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Remote Engineering Student Jobs in Toronto, ON (NOW HIRING)

Our team is fully remote and globally distributed, and we serve a large, active student base across both regions. We're launching a program for experienced engineers transitioning into system ...

Our team is fully remote and globally distributed, and we serve a large, active student base across both regions. We're looking for the person who brings a Forward Deployed Engineering curriculum to ...

Experience managing distributed or remote teams * Familiarity with AWS, CI/CD pipelines (GitHub Actions), and monitoring tools * Experience scaling teams from 5 to 10+ engineers * Knowledge of ...

Hire, coach and manage both Europe and North America-based software engineers (primarily in Toronto, and potentially remote in Canada or in the US in the future) * Define clear expectations, provide ...

... at times to remote locations Company Overview Wood is a global leader in engineering and ... consultancy across energy and the built environment, helping to unlock solutions to some of the ...

... enhance student learning across diverse disciplines and learning environments, with an initial ... This is a remote role with periodic multi-day travel to campuses in Ontario, New Brunswick, and ...

Remote (with hybrid options in Toronto) Compensation: Hourly ($32) About Us: At Vosyn, we embrace ... This role is perfect for a Master's level student with a passion for developing and maintaining ...

Xello is looking for a Principal Engineer This role is a remote role, looking for candidates within ... Reporting directly to the VP of Engineering you will be tasked with crafting our long-term tech ...

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Remote Engineering Student information

What is a remote engineering student?

A remote engineering student is someone who studies engineering through online or distance learning programs, rather than attending classes in person on a traditional campus. These students access lectures, coursework, and assignments via the internet, often using learning management systems and virtual labs. Remote engineering students may interact with professors and classmates through video calls, forums, and collaborative online tools. This flexible learning format allows individuals to balance their education with work or other commitments, and can be especially beneficial for those who cannot relocate or commute to a university.

What are some common challenges faced by remote engineering students during internships or co-op roles, and how can they be addressed?

Remote engineering students often face challenges such as limited hands-on experience, difficulty in building relationships with mentors, and managing time effectively without direct supervision. To overcome these, it's important to proactively seek opportunities for virtual collaboration, schedule regular check-ins with supervisors, and make use of simulation software or remote labs when possible. Engaging in online forums and team meetings can also help build connections and gain practical insights, ensuring a well-rounded learning experience.

What are the key skills and qualifications needed to thrive as a remote engineering student, and why are they important?

To thrive as a Remote Engineering Student, you need a solid background in math and science, strong analytical skills, and enrollment in an accredited engineering program. Familiarity with online learning platforms, engineering software (such as MATLAB or AutoCAD), and collaboration tools like Zoom or Slack is typically required. Excellent time management, self-motivation, and proactive communication skills help students excel in a remote learning environment. These abilities are crucial for mastering complex concepts, staying engaged, and collaborating effectively despite the challenges of distance learning.

What is the difference between Remote Engineering Student vs Remote Intern?

AspectRemote Engineering StudentRemote Intern
CredentialsEnrolled in engineering program, some technical courseworkEnrolled in relevant field, may have completed coursework
Work EnvironmentPart-time, flexible, often educational focusPart-time or full-time, project-based, learning-oriented
Employer & Industry UsageEducational institutions, startups, tech companiesTech companies, engineering firms, startups
Search & Comparison IntentLearning opportunities, entry-level experiencePractical experience, skill development

Remote Engineering Students are typically enrolled in engineering programs and seek educational or entry-level experience, often part-time. Remote Interns are usually gaining practical work experience in engineering roles, often through internships. Both roles are used by tech companies and startups to nurture future talent, but they differ mainly in their focus on education versus hands-on work experience.

What are the most commonly searched types of Engineering Student jobs in Toronto, ON?

The most popular types of Engineering Student jobs in Toronto, ON are:

What cities near Toronto, ON are hiring for Remote Engineering Student jobs?

Cities near Toronto, ON with the most Remote Engineering Student job openings:

Infographic showing various Remote Engineering Student job openings in Toronto, ON as of August 2026, with employment types broken down into 57% Full Time, 34% Part Time, and 9% Contract. Highlights an 100% Remote job distribution.

AI Systems Engineering Expert

TripleTen

Toronto, ON โ€ข Remote

Part-time

Re-posted 8 days ago


Job description

???? TripleTen is an EdTech company that designs and runs tech career learning programs for the US and Latin American markets. We've been doing it for over five years, teaching complete beginners — people with no prior tech background — through cohort-based programs built on our own platform and curriculum, developed in partnership with Nebius AI. Our team is fully remote and globally distributed, and we serve a large, active student base across both regions.


We're launching a program for experienced engineers transitioning into system architecture roles. The curriculum is being built by a team of senior authors. What we need now is the person who brings it to life for students: hosts the live sessions, reviews the work, runs the architecture review boards, and sets the technical bar for the people supporting alongside you.


This is a teaching and review role. You'll be the senior technical presence the cohort learns from week to week. You'll run live sessions and office hours, give real architectural feedback on student deliverables, and act as the escalation point for a team of supporting instructors who handle first-line questions. The best person for this is someone who has actually designed and shipped systems at scale, has opinions about what good architecture looks like, and can tell an experienced engineer why their design is wrong, not just whether it runs.


Your audience: experienced engineers leveling up to system architecture roles. Many already write production code daily. They will spot shallow feedback instantly, so the bar here is real seniority, not familiarity.

Format: Async-first with scheduled live sessions. Live sessions and office hours are timed around a US-based cohort. Estimated 15 to 25 hrs/week.


Areas of expertise

We will bring on three Experts, each focused on one of the following areas.

Expert A — System Foundations, API & Data

  • Module 1 — Foundations of System Engineering (Architecture principles, OpenTelemetry, distributed systems)
  • Module 2 — API & Service Architecture (REST, GraphQL, gRPC, service boundaries, DDD)
  • Module 3 — Data Architecture & Storage Patterns (SQL/NoSQL, sharding, replication, Redis caching)

Expert B — Cloud, Distributed Systems

  • Module 4 — Cloud Infrastructure & Platform Engineering (Kubernetes, Terraform, GitOps, CI/CD, FinOps)
  • Module 5 — Distributed Systems & Event-Driven Architecture (CAP theorem, event-driven, Kafka, alert routing)

Expert C — Security, AI Systems & Architecture Leadership

  • Module 6 — Security & Compliance Architecture (Zero-trust, threat modeling, compliance, secure CI/CD)
  • Module 7 — AI Systems Design & Integration (LLM integration, RAG, ML reliability, AI governance)
  • Module 8 — Architecture Documentation & Leadership (ADRs, C4 diagrams, technical communication)


Please indicate in your application which area fits you best. If you have overlapping skills, don’t hesitate to apply and indicate it in your application. Submit all resumes or CV's in English.


Brand:
TripleTen
What you will do:
  • Mentor students through 1:1 video calls, Q&A sessions, and group events, helping them clarify concepts and navigate assignments.
  • Host webinars and workshops on program topics, industry insights, and extracurricular skills.
  • Review and assess student projects, providing clear, constructive feedback aligned with program standards.
  • Engage with students on the Hub through written guidance, ongoing communication, and curated learning resources.
  • Share professional expertise to equip students with practical skills and career strategies.
  • Foster a collaborative learning environment that builds confidence, encourages interaction, and supports student growth.
  • Conduct Mock Interviews providing constructive feedback on both their technical responses and interview skills.
  • Record instructional videos for the curriculum, clearly explaining key concepts, methodologies, and course topics to support student learning.

What we can offer you:
  • Milestone-based payments tied to deliverables
  • Fully remote work with flexible hours
  • A digital office — we use modern tools (Notion, Miro, Slack, Figma) to keep collaboration smooth
  • Professional trust and autonomy — no micromanaging
  • The chance to see real impact: our metric is graduates landing jobs in tech
  • Join a diverse, international, and close-knit team excited to work with you

Requirements:
  • 5+ years as a senior software/systems architect, platform engineer, or senior backend/infrastructure engineer
  • Has designed and shipped systems at scale in a real company, not just coursework or side projects
  • Depth across the architectural spine: system design, API and service architecture, cloud and infrastructure (AWS, Kubernetes, Terraform, CI/CD), and distributed systems
  • Can explain why a decision was made, not just how it was implemented, and can diagnose and critique someone else's architecture live
  • Strong technical communication: comfortable leading a live session and writing clear, specific review feedback
  • Strong English C1+ — instruction and review are in English for a US-based audience
  • Comfortable using AI tools in day-to-day technical work