Industrial Engineering, Engineer

BRP•Valcourt (ville), QC

2d•Onsite

About The Position

This role offers the opportunity to support various internal clients and act as an agent of change in Lean strategies. The position provides production support in industrial engineering concepts and involves collaborative teamwork. Key activities include establishing assembly ranges, determining optimal operational sequences, and creating specific work instructions. The role also entails leading kaizen workshops to optimize plant efficiency and facilitate the introduction of new models, establishing connections between IT systems to guide operator work, and determining operator assistance needs. Furthermore, the position involves influencing upstream engineering for method standardization to achieve efficient mixed models, evaluating workstation variations to minimize them, participating in PFMEA, and determining standard production times using AVIX software in a mixed production environment.

Requirements

A bachelor’s degree in mechanical engineering.
Experience ranging from 0 to 3 years.
Good command of diagnostic tools such as VSM, material flow analysis, capacity analysis, etc.
Knowledge of Catia, 3DVIA and SAP software.
Master industrial engineering techniques and value-added concepts.
The ability to conduct time and motion studies to optimize operational efficiency.
Analytical thinking, the ability to synthesize, and autonomy.
Proficiency in French & English (to communicate with various suppliers and other BRP sites located in the United States, Mexico, and Finland, to consult standards available only in English, etc.).
Availability for day or evening shifts (occasional) as needed.

Responsibilities

Support various internal clients and act as an agent of change in Lean strategies.
Provide production support in industrial engineering concepts and work collaboratively with them as a team.
Establish assembly ranges and determine the logical and optimal operational sequences.
Establish the specific work instructions.
Lead kaizen workshops that aim to optimize plant efficiency and the introduction of new models.
Establish connections between various tools or IT systems to guide the work of operators.
Determine the operator assistance required.
Influence upstream engineering to standardize methods in order to achieve an efficient mixed model.
Evaluate the variations of each workstation to take action and minimize them.
Participate in the PFMEA.
Determine standard production times using AVIX software in a mixed production environment.