. This is the highest engineering field that has the widest action fields.
Professionals in the Industrial electronic engineering field have the technical expertise that assists the in troubleshooting, maintaining and in repairing equipment with electronic platforms in various capacities. An intensive knowledge on the electrical and electronic equipment is very essential for the area of expertise. These competencies can be acquired through formal education (UAB, 2014). Experience in the technical areas is essential in promoting the expertise of the professional. Apprenticeship can also assist in the acquisition of the skills essential for the field.
Some of then sectors that require the services of industrial electronic engineers include the transport and the communication industries. Automobile and manufacturing processes also have equipment that require the attention of these individuals. The agencies that are associated with environmental management require the application of complex and modern instrumentations in order to facilitate their processes. Some of the instruments in this industry that require the engineers include artificial vision, robotics, and power electrical and electronic systems.
The application of information systems in various industries has expanded the scope of these engineers. The information systems are used to assist in solving various problems in the practical environments in numerous areas of industrial and corporate offices. Promoting effective operations of these information systems requires the technical expertise of the industrial electronic engineers. The flexibility of these professional is very essential towards increasing their scope of operations (Technical University of Cartagena, 2014).
The technical and practical requirements in the areas of operation for the professionals requires high levels of dynamisms from the professionals in the field. Scientific principles are very important to the professional. The professional also requires an application of technological principles to increase the quality of the work that can be done by the qualified individuals. The professionals also require skills and knowledge that can enhance their decision-making capabilities.
Leadership and management skills are very crucial to the profession (Education Portal, 2014). In order to perform their duties and responsibilities effectively, the professionals in this field require strategic planning and collaboration skills. These skills can assist them engage other professional sin various areas of expertise and operation to make sure that the industrial processes are complete (UAB, 2014). The management capabilities assists the professionals to lay emphasis on the production of various industrial processes.
In order to acquire the proficiency in the profession, the professional require to undertake training and education to have the required skills. The level of education in the field depends on the preferences and desires of an individual. Once one level of education has been acquired, an individual can progress to the next level after qualifying and achieving the required academic and technical proficiency. The progression may also be advanced because of the type of job a person is engaged (Education Portal, 2014).
There are diploma courses that are offered in various learning institutions in industrial electronic engineering. After acquiring the diploma, a person can be employed at the technical in various industries (UAB, 2014). The diploma qualifications in the profession advance practical expertise among the students. After graduating with a diploma qualification, there various job opportunities available and internships for the experts. Most of these are at the lowest levels of the organizations and entry levels.
The diploma students can advance their studies by undertaking the degree programs in Industrial electronic engineering. These degree are offered in various universities across the world. In order to increase the chances of accreditation, it is important to undertake the education in the certified universities. The degrees students can also undertake some technical courses in order to increase their areas of expertise in the field (Technical University of Cartagena, 2014). The degrees programs take four year to complete.
During the degree programs the students are engaged in various activities in order to increase their expertise and proficiency. Some of the activities include involvement on projects and internship programs that expose the student to technical environments. Involvement in these activities are some of the requirements for graduation and certification. These programs assist the student apply theoretical concepts into practical environments before getting access to industrial level (Northwest MS, 2014).
Some employers may require certifications form the professional accreditation bodies like the Electronics Technicians Association (ETA) and other bodies. After university education and individual can undertake tests by these agencies in order to be recognized as part of their association. Associate level certificates are necessary for job opportunities. Involvement in apprenticeship can also assist an individual to gain experience and entry into the job opportunities (UAB, 2014).
The field is exposed to a lot of transformation. The evolution is inspired by the dynamism in the technological world. Therefore, professional and educational development is very essential. This will assist the expert to update his skills and knowledge. The development will also assist the professional to keep pace with the progressions (Education Portal, 2014). These can be acquired through attending seminars and other training sessions.
Other skills that may be required in the filed may include interest in physical and social sciences and information technology. The professional must also have synthesis and analytical skills. Research capabilities can assist an individual to advance into the acquisition of best practices in the industry. Basic knowledge of communication and relational skills is essential for the working environment (UAB, 2014). These skills can complete an individual’s professional advancement.
According to the American Bureau of Labor Statistics, the average salary per annum for the professional in this field is approximately 60,000 US dollars at the entry level (BLS, 2014). The salary varies with educational qualifications. The level of experience can also cause alterations on the salary. The salary also varies form one company to another depending on the nature of the duties a person is engaged. Therefore educational and professional development is very important in the profession.
- Technical University of Cartagena. Industrial Electronic Engineering. University Publication. (2014). Web.
- UAB. Degree in Industrial Electronic Engineering. University of Barcelona. (2014). Web.
- Education Portal. Job Description of an Industrial Electronics Engineer. Education Portal Publication. (2014). Web.
- BLS. Industrial Electronic Engineers. Bureau of Labor Statistics. (2014). Web
- Northwest MS. Industrial Electronics Technology. Northwest Mississippi Community College. (2014).