Process engineering managers are in charge of designing, maintaining, and operating materials and chemicals in the manufacturing process. Process engineering is involved in many different industries, such as the biotechnological, pharmaceutical, mineral processing, petrochemical, and information technology fields. Process engineering managers also guide and manage other engineers, evaluate performances, and correct deficiencies.
|Job Skills||Software design and development, interpersonal skills, decision making, leadership, teamwork, communication skills|
|Median Salary (2019)*||$105,952|
|Career Outlook (2016-2026)**||8% (for all engineers)|
Source: *PayScale.com, **U.S. Bureau of Labor Statistics
It is essential for any prospective process engineering managers to receive a Bachelor of Science in Engineering. A portion of the curriculum includes chemistry, chemical engineering, physics, electrical engineering, and engineering science courses.
Process engineering managers need to have both soft interpersonal and hard technical skills. The soft skills that process engineering managers need to have include communication, decision making, team building, and leadership abilities. The technical skills that managers need to have include knowledge of software design, development, and testing.
Economic and Career Outlook
According to the U.S. Bureau of Labor Statistics (BLS), jobs in the field of engineering are going to increase by 8% between the years 2016 and 2026. Although some of the sub-fields of engineering will grow at a slower-than-average rate among all professions, others will grow at an average pace.
PayScale.com reports that the median annual salary for process engineering managers was $105,952 as of March 2019. The salary of a process engineering manager depends on geography, experience, and company specialty.
Alternate Career Options
Similar careers include:
Chemical engineers explore and develop ways to use chemicals for a variety of purposes and processes in many industries, from manufacturing to pharmaceuticals or biological engineering. Chemical engineers use their knowledge of chemistry, physics, math, and related concepts gained through a bachelor's degree program in the field; chemical engineers who want to work in research and development usually need a master's or Ph.D. degree. Chemical engineers can also earn a professional license, which requires post-degree work experience and testing; it's not required but can help with job prospects.
The BLS predicts that jobs in this field will increase 8% from 2016-2026. Chemical engineers' median salaries varied by industry. The BLS reports that in 2017, the petroleum and coal products manufacturing industry paid a median salary of $107,050, and the pharmaceutical and medicine manufacturing industry paid $97,810.
A mechanical engineer also develops ways to solve problems but with tools, machinery, and related physical applications. They design and test prototypes before rolling out finished products or processes, and they may have a role in supervising production where appropriate. Mechanical engineers can work on anything from turbines to small engines to air conditioning systems to elevators.
Mechanical engineers need a bachelor's degree in the field for entry-level work and a graduate degree for research and development jobs; those who work with the public must also hold professional licensing. Voluntary professional certification is also available.
Jobs for mechanical engineers are expected to increase 9% from 2016-2026, per the BLS. Median pay varied by industry in 2017, also per the BLS. Those in computer and electronic product manufacturing earned $91,440, for example, and those in machinery manufacturing earned $77,400.