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Modern Mechanical Problems Require Innovative Solutions

For 20 years in Canada, we’ve led the way to offer outstanding mechanical design solutions globally. Specializing in structural design, design for manufacturing, and finite element analysis, our reputation is founded on principles-based engineering.

Contact us to learn more on how we can help you.

Mechanical Design and Engineering Projects for clients across Canada of Enginuity

Our design team conceives, sketches, models, drafts, and builds mechanical systems from scratch.

From Prototyping to Design Validation

Whether you’re addressing an existing issue or validating an entirely new concept.

Enginuity brings a practical, sustainable, and immediately useful response to the table — be it a kitchen table or a boardroom table. 

As a leading mechanical engineering company in Canada, we have built a strong reputation for providing cutting-edge mechanical engineering services with unparalleled precision.

We are Recognized Experts

We are not just looking for what works; we are perfecting how it works. 

We are experts in mechanical product design and development, serving a vast array of industries including marine engineering, ocean tech, aerospace, oil and gas, heavy industry, high-tech, manufacturing, medical, sustainable design, and transportation.

Our team of mechanical engineers, technologists, materials engineers, industrial designers, machinists, and fabricators, all deeply integrated into an extensive supply chain network. 

Our Core Mechanical Engineering Competencies

Our core competencies in mechanical engineering are anchored in innovative problem-solving, demonstrating our expertise and leadership in this specialized field.

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Mechanical Product Design

Our mechanical product design is rooted in a comprehensive approach that includes rigorous proof of concept assessments and detailed prototype testing. This cross-disciplinary foundation ensures thorough product improvement strategies, integrating advanced industrial controls and innovative industrial design principles.

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Fabrication Techniques

 Our in-house capabilities include CNC machining and turning, alongside state-of-the-art 3D printing technologies, facilitating rapid prototyping and seamless transition from conceptual ideas to functional, fit-for-purpose designs. We do advanced injection molding, precision casting, hydro-forming, and Fiber-Reinforced Polymers (FRP) composites.

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Finite Element Analysis (FEA)

Finite Element Analysis (FEA) service helps us to simulate and meticulously evaluate structural stress, vibration, and thermal dynamics across various materials. This includes both linear, and non-linear materials with more complex responses. 

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Computational Fluid Dynamics (CFD)

Computational Fluid Dynamics (CFD) service provides in-depth insights into complex fluid behaviors in various environments, ensuring highly accurate and predictions. We leverage advanced software tools to tackle flow conditions.

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Material Analysis and Specification

Our Material Analysis and Specification Service focuses on meticulously selecting materials that blend durability, regulatory adherence, and sustainability. With a keen eye for the right balance between strength, longevity, and safety, our team expertly navigates from standard to exotic materials. 

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Design for Manufacturing (DFM)

Our Design for Manufacturing service, crucial for companies, simplifies the complex journey from prototype to mass production. This service includes selecting the most efficient supply chain, optimizing design for scalability, and conducting thorough Cost of Goods Sold (COGS) pricing analysis. 

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Structural Design

Our Structural Design service combines advanced analysis tools and structural composite technologies, ensuring functionality and safety in machinery and structures. This integration sets a high standard in the structural design process.

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Subject Matter Experts (SMEs)

Our team of Subject Matter Experts (SMEs) addresses the most complex engineering challenges. With deep expertise in thermodynamics, material science, system integration etc. , they offer advanced insights into specialized technical domains.

See How We Are Shaping The World

Product Development

Everything you need to get your product development done quickly, creatively, and on budget.

Industry 4.0 & Robotics

Integrating traditional manufacturing and industrial platforms and practices with the latest smart technology.

Aerospace & Defence

Providing safe, controlled and reliable engineering for Aerospace and Defence projects.

Industrial & Marine

Helping you develop reliable engineering solutions for harsh environment offshore operations.

Our Mechanical Engineering Teams’ Strength

 Whether it’s the delicate art of vapor duct stress analysis, the intricate design of efficient dust collection systems, or the visionary creation of new wearables and space propulsion systems, each project is a canvas for our creativity.

louis manuge

Louis Manuge, P.Eng.

Lead Engineer – Mechanical Team

Lou leads Enginuity’s Mechanical Team and is a native of Dartmouth, Nova Scotia. Lou has always been curious about how and why stuff really works (or doesn’t).

Lou has 10+ years of experience in fabrication, mining, marine, automation, offshore, oil & gas, aerospace, defense, civil, and medical sectors.

He has worked in various roles such as CNC operator, draftsman, design engineer, and lately as discipline lead. Lou has previously worked for companies such as Atlantic Hardchrome, INCO, CVRD, and RKO steel. He graduated in 2008 from Dalhousie University with a degree in BEng Materials Engineering.

Lou has broad expertise in engineering fundamentals with a focus on structural FE. He has a proven track record of success in applying technical rigour and FE methods to highly constrained design problems using tools such as Femap and Ansys. Lou is also a highly capable CAD user proficient with Inventor, Solidworks, SpaceClaim.

Frequently Asked Questions

1. What technologies and tools do you use in your projects?

We utilize advanced technologies and tools such as Ansys and Femap for Finite Element Analysis (FEA), alongside Ansys Fluent and SolidWorks for Computational Fluid Dynamics (CFD). Our in-house capabilities include CNC machining, 3D printing, and CAD software like Inventor and Solidworks, which helps us to handle diverse projects from prototyping to final production.

2. What is your experience with sustainable and eco-friendly design practices?

Our commitment to sustainability is reflected in our Material Analysis and Specification Service, where we focus on selecting materials that are durable, compliant, and environmentally sustainable. We integrate eco-friendly design practices into various projects, ensuring that our solutions are not only effective but also environmentally responsible.

3. What is your process for prototyping and testing new designs?

Our process begins with detailed prototype testing, including rigorous proof of concept assessments. We use advanced fabrication techniques like injection molding and precision casting, and apply Finite Element Analysis for accurate stress and vibration evaluations, ensuring every prototype meets the highest standards before proceeding to mass production.

4. Do you have experience in our specific industry sector?

Yes, we have extensive experience across a broad range of industries, including marine engineering, aerospace, oil and gas, heavy industry, high-tech, and medical sectors. Our team’s diverse expertise allows us to tailor solutions that meet the specific needs and standards of various industry sectors.

5. How do you ensure the reliability and safety of the systems you design?

Our commitment to reliability and safety in system design is unmatched. Led by Enginuity’s TÜV® Certified Safety Engineer, one of the few in Atlantic Canada, our approach encompasses comprehensive risk analysis and strict adherence to codes and standards. Our Structural Design service integrates advanced analysis and technologies to ensure that all systems not only meet but exceed safety and efficiency benchmarks. Through rigorous testing and validation, we uphold the highest standards of reliability and safety in every project.

Our Structural Design service integrates advanced analysis and technologies to ensure that all systems not only meet but exceed safety and efficiency benchmarks. Through rigorous testing and validation, we uphold the highest standards of reliability and safety in every project.

6. Is a Non-Disclosure Agreement (NDA) required to initiate a project?

Absolutely! We often start with an NDA, especially when it comes to sharing preliminary design details. It’s a great way to ensure your intellectual property stays protected while we exchange ideas. By setting the correct terms and conditions agreed upon by both parties—you and Enginuity—we create a trusted environment to explore and develop your project safely and creatively.

Request your NDA. Kickstart Your Project with Us Now.

7. How do you provide the right solutions to difficult engineering challenges faced by clients?

Our approach to tackling tough engineering problems combines careful planning, creative design, and thorough testing to make sure we meet your exact needs.

We prioritize spotting and solving potential issues early, ensuring our solutions are not just effective but also innovative. As a team committed to excellence, we’re hands-on every step of the way, ensuring the end result is something we’re proud to deliver and you’re thrilled to use.

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