Below is a general structure as to how the interview will proceed, based on Robust's work philosophies. You may prepare concise graphics to present for the Robust skills section. (Optional)

Introduction (5 min)

• Share University of Waterloo experiences.

• A summary of the Robust Engineering student experience.

☀️ Summer 2026 Objectives

• Learn Robust system improvement philosophies ("Kaizen").

• Write code for automation systems supporting all areas of our business operations.

• Perform structural-mechanical engineering calculations, analyses, and reporting.

• Build parametric designs in Solidworks libraries, parts, assemblies, and drawings.

• Modularize calculations procedures in Mathcad.

• Verify and validate operating procedures and documentation.

• Create educational content of your new skills and contribute to our knowledge.

Robust Skills (30 min)

• Jeffrey Ianni will present Robust’s six essential skills, exploring them sequentially through real-world workflow scenarios. For every skill, attendees can indicate interest, discuss personal experiences, and highlight performance with concrete examples.

• Don't be afraid to connect your experiences! There are many interdisciplinary skills that you can connect from any job, so feel free to present all that you can.

TOOLS: make flexible systems

• Microsoft, Google, Kanbanflow, Mathcad, Solidworks, Ansys, Risa, Bluebeam, AAA (Robust automation suite).

• Visual Studio Code, Python, Apps Script, Visual Basic, AutoHotkey, GitHub.

• Standards, templates, workflow systems, and Robust modules.

SALES: market project expertise

• High quality reports with clear presentation and communication.

• Visual styles and colour-coded themes for quick results processing.

• Conceptual models, proof of designs, and estimates for client discussions.

RESEARCH: explore development initiatives

• Literature reviews and expansion of design and engineering knowledge.

• Scientific research and experimental development.

• Sensitivity studies and parametric engineering analyses.

DESIGN: build form and function

• Structural, mechanical, and software system architecture.

• Defining, evaluating, and applying customer criteria.

• Shaping materials and geometry for fabrication and construction.

ENGINEERING: analyze design options

• Structural and mechanical strength and serviceability analyses.

• Welded, bolted, and concrete foundation connection designs.

• Verification and validation of calculations and Robust operating procedures.

EDUCATION: create content

• Share, document, and "pay-forward" your new skills and experiences.

• Present a Google Slides work term summary and reflect on your milestones and achievements.

• Contribute to the overall University of Waterloo co-op program and help Robust Engineering attract the best engineering talent!

Terms & Conditions (5 min)

• Average engineering undergrad co-op rates (+12%) from the University of Waterloo published data.

• Fully remote operation as an Independent Contractor using your own Windows 10 or 11 computer, with Robust-related software installed.

• You will be equipped with this 3D connexion mouse which will be gifted as a Bonus if the student achieves an Outstanding co-op term rating.

• Flexible start and end dates, with a minimum of 15 weeks for the term.

• Workload and compensation is based on 40 hours/week.

• 4 hours/day core hours (mornings).

• 4 hours/day flexible hours (afternoon and/or evenings).

Questions (5 min)

• Final clarifications!

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