Hire the Best Finite Element Analysis Specialists
in Canada

A qualified Mechanical Engineer with strong expertise in 3D CAD modeling, parametric design, and mechanical simulations using SolidWorks and other industry-standard tools. My services include : ♦ Advanced 3D modeling and detailed assemblies ♦ Finite element analysis (FEA) and mechanical simulations ♦ Photorealistic rendering for product visualization ♦ Design optimization for functionality and manufacturability With a solid engineering background and a keen eye for detail, I deliver designs that are not only accurate and functional but also aligned with industry standards and client expectations. I approach every project with professionalism, technical rigor, and a commitment to quality. Whether you're developing a new product, refining an existing design, or looking for technical support on mechanical challenges, I am here to provide solutions tailored to your needs. Let’s discuss how I can support your next engineering or product development project.

I help building owners, developers, and design teams close the gap between how a building is modeled and how it actually performs — combining building energy modeling with mechanical (MEP) design to reduce energy use, operating costs, and carbon impact. Most freelancers do either the energy model or the mechanical design. I do both, which means the two actually align — and you don't need to coordinate between two separate hires. Why clients work with me: • Integrated energy modeling + MEP design under one roof • Code-fluent across ASHRAE 90.1, NECB, Title 24, IECC, BREEAM, and Passive House • Data-driven, fully documented, on-time deliverables 🖥 Energy Modeling & Sustainability EnergyPlus, DesignBuilder, IESVE, PVsyst · ASHRAE 90.1 / Title 24 / NECB / IECC compliance · energy audits (ASHRAE 211, ENERGY STAR) · 179D support · daylight, thermal comfort & PV feasibility studies 🏢 Mechanical (MEP) Design HVAC system design (VRF, AHU, chillers, boilers, heat pumps) · heating & cooling load calculations · plumbing, fire protection & gas systems · full Revit MEP modeling with clash detection · equipment selection, BOQ & specs 🏊 Specialized: Pool & High-Humidity Spaces Hydraulic design, equipment sizing, and HVAC for pool halls and spas 📊 Engineering Analysis & Automation FEM & CFD simulation · MATLAB modeling · Python automation for engineering workflows 📩 Let's bring your high-performance building vision to life — message me to discuss your project.

✅ Licensed Professional Engineer (P.Eng) - government-certified under Engineers Nova Scotia ✅ 100% Job Success | Top Rated - 100+ completed projects. ✅ 8+ years in production manufacturing - Michelin North America, Protocase (4 years), Outdoor-Fit, Neocon International. Completed 100s of drawings. ✅ Delivered manufacturing packages (CAD + drawings + BOM) for 8+ clients in North America and the UK ✅ SolidWorks Certified - Sheet Metal + Weldments | GD&T per ASME Y14.5 | Full supplier handoff ✅ The clients who hire me - hardware founders who need their design production-ready, and engineering teams who need overflow capacity without the hiring overhead I'm a licensed Professional Engineer (P.Eng) based in Nova Scotia, Canada, with 8 years of experience in production-focused mechanical design at Michelin's North American manufacturing facility, at Protocase (4 years delivering custom enclosures and fabricated parts), and at Outdoor-Fit (heavy-duty outdoor fitness equipment from concept to production). The problem I solve consistently: product teams move toward tooling before the design is ready. Tolerances are undefined. Drawings can't be quoted. Suppliers return with more questions than answers. I close that gap...you get a design package a manufacturer can actually work with, not a file they have to interpret. Who I work with: - Hardware founders who have a concept or rough prototype and need it turned into something a supplier can quote and build - Engineering teams that are overloaded and need a capable resource who can pick up a scope and deliver without handholding What you get: - Manufacturing-ready SolidWorks CAD with real-world tolerances and fit - 2D drawings with GD&T (ASME Y14.5), critical dimensions, notes, and revision discipline - BOMs, fastener specs, and assembly guidance - DFM reviews: cost drivers, tolerance stack-up, risk flags, design simplification - Supplier handoff package: STEP / DXF / PDF + questions pre-answered for quoting Tools: SolidWorks (Sheet Metal, Weldments, Assemblies) Processes: Sheet metal fabrication | CNC machining | Injection molding | Weldments | 3D printing

I am a Mechanical Engineer with over 10 years of experience in mechanical design, engineering analysis, manufacturing support, and laboratory equipment development. I work with industrial, research, and academic clients, delivering practical and production-ready solutions for small to medium-sized projects. My expertise covers the full engineering process, from concept development and 3D CAD modeling to FEA (Abaqus), detailed manufacturing drawings, and production support. I have led mechanical design and analysis for heavy-duty industrial equipment and optimized production line tools, fixtures, and assemblies with a strong focus on manufacturability and cost efficiency. I am highly skilled in SolidWorks, CATIA, AutoCAD, and Abaqus, and I design with real-world fabrication constraints, tolerances, and quality requirements in mind. I also have extensive experience designing and commissioning engineering laboratory and educational equipment, including fluid mechanics, HVAC, and control systems trainers. In parallel with industry work, I have several years of academic teaching experience as a Teaching Assistant, which has strengthened my documentation quality and communication skills—key factors for successful remote collaboration. Currently, I am pursuing my Master’s degree in Mechanical Engineering at Carleton University, Canada. I am open to remote small to mid-scale projects where accuracy, clarity, and reliable engineering delivery are essential.

I'm a mechanical engineer/designer/drafter with over 8 years of experience in the global engineering field. I also have a SolidWorks professional certificate (CSWP). I specialize in design engineering, mechanical engineering, automation, mechatronics, and manufacturing. From experimental passion projects to commissioned work for clients, my portfolio holds a diverse selection of creations that represent the dynamic engineering industry. I thrive on creative challenges and enjoy building strong relationships along the way. Get in touch and let's start collaborating to create something awesome! I look forward to collaborating with you - as we strategize and work systematically toward a successful project.

⭐⭐⭐⭐⭐ "Majdi was wonderful to work with. He went the extra mile and he is clearly an expert in the field of electromagnetics. He was fast and responsive. No regrets. You should hire him." ⭐⭐⭐⭐⭐ "Majdi was great! For a project outside my scope of expertise he was able to deliver results and answer all my questions. He knew what to do and how to do it without fuss. Importantly, he was clear about the timing of milestones and was able to meet the deadlines. It was easy working with him." With a solid background in electromagnetic simulation, extensive expertise has been acquired across various applications (+8years) including electric motors, actuators, solenoids, permanent magnet applications, wireless power transfer, power electronic components, transformers, eddy current braking, couplers, and electric field-related applications. Participated in numerous research and development projects, particularly in software development for finite element electromagnetic simulations, has been integral. Engaged in client-facing, content development, and consulting and proof of concept projects have also been undertaken, covering areas such as motors and generators, wireless charging for EV and electronic devices, and permanent magnet applications, and many more. Area of expertise and skills: - FEA electromagnetic, coupled Multiphysics analysis ( thermal, structural, system, motion), - Parametric and optimization based design, - Results and data investigation, - Post processing and results reporting, - Proof of concept, - Problem solving, - Case studies, benchmarking, validation, etc, - CAD modeling. Software: - Ansys Maxwell2D/3D, - Ansys Workbench - SOLIDWORKS - Autodesk Inventor