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Software Engineer (2 years term) - Job Opportunity at University of Toronto

Toronto, Canada
Contract
Senior
Posted: May 9, 2025
Hybrid
CAD 101,539 - 129,851 per year

Benefits

Hybrid work arrangement
Academic environment with research opportunities
Professional development in cutting-edge technologies
Access to world-class research facilities
Involvement in $200M research grant projects

Key Responsibilities

Design and implement software architecture for self-driving laboratories
Develop and maintain scientific software infrastructure
Create hardware integration solutions and API wrappers
Lead technical implementation of research projects
Orchestrate complex laboratory automation systems
Manage DevSecOps processes and workflows
Collaborate with cross-functional research teams

Requirements

Education

Bachelor's Degree in Computer Science, Software Engineering or related field (Master's preferred)

Experience

Minimum five years of recent and relevant hands-on experience in software development

Required Skills

Python and scientific packages (NumPy, SciPy, Pandas) Hardware integration and driver development Workflow management (Airflow, Prefect) Docker and Kubernetes DevSecOps experience C# and Bash Problem-solving skills Communication skills
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Sauge AI Market Intelligence

Industry Trends

The convergence of AI and laboratory automation is creating a new paradigm in scientific research, with increased demand for software engineers who can bridge the gap between traditional lab environments and modern software systems. The rise of self-driving laboratories represents a significant shift in how research is conducted, requiring specialized software engineering skills that combine scientific computing with automation expertise. Academic institutions are increasingly competing with private sector companies for technical talent, leading to more competitive compensation packages and unique project opportunities.

Salary Evaluation

The offered salary range of CAD 101,539 - 129,851 is competitive for the Toronto market, particularly in the academic sector. Similar roles in private industry typically range from CAD 110,000 to 150,000, but the academic setting offers unique advantages in terms of research exposure and work-life balance.

Role Significance

Likely part of a specialized team of 5-8 technical staff, working within a larger research consortium of 50+ scientists and researchers.
Senior technical position with significant autonomy and project leadership responsibilities, directing critical research infrastructure development.

Key Projects

Development and implementation of self-driving laboratory platforms Integration of AI/ML systems with laboratory equipment Creation of scalable research automation frameworks Implementation of complex scientific workflows

Success Factors

Strong foundation in both software engineering and scientific computing principles Ability to bridge communication between technical and research teams Experience with laboratory automation systems Understanding of research methodology and scientific processes Adaptability to rapidly evolving technical requirements

Market Demand

Very high demand, with limited talent pool possessing the required combination of scientific computing and automation expertise.

Important Skills

Critical Skills

Scientific Computing: Essential for developing robust research platforms Systems Integration: Critical for connecting various laboratory components Automation Expertise: Fundamental to self-driving laboratory development Cloud Architecture: Necessary for scaling research operations

Beneficial Skills

Machine Learning: Valuable for enhancing laboratory automation Research Methodology: Helpful for understanding scientific workflows Project Management: Useful for coordinating complex technical implementations Data Visualization: Important for presenting research results

Unique Aspects

Part of a $200M Canadian First Research Excellence Grant project
Opportunity to work on cutting-edge self-driving laboratories
Intersection of software engineering and scientific research
Direct impact on addressing global challenges through technology

Career Growth

2-3 years in role before advancement, with potential for permanent position or industry transition

Potential Next Roles

Technical Research Director Principal Software Architect Research Computing Manager Scientific Platform Lead Laboratory Automation Director

Company Overview

University of Toronto

The University of Toronto is Canada's leading research institution, with the Faculty of Arts & Science representing one of the most comprehensive academic divisions globally.

Premier academic institution with strong international reputation and substantial research funding
Central hub for research and innovation in Toronto's growing tech and research ecosystem
Collaborative academic environment focusing on innovation and research excellence, with strong emphasis on work-life balance and professional development
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