Enginuity is a creative mechanical, electrical and automation engineering firm based in Halifax, Nova Scotia. Our focus is innovative, technical problem solving across a wide range of fields and applications. We have doubled our team size during the pandemic, stepping in to fill the labour gap for our clients, agile, turn-on/turn-off problem-solving.
Delivered through four Programs:
- Aerospace & Defense
- Industrial & Marine
- Industry 4.0
- Product Development
Our unique approach to small team innovation, coupled with our agile matrix management approach ensures rapid results, delivered from ideation to build to scale-up and production.
We have extensive experience in concept generation and validation, design, analysis and testing (including linear and non-linear finite element analysis), rapid prototyping, and manufacturing support. Previous projects range from electronics packaging and assembly, medical devices, jigs and fixtures for manufacturing lines, fully automated custom equipment, large scale sub-sea mooring components for offshore platforms, structural steel design to machine vision systems, future food and future materials, pilot production set-up and everything in between.
A crucial part of the East Coast's amazing innovation ecosystem; we partner with entrepreneurs and organizations launching new products to bring ideas to market. A unique blend of hands-on engineering, in-house business development and project management enables the rapid iteration of ideas into products.
Visit our website, enginuityinc.ca, to view our diverse portfolio and learn more.
Industry
Finite Element Analysis (FEA) Services, Acoustical Analysis Services, Analytical Services, Engineering & Consulting, Mechanical Engineering Services, General Engineering, Engineering, Design & Build Engineering Services, Manufacturing, Electronic Engineering Services
HQ Location
264 Herring Cove Rd #100
CA,Nova Scotia,Halifax,B3P 1M1
Keywords
Mechanical EngineeringElectrical EngineeringStructural DesignLinear and non-linear static FEAFrequency response analysisMES with non-linear materialsRandom vibration analysisNew product developmentConcept developmentPrototyping