Job Summary

Within a dynamic and multidisciplinary team, you will apply and configure the existing innovative technologies related to our robotic solutions for specific robot surface finishing needs such as polishing, profiling, deburring, the shelving and several others!  You will also actively participate in the development and validation of new tools for new robotic finishing processes. Your work will move you through our diverse customer base located across five different continents! 

Position type: Full-time
Duration: Permanent
Start date: As soon as possible
Location: Saint-Bruno-de-Montarville
Immediate supervisor: Manager – Robotic Finishing Process

Responsabilities and Main Tasks

  • Set up the robot surface finish configurations and recipes;
  • Participate in the selection and configuration of existing equipment – robots, motors, abrasives, sensors, operation sequences – to perform robotic finishing processes;
  • Participate in the validation of concepts and layouts of elements in systems using simulation software (i.e. HandlingPro);
  • Develop and test new tools for new robotic finishing processes;
  • Start up systems at local and international customers;
  • Validate and develop processes;
  • Provide customer training;
  • Complete technical documentation;
  • Actively participate in the improvement of technical and departmental practices;
  • Perform any other related tasks.

Requirements

Education:  Engineering DCS in mechanical, industrial electronics, robotics or similar

Bachelor’s degree in Mechanical Engineering,  Automated Production Engineering, Robotics Engineering, or similar.

Relevant years of experience: 3 years of  experience

Personal Qualities and Skills:

  • Experience in metal surface finishing processes;
  • Basic knowledge of mechanics, electrical and programming;
  • Knowledge of abrasives and their parameters of use;
  • Be a team player;
  • Able to develop a rational work plan and is properly organized;
  • Stick to commitments, care about details and ensure deadlines are met;
  • Analysis and resolution of simple to complex problems
  • Very good command of French and English, spoken and written;
  • Valid driver’s licence;
    Available for travel abroad (up to 40%);.
  • Tool design and CAD software, ideally SolidWorks;
  • Customer service experience;
  • Knowledge of FANUC industrial robots;
  • Knowledge of dimensional measurements;
  • Knowledge of aircraft engine components and orthopedics;
  • Project management.
 

Benefits

  • Possibility of remote work;
  • Flexible schedule;
  • Group insurance;
  • Group RRSP;
  • Organized social activities;
  • Free coffee and fruits;
  • Paid leave for birthday;
  • Work-life balance;
  • Telemedicine program;
  • Enhanced parental leave;
  • Gym facility;
  • And many more.

Who Are We?

AV&R is a globally recognized Quebec engineering company specializing in robotics, operating in the aerospace, energy, and orthopedic sectors.

We design complex robotic systems with a high level of technology. Our team of engineering graduates has developed expertise in gas turbine parts and orthopedic implants.

Specifically, AV&R offers robotic finishing machines (profiling, sanding, deburring) and automated visual inspection machines to manufacturers of gas turbine parts used in both aircraft engines and energy generation, as well as to manufacturers of orthopedic implants.

At AV&R, we know that process automation is useful to humans, and we believe it should be simplified. That’s why we’ve made it our mission: humanizing robotics! This means we want to make robots more accessible and tailored to our clients’ needs so they can be easily implemented in manufacturing plants, regardless of their field. The daily actions of AV&R employees are thus guided by the ambition to:

  • Simplify robot programming so that everyone can program them;
  • Make robots intelligent so they can react to their environment;
  • Collaborate with robots to assist humans in difficult tasks, not replace them;
  • Make our robotic solutions accessible to everyone by optimizing costs;
  • Guarantee safety to protect humans nearby.