Posted:
5/30/2024, 5:00:00 PM
Location(s):
Ann Arbor, Michigan, United States ⋅ Grand Rapids, Michigan, United States ⋅ Michigan, United States
Experience Level(s):
Mid Level ⋅ Senior
Field(s):
Mechanical Engineering
Workplace Type:
Hybrid
Job Description:
Summary:
The person in this position will provide instrumentation and control engineering as a member of multidisciplinary teams working on projects for industrial processing facilities, fuels facilities, power plants, and mining facilities. Work will involve integrating process, mechanical, electrical, and control requirements into comprehensive systems. Responsibilities include design and analysis, preparation of plans and specifications, conceptual studies, field installation, and cost estimating.
Detailed design work will include developing process and instrumentation diagrams, control valve sizing, instrument selection, instrument data sheets, instrument installation details, logic descriptions, logic diagrams, control system integration (either distributed control systems or programmable logic controllers), and schematic and wiring diagrams. Candidates should have a working knowledge of preparation all of these deliverables.
Minimum Qualifications:
Bachelor's degree in chemical engineering, electrical engineering, or mechanical engineering with academic coursework focused on process control systems
5 or more years of related work experience at a consulting engineering or industrial organization working in a design capacity on projects directly related to the job responsibilities described above
Strong interpersonal, oral, and written communication skills and the ability to communicate effectively with project team members and clients
Working knowledge of codes, standards, laws, and regulations applicable to the project assignments described above
Computer skills and familiarity with AutoCAD, Microsoft Excel, and Microsoft Word
Ability and willingness to work cooperatively with team members in a high-energy environment that encourages self-initiative
A flexible working style and willingness to modify personal schedule as required to meet deadlines and/or client needs
Legal authorization to work in the United States without the need for sponsorship, now or in the future
Possession of a valid driver’s license and acceptable driving record
Preferred Qualifications:
Knowledge of and experience with industrial manufacturing processes such as power plants, natural gas compressor stations, mining and/or minerals processing, pulp and paper, chemical production, or municipal facilities
Professional Engineer (PE) license or ability to obtain within one year
Demonstrated project organization and management skills
Strong client-relationship and business-development skills
A hybrid work arrangement may be considered for this position. A hybrid work arrangement refers to splitting time worked between a Barr office and a home office. This position can be based out of Barr's Ann Arbor or Grand Rapids, Michigan, office.
NOTE: Some work locations may feature rough terrain typical of construction sites and may also require entering and working in facilities that include limited accessibility, moving machinery, and other conditions typical of industrial facilities. Job assignments may involve work on waste disposal sites and sites requiring cleanup of hazardous materials. An OSHA-mandated physical exam may be required. Safety training will be provided. Applicants may be asked to participate in a drug screening program at the request of specific clients.
#LI-Hybrid
Open positions at Barr Engineering Co. do not have application deadlines. Barr Engineering Co. is an equal opportunity employer, and all applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, disability, or status as a protected veteran.Website: https://barr.com/
Headquarter Location: Minneapolis, Minnesota, United States
Employee Count: 501-1000
Year Founded: 1966
IPO Status: Private
Industries: Consulting ⋅ Information Technology