Lead Automation Engineer
A$ A' A' ?This Lead Automation Engineer role is unique and exciting opportunity with a collaborative and growing company.
If you're looking to make an impact in the world in a wide variety of industries with the nanotechnology, we encourage you to apply.
Our client is looking for an excellent communicator with the ability to work and learn with a growing team for testing, optimization, and commissioning of our manufacturing process.
The Lead Automation Engineer is a key member of our scientific and technical team and will be involved in novel processes and solutions towards the production, quality assurance and optimization of advanced manufacturing of nanomaterials.
Our client is commissioning a new boron nitride nanotube (BNNT) reactor with a focus on manufacturing and scaleup for commercial deployment.
Short term goals for the Lead Automation Engineer will include:
? Reactor assembly and safety analysis? Batch-scale reactor validation ? Process control design and implementation? Integration of process control data streams with machine learning tools Long term responsibilities will include:
? Reactor parameter optimization for BNNT quality, quantity, and other variables of interest (with machine learning team)? Rollout of commercial production of BNNTs? Grant opportunity development for new technology applications? Design of new reactors to transition from batch to continuous processes? Expand reactor synthesis to other nanomaterials Applicants must have experience including chemical reactor design and calculations, automated process control system design, and safe laboratory operations.
Experience in nanomaterial fabrication, especially BNNT specific experience is not required but would be a strong plus.
This is an exciting opportunity for growth as a material scientist with further goals to learn and apply machine learning to the nanomaterial production process.
You will work closely with our Lead Research Chemist and Team to drive successful deployment of BNNTs as a commercial product, including optimization of chemistry based on end user needs.
Additional opportunities for learning and applying cutting edge material science R&D and product development, especially machine learning applied to material science, will be part of the growing opportunities for this role.
Role Requirements:
Ph.
D.
in Chemical Engineering, Materials Science, Chemistry, Physics, or related discipline3
years of experience in chemical manufacturing, reactor design, nanomaterials or similar industryExperience in process control and scaleup to commercial levelsAbility to lead in a growing team of scientists and engineers Excellent technical writing and communication skillsInterest in expanding skillset to new areasFocus on safety and track record of good laboratory practicesU.
S.
Citizens or Permanent Resident.
Estimated Salary: $20 to $28 per hour based on qualifications.
If you're looking to make an impact in the world in a wide variety of industries with the nanotechnology, we encourage you to apply.
Our client is looking for an excellent communicator with the ability to work and learn with a growing team for testing, optimization, and commissioning of our manufacturing process.
The Lead Automation Engineer is a key member of our scientific and technical team and will be involved in novel processes and solutions towards the production, quality assurance and optimization of advanced manufacturing of nanomaterials.
Our client is commissioning a new boron nitride nanotube (BNNT) reactor with a focus on manufacturing and scaleup for commercial deployment.
Short term goals for the Lead Automation Engineer will include:
? Reactor assembly and safety analysis? Batch-scale reactor validation ? Process control design and implementation? Integration of process control data streams with machine learning tools Long term responsibilities will include:
? Reactor parameter optimization for BNNT quality, quantity, and other variables of interest (with machine learning team)? Rollout of commercial production of BNNTs? Grant opportunity development for new technology applications? Design of new reactors to transition from batch to continuous processes? Expand reactor synthesis to other nanomaterials Applicants must have experience including chemical reactor design and calculations, automated process control system design, and safe laboratory operations.
Experience in nanomaterial fabrication, especially BNNT specific experience is not required but would be a strong plus.
This is an exciting opportunity for growth as a material scientist with further goals to learn and apply machine learning to the nanomaterial production process.
You will work closely with our Lead Research Chemist and Team to drive successful deployment of BNNTs as a commercial product, including optimization of chemistry based on end user needs.
Additional opportunities for learning and applying cutting edge material science R&D and product development, especially machine learning applied to material science, will be part of the growing opportunities for this role.
Role Requirements:
Ph.
D.
in Chemical Engineering, Materials Science, Chemistry, Physics, or related discipline3
years of experience in chemical manufacturing, reactor design, nanomaterials or similar industryExperience in process control and scaleup to commercial levelsAbility to lead in a growing team of scientists and engineers Excellent technical writing and communication skillsInterest in expanding skillset to new areasFocus on safety and track record of good laboratory practicesU.
S.
Citizens or Permanent Resident.
Estimated Salary: $20 to $28 per hour based on qualifications.
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