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Behavioral Engineering Jobs in Toronto, ON (NOW HIRING)

The successful candidate will serve as a technical systems engineering leader who connects product intent to system behavior, vehicle integration, verification evidence, and operational outcomes.

The successful candidate will serve as a technical systems engineering leader who connects product intent to system behavior, vehicle integration, verification evidence, and operational outcomes.

JOB SUMMARY Manages all engineering/maintenance operations, including maintaining the building ... Provides feedback to employees based on observation of service behaviors. Assists in performing ...

Vice President, Engineering

Toronto, ON · On-site

$170 - $230/hr

... AI behavior in an enterprise context. * AI in how we build. Making our SDLC substantially faster ... We want an engineering org where a small team ships like a large one, and you'll be the one who ...

Manager, Security Engineering

Toronto, ON · Hybrid

CA$180K - CA$270K/yr

We are currently seeking a Manager, Security Engineering to join our Security Team. This role is ... Strong understanding of threat vectors, IOCs, malicious behaviour identification, and threat ...

Engineering Project Manager

Oakville, ON · On-site

$90K - $100K/yr

... and behaviors are modeled at all levels.Strong technical ability. Ability to understand and ... engineering, R&D, business, and market developmentAbility to partner effectively with a senior ...

Manager, Machine Learning Engineering

Toronto, ON · Remote

CA$181K - CA$272K/yr

We are currently seeking a Manager, Machine Learning Engineering to join our rapidly growing ... behavior at scale. * Experience in fine-tuning foundational models and/or training language models ...

Director, Quality Engineering

Toronto, ON · On-site

$100 - $140/hr

Lead the Quality Engineering team globally, managing the relation between Canadian Banking Products ... and behaviors; communicating vision/values/business strategy; and managing succession and ...

Lead the Quality Engineering team globally, managing the relation between Commercial & Business ... and behaviors; communicating vison/values/business strategy; and managing succession and ...

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Showing results 1-20

Behavioral Engineering information

What is behavioral engineering?

Behavioral engineering is the systematic application of behavioral science principles and techniques to influence people's actions, decisions, and habits. Professionals in this field design interventions, environments, or systems that encourage desired behaviors, often using insights from psychology, behavioral economics, and data analysis. This work can be applied in areas like health, education, workplace productivity, or technology to drive positive change and improve outcomes. The goal is to understand why people behave the way they do and to create solutions that make it easier for them to make beneficial choices.

How does a behavioral engineer typically collaborate with cross-functional teams to implement behavior change strategies?

Behavioral Engineers work closely with product managers, UX/UI designers, data analysts, and marketing teams to design and implement interventions that drive user behavior. They often participate in brainstorming sessions, share research insights, and help translate behavioral theories into practical solutions. Regular collaboration ensures that interventions are not only theoretically sound but also aligned with business goals and user needs. Feedback loops with these teams are crucial for refining strategies based on user data and outcomes.

What are the key skills and qualifications needed to thrive as a behavioral engineer, and why are they important?

To thrive as a Behavioral Engineer, you need a solid background in behavioral science, psychology, data analysis, and often a relevant degree in these fields. Familiarity with A/B testing platforms, behavioral analytics tools, and programming languages like Python or R is typically required. Strong interpersonal communication, problem-solving, and creativity help translate behavioral insights into practical interventions. These skills are crucial for designing solutions that effectively influence user behavior and drive desired outcomes in various applications.

What is the difference between Behavioral Engineering vs Behavioral Analyst?

AspectBehavioral EngineeringBehavioral Analyst
Required CredentialsTypically requires a degree in psychology, behavioral science, or related field; certifications like BCBA may be preferredRequires a master's degree in psychology, behavior analysis, or related field; BCBA certification often necessary
Work EnvironmentDesigns and implements behavioral interventions across various settings, including schools, workplaces, and healthcareEvaluates and analyzes behavioral data to develop intervention plans, often working in clinical or educational settings
Employer & Industry UsageUsed by organizations aiming to modify behaviors through engineered solutions, often in behavioral health or organizational developmentEmployed by clinics, schools, or private practices to assess and treat behavioral issues

Behavioral Engineering focuses on designing systems and interventions to modify behavior proactively, while Behavioral Analysts assess and analyze behavior to develop targeted treatment plans. Both roles require similar credentials but differ in their approach—engineering versus analysis—serving complementary functions in behavioral change strategies.

Infographic showing various Behavioral Engineering job openings in Toronto, ON as of June 2026, with employment types broken down into 1% As Needed, 90% Full Time, 7% Part Time, and 2% Contract. Highlights an 86% Physical, 6% Hybrid, and 8% Remote job distribution.

Staff Software Engineer, Quality & Reliability

BuildOps

Toronto, ON

Full-time

Posted 19 days ago


Job description

BuildOps is looking for a Staff Software Engineer to set and drive our company-wide technical strategy for building, shipping, and operating reliable software.

This is a high-impact, cross-functional role for an engineer who sees quality and reliability as properties of the entire system-not as a final testing phase or the responsibility of a separate team. You will work across engineering, product, infrastructure, and customer-facing organizations to identify systemic risks, establish architectural standards, and create platform capabilities that make safe, dependable delivery the default.

You will influence how teams design systems, validate changes, observe production behavior, manage risk, and learn from failures. Your work will span architecture, developer tooling, release safety, observability, resilience, testability, and engineering practices. The specific solutions will evolve as you identify the highest-leverage opportunities.

Product engineering teams at BuildOps own the quality and testing of their features. Your role is not to test their work for them. You will establish the technical direction, paved roads, systems, and standards that enable every team to deliver reliable software with greater confidence and speed.

What You Will Do

  • Define and drive BuildOps' technical strategy for engineering quality, production reliability, and safe software delivery.
  • Identify systemic sources of customer-impacting failures and lead cross-team initiatives that address root causes rather than individual symptoms.
  • Establish architectural principles, engineering standards, and paved roads that make reliable system design and safe delivery easier by default.
  • Partner with engineering teams during system and product design to improve resilience, operability, testability, and failure isolation before implementation begins.
  • Build or guide the development of shared platform capabilities for release safety, automated validation, production feedback, test data, environment management, and developer self-service.
  • Advance BuildOps' observability strategy so teams can understand system behavior, detect regressions quickly, diagnose failures, and make informed reliability investments.
  • Improve how we validate interactions across services, data boundaries, financial workflows, and other business-critical systems.
  • Define meaningful measures of quality and reliability, then use them to identify priorities and demonstrate improvements in customer and engineering outcomes.
  • Lead technical programs that span multiple teams and organizations, aligning stakeholders and driving decisions without relying on direct authority.
  • Mentor engineers and technical leaders, raising the organization's ability to reason about risk, reliability, and quality throughout the software lifecycle.
  • Evaluate BuildOps' existing practices and technology objectively, evolving or replacing them when they no longer meet our needs.

What Success Looks Like

Success in this role is measured by durable improvements in outcomes, not by the number of alerts, dashboards, tests, or frameworks created. Examples include:

  • Fewer customer-impacting defects and recurring classes of production failures.
  • Greater release confidence and a lower change-failure rate.
  • Faster detection, diagnosis, and recovery when failures occur.
  • Shorter, more reliable feedback loops for engineers making changes.
  • Clearer ownership and better visibility into the health of critical systems and workflows.
  • Increased engineering velocity without sacrificing safety or reliability.
  • Broad adoption of shared practices and platform capabilities without creating a centralized quality bottleneck.

What We Look For

  • Significant software engineering experience, including operating at Staff or equivalent scope on ambiguous, cross-cutting technical problems.
  • A track record of leading multi-team initiatives that improved production reliability, software delivery, platform capabilities, or engineering effectiveness.
  • Strong systems thinking and the ability to connect architecture, data integrity, operational behavior, developer workflows, and customer impact.
  • Experience designing and operating distributed systems in a cloud environment such as AWS.
  • Strong software design and programming skills in TypeScript, Java, or another relevant language.
  • Experience with several of the following: observability, resilience engineering, CI/CD, release safety, automated validation, developer platforms, testability, performance engineering, or incident learning.
  • The ability to define useful engineering measures while avoiding metrics that reward activity without improving outcomes.
  • Demonstrated success influencing architecture and engineering practices across teams that do not report to you.
  • Strong written and verbal communication, including the ability to explain technical risks, tradeoffs, and strategy to engineering, product, and business stakeholders.
  • A practical approach that balances long-term direction with incremental improvements that deliver value quickly.

Who You Are

  • You think in systems and look for leverage across organizational and technical boundaries.
  • You are energized by ambiguous problems whose solutions require architecture, implementation, influence, and organizational change.
  • You challenge assumptions and distinguish underlying causes from visible symptoms.
  • You enable teams rather than becoming a gatekeeper or permanent dependency.
  • You are comfortable moving between long-term technical strategy and hands-on implementation when necessary.
  • You build credibility through sound judgment, clear communication, and measurable results.
  • You care deeply about the experience of both our customers and the engineers building for them.

Compensation:

$172,000 - $229,000 base salary + annual bonus + meaningful equity