Electronics Design Engineer
Theralase Inc. - Toronto, ON

This job posting is no longer available on Indeed. Find similar jobs: Electronic Design Engineer jobs - Theralase jobs

Position: Electronics Design Engineer
Status: Contract
Location: Theralase Inc., Toronto, Ontario
Date Posted: Dec-3-13

Key Job Responsibilities:

  • Design and develop ARM processor based digital circuitry
  • Design and develop analog sensor circuitry
  • Provide PCB designers with design input
  • Design with VHDL, Xilinx FPGAs and tool suites
  • Participate in group and one-on-one design reviews
  • Prepare engineering documentation
  • Track and report progress toward a project's objectives
  • Interact with team members( mechanical designers and software developers ) and project management to prepare product specifications and test plans
  • Identify and control project risk associated with firmware development, working with project management and other team members to implement risk-reducing plans.

Qualifications and Requirements:

  • Post secondary degree or diploma with five or more years of professional experience designing, debugging, testing and validating new products
  • Experience with Laser diode and photo-detector circuitry an asset
  • Experience with agency approval standards – CSA, UL, CE, etc.
  • Experience with medical standards ( CSA.601 3rd edition ) an asset
  • Understanding of low noise and low power analog and digital design techniques
  • Strong knowledge of CAD tool sets - Altium preferred
  • Familiarity with FPGA and MCU designs, ARM processors and Xilinx Spartan III preferred
  • Experience with I2C, SPI, RS-232, RS-485 or other inter-processor communication hardware
  • Experience with USB hardware interfaces
  • RF experience with radio modules – WiFi, Blue Tooth an asset
  • Strong communication skills, allowing the candidate to rapidly share knowledge
  • Be familiar with common electronic lab equipment.

About this company
Theralase is in the process of developing the next generation of state of the art therapeutic medical laser systems based on our new...