Electromagnetic Compatibility (Emc) Engineer

Job summary

The engineer will design and test electrical components and systems, focusing on electromagnetic compatibility and performance research. Responsibilities include conducting simulations, diagnosing failures, and developing manufacturing procedures to improve product quality.

Job details

Overview Languages English or French Education Earned doctorate degree Experience 1 year to less than 2 years On site Work must be completed at the physical location. There is no option to work remotely. Work setting Willing to relocate Relocation costs covered by employer Private sector High-tech company Responsibilities Tasks Conduct feasibility, design operation and performance research of electrical generation and distribution networks Design electrical and electronic components, systems and equipment Investigate electrical or electronic failures Conduct micro or nanodevices simulations, characterization, process modeling and integration in the development of new electronic devices and products Commission systems and components Set up and operate specialized and standard test equipment to diagnose, test and analyze the performance of electrical and electronic components, assemblies and systems Resolve work problems, provide technical advice and recommend measures to improve productivity and product quality Propose improvements to methods, systems and procedures Realize modelling and simulation exercises on computerized units Develop manufacturing and processing procedures Develop and conduct design verification simulations and prototype bench tests of components Develop specific plans to prioritize Experience and specialization Computer and technology knowledge ANASYS Computer programming Python Technical or specialized writing Analysis Area of work experience Design Project planning Quality assurance or control Research and development Specification or technical writing Testing and evaluation Specialization in physics Electromagnetic Area of specialization Semiconductor System integration Electrical Electronics (industrial) Data processing and systems Computer design Scientific or medical electronics Process design or development Additional information Work conditions and physical capabilities Fast-paced environment Work under pressure Tight deadlines Attention to detail Personal suitability Accurate Efficient interpersonal skills Excellent oral communication Excellent written communication Team player Initiative Flexibility Ability to multitask Adaptability Time management Benefits Health benefits Dental plan Disability benefits Health care plan Paramedical services coverage Vision care benefits Financial benefits Group insurance benefits Life insurance Long term benefits Long-term care insurance Other Benefits Free parking available On-site recreation and activities Other benefits Team building opportunities Parking available Travel insurance Variable or compressed work week Wellness program

What you’ll do

The engineer will design and test electrical components and systems, focusing on electromagnetic compatibility and performance research. Responsibilities include conducting simulations, diagnosing failures, and developing manufacturing procedures to improve product quality.

Requirements

Candidates must hold a doctorate degree and have between 1 and 2 years of experience. Proficiency in Ansys, Python, and technical writing is required for this high-tech private sector role.

Benefits

• Health Benefits • Dental Plan • Disability Benefits • Health Care Plan • Paramedical Services Coverage • Vision Care Benefits • Financial Benefits • Group Insurance Benefits • Life Insurance • Long-term Care Insurance • Free Parking • On-site Recreation and Activities • Team Building Opportunities • Travel Insurance • Variable or Compressed Work Week • Wellness Program

Listed skills

• Quality assurance · Preferred
• Python · Preferred

Other relevant skills

Identified from the job description. Confirm important requirements above.

• Electromagnetic Compatibility
• Ansys
• Python
• Electrical Design
• System Integration
• Simulation
• Testing and Evaluation
• Project Planning
• Quality Assurance
• Technical Writing
• Semiconductor Knowledge
• Process Modeling
• Circuit Design
• Data Processing
• Research and Development
• Prototype Testing

Job areas

• Engineering
• Science & Research
• Technology
• Manufacturing