Signal Processing & Algorithms Engineer - OCT

About Us ZEISS has been in business for over 180 years and continues to lead in science and technology across various segments such as Industrial Quality & Research, Medical Technology, Consumer Markets and Semiconductor Manufacturing Technology. With a global workforce of 46,000 employees, including 4,000 in the US and Canada, we aim to make a difference by innovating and advancing sustainable solutions for global change. How many companies can say they’ve been in business for over 180 years?

Location Halifax, NS Language Requirement Proficiency in English is required. What’s the role? Join ZEISS Meditec‑AudioOptics as a Signal Processing & Algorithms Engineer and become an integral part of our pioneering ETP R&D hub in Halifax, Nova Scotia.

We are looking for a passionate, creative, and adaptable professional who thrives in a collaborative environment and is driven by innovation. As a Signal Processing & Algorithms Engineer specializing in Optical Coherence Tomography (OCT), you will develop, optimize, and implement algorithms to convert raw optical interference data into high-resolution 2D and 3D images that consistently exceed customer expectations. You will spearhead interdisciplinary projects of varying complexity, ensuring that deliverables meet specifications, timelines, and budgetary targets.

Your work will encompass the design, optimization, and validation of OCT signal processing and image reconstruction algorithms. Here’s what you’ll do Cross‑Functional Collaboration: Partner closely with colleagues in R&D, manufacturing, quality, purchasing, and marketing to achieve project objectives and deliver high‑value solutions. Data Acquisition & Signal Processing: Continuously enhance phase‑sensitive OCT algorithms to convert raw interferograms from photodetectors into high‑fidelity anatomical images (e.g., background removal, resampling, dispersion compensation, sensitivity optimization, artefact suppression) and functional vibrometry measurements (e.g., segmentation, time‑series and frequency‑domain analyses, modelling).

Develop analysis pipelines to compute image quality figures of merit. Real‑time Optimization: Drive development efforts from proof‑of‑concept through optimization for robust, real‑time execution on production hardware in the field. Documentation and Testing: Create and maintain comprehensive technical documentation, including requirements, design descriptions, protocols, work instructions, and release notes.

Ensure full traceability from requirements through verification results, and support risk analyses (e.g., FMEA) and design history/change control. Project Management: Contribute in project planning and execution, including timeline and cost estimations. Verification and Validation: Support the verification and validation of both hardware and software designs to ensure performance, safety, and compliance.

Interdisciplinary Coordination: Collaborate with mechanical, electrical, and software engineering, as well as project and product management, purchasing, manufacturing, quality, and marketing teams. External Interaction: Engage with vendors, distributors, manufacturers, and regulatory bodies, as required. Do you qualify?

Educational Background: Degree in software engineering, physics, computer science, or related field (advanced degree preferred). Professional Experience: Minimum of five years in a signal processing‑focused role, ideally in OCT, optical/computational imaging, or related medical imaging field. Technical Expertise: Strong appreciation for well‑specified and documented algorithms.

Background in test and behaviour‑driven development. Working knowledge of optical systems and interferometry, with familiarity in Swept Source OCT. Programming Languages: Strong proficiency in C++, CUDA, Python/MATLAB.

Problem‑Solving Skills: Exceptional troubleshooting and debugging capabilities, with a demonstrated ability to resolve complex technical challenges. Interpersonal Skills and Communication: Enthusiasm for working collaboratively within global, interdisciplinary teams, and fostering a cooperative, productive work environment. Adept at clearly conveying complex technical concepts to diverse audiences.

Language Skills: Proficiency in English, with basic German language skills considered an asset. Additional Skills: Familiarity with medical device regulations, particularly software development design controls and configuration management. Working Environment Onsite Collaboration: As part of our lean R&D team, onsite work in our Halifax office during regular hours is essential for collaborative success.

Travel Opportunities: Occasional travel may be required to other ZEISS locations, including Oberkochen, Germany and California, USA. Benefits Medical Vision Dental RRP Employee Assistance Program Paid time off including vacation, personal, and sick days The list goes on! Accommodation ZEISS is committed to creating an accessible and inclusive organization.

We are committed to providing barrier‑free and accessible employment practices. Should you require Code‑protected accommodation through any stage of the recruitment process, please make them known when contacted and we will work with you to meet your needs. #J-18808-Ljbffr