Should I Become a Process Engineer?
Process engineers develop various kinds of chemical processes used in manufacturing. They also handle safety practices as well as test and monitor any required equipment. Process engineers often work in laboratories but might also travel to facilities to make sure procedures and equipment are working appropriately; some might even get to travel internationally.
Find schools that offer these popular programs
- Aeronautical and Astronautical Engineering
- Biological and Agricultural Engineering
- Biomedical and Medical Engineering
- Ceramic Sciences
- Chemical Engineering
- Civil Engineering
- Computer Engineering
- Drafting and Design Engineering
- Electrical Engineering and Electronics
- Engineering - Architectural
- Engineering Mechanics
- Engineering Physics
- Environmental Engineering
- Forest Engineering
- Geological Engineering
- Industrial Engineering
- Manufacturing Engineering
- Materials Engineering
- Mechanical Engineering
- Metallurgical Engineering
- Mining Engineering
- Naval Architecture and Marine Engineering
- Nuclear Engineering
- Ocean Engineering
- Petroleum Engineering
- Plastics Engineering
- Systems Engineering
- Textile Technologies
|Degree Level||Bachelor's degree generally required; some positions may prefer a graduate degree|
|Degree Field||Chemical, manufacturing or industrial engineering|
|Experience||Most employers require at least 3 years of experience|
|Key Skills||Math skills, analytical skills, teamwork, familiarity with field-specific software such as C++, G&P Engineering Software, EngVert and CAD, ability to use chromatographic scanners, vial handling systems, agitators|
|Salary (2015)||$97,360 yearly (median for all chemical engineers)|
Sources: U.S. Bureau of Labor Statistics; O*Net OnLine; Job postings
Step 1: Attain a Bachelor's Degree in Chemical, Manufacturing or Industrial Engineering
Most entry-level process engineering jobs require a bachelor's degree in chemical, manufacturing or industrial engineering. The degree should be granted by a program accredited by ABET. These programs can last 4-6 years and are available at many universities. Some programs allow students to specialize in process engineering. Coursework typically covers organic chemistry, fluid mechanics, thermodynamics, process design, heat transfer, physics and micro-scale processes.
- Participate in an internship. Students who participate in internship or cooperative learning (co-op) experiences during their undergraduate programs may have a competitive advantage, since they'll be gaining valuable work experience. A search of process engineering job postions in December 2012 indicated that most employers prefer candidates with some professional experience. Some programs include internships or co-ops as either a mandatory or optional part of the curriculum. In some cases, students must seek internships on their own.
- Join a professional organization. The American Institute of Chemical Engineers (AIChE) offers internship and job postings, networking opportunities and other resources for students. AIChE has local and student chapters nationwide. Students who join their university's AIChE chapter may find opportunities that help them build their resumes, and they may be able to attend regional or national conferences to meet with engineering professionals.
- Get trained in Six Sigma. Many employers, especially in manufacturing, prefer candidates with knowledge of or experience in Six Sigma. A variant of Six Sigma know as Lean Six Sigma, sometimes simply referred to as 'Lean', is especially in demand.
Step 2: Consider a Graduate Degree
A graduate degree isn't mandatory to pursue a career in process engineering, but many employers may prefer prospective employees who hold a graduate degree. Plenty of schools offer master's or doctoral programs in chemical, manufacturing or materials process engineering. Topics of study in manufacturing or materials process engineering programs may include manufacturing process control and monitoring, computer-integrated manufacturing, materials performance and supply chain analysis. Chemical engineering programs may offer classes in process systems engineering, polymer processing, process system dynamics and chemical process control theory. Students may have to write a master's thesis or doctoral dissertation.
Step 3: Obtain an Entry-Level Job in the Field
Once graduated from an accredited degree program, aspiring process engineers may find work in the field. Job duties derive from and focus on the development of manufacturing processes of products, such as plastics and industrial materials. Process engineers will most likely find employment within the pharmaceutical and petrochemical industries, among a few others.
- Consider licensing. The U.S. Bureau of Labor Statics stated that though licensing for chemical engineers (which is the broader category to which process engineers belong) is rarely mandatory for the field, gaining the Professional Engineer designation is still recommended. Licensing requirements vary by state, but these usually entail holding an accredited degree, passing a series of exams and meeting experience requirements.
Step 4: Pursue Career Advancement
Engineers who have years of experience and show leadership skills may be qualified to lead teams of engineers or related workers.