In simple terms, process engineering can be defined as a domain that focuses in the control, design, operation, intensification, as well as optimization of various biological, physical and chemical processes. Jason Proch, a renowned expert in this sphere ideally explains that process engineering might typically encompass an extensive range of industries. These industries might include material development, nuclear, petrochemical, agriculture, automotive, software development, chemical, food, as well as pharmaceuticals. In the modern world, various systematic computer-based methods are used for process engineering.
Process engineering is a continuously evolving and complex field. Therefore, to understand what a process engineer does on a day-to-day basis can be a bid difficult for people. Jason Proch says that process engineers are largely responsible for designing diverse processes that facilitate the creation of any type of a distinct product. These professionals work towards their optimization so as to make sure that there is absolute minimal waste during the process, and its profits are orderly maximized.
Jason Proch essentially is a versatile business professional who has worked as a process engineer in the plastics manufacturing industry for an extensive period of time. In his years in the industry, Jason was ideally responsible for leading various production operations that came under the relevant plastic production facility. His responsibilities also extended to designing, implementing processes and equipment, as well as budgetary planning.
Jason Proch lays emphasis that the role of the process engineer ideally tends to differ for each company. According to him, some of their responsibilities tend to include:
- Research and development: A number of process engineers tend to spend a good amount of their time on research and development. They aim at finding new and innovative technologies that aids in augmenting current processes, while stimulating superior productivity in manufacturing.
- Simulating new processes with software: Overhauling a process is ideally quite an expensive and risky task. Owing to this reason, it is imperative for new processes must be simulated with the usage of premier software. These software tend to mimic various real-world conditions in order to make sure that a potential process improvement is worth the risk.
- Equipment monitoring: Process engineers who tend to be focused on operations ideally monitor diverse equipment and devices to make sure that they are functioning in a smooth fashion. They also strive to ensure that the equipment run as per the standards put into place while designing the process.
- Writing and editing documentation: Documentation of various existing processes should be both edited and written up in a regular manner. This is done in order to make sure that the various hires and other personnel are able to understand the best practices and standards of each and every individual process.
- Risk assessments of current equipment/processes: Many a times, process engineers are also responsible for assessing current processes in order to determine risk of employee/personnel injury, malfunction/failure, and so on.
In the opinion of Jason Proch, due to the high importance of the job done by them, process engineers are integral part of an organization.