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continuum

connect

We are on a mission to democratize access to technical knowledge, mentorship, and high-quality training. Our mission is to create an expansive ecosystem of experts and gig workers, and provide them resources to do their work. We know that for every problem there is someone out there who already knows how to solve it.

collaborate

We are on a mission to democratize access to technical knowledge, mentorship, and high-quality training. Our mission is to create an expansive ecosystem of experts and gig workers, and provide them resources to do their work. We know that for every problem there is someone out there who already knows how to solve it.

earn

We are on a mission to democratize access to technical knowledge, mentorship, and high-quality training. Our mission is to create an expansive ecosystem of experts and gig workers, and provide them resources to do their work. We know that for every problem there is someone out there who already knows how to solve it.

How we are doing it

We are creating the world's most comprehensive and responsive community of working experts and giving them a platform to use their skills to consult, teach, and mentor others. We multiply the value of experts by separating the cost of knowledge and execution. Experts mentor a team of junior workers during consulting contracts, and review their work anonymously, providing quality assurance.

How It Works

Define a Project

1

Experts Form Teams 

3

Expert Reviews Work

5

Select Experts

2

4

Continuum Provides Resources

Project Delivery

6

Project A

Project B

Deliverable A

Deliverable B

CONTINUUM

I want to...

Pebbles

Solve a problem

Define a project and and select from a curated list of experts that have proven experience and credentials. The experts will propose a budget and form teams with gig workers and other experts as is necessary.

Math class

Use my expertise

Apply to become an expert, mentor junior engineers, lead teams, and work on exciting projects from leading edge startups and companies. Or apply to become a reviewer and help us produce great quality work while building your brand.

Brainstorming

work and learn skills

Find mentors and gain valuable work experience while working on real industry projects. Start the journey towards mastering your discipline or learning a skill outside of your regular work life. 

 Clients and Partners

Jericho
Laboratory
Explore. Measure. Understand.

Discover Our Experts

Gain access to a global community of leading engineers operating across a broad range of disciplines.

Through our online platform, companies can rapidly connect with recognized experts, and obtain the resources they need to solve their problems.

​

Discover Our Experts

Gain access to a global community of leading engineers operating across a broad range of disciplines. Through our online platform, companies can rapidly connect with recognized experts, and obtain the resources they need to solve their problems.

​

We screen senior professionals from industry and academia, and give them the tools they need to help you. Using our platform, experts can dynamically form teams with other experts, professionals, and mentees. Our business is to cultivate strong long-lasting relationships by guaranteeing quality and protecting both parties.

Project Portfollio

Discover past projects and find experts that can help you solve your problems. Our state-of-the art algorithm and matching services use our database of projects and results to allocate the best experts and resources to you so hit the ground running.

Prediction of Thrombosis in a Backwards Facing Step

CFD, Thrombosis, Hemolysis, Bloodflow, Multiphysics, Fluid Structure Interaction, Biocompatibility

A continuum based simulation approach model thrombus growth in an experimental loop for model validation purposes. Incompressible finite-volume computational fluid dynamics simulations are executed on an open-hub axial flow ventricular assist device. A continuum model of thrombosis and the intrinsic coagulation cascade is implemented. The model accounts for the activation of platelets by shear stress, paracrine signalling, and adhesion, and hemoglobin and ADP released during hemolysis.

Cost:

4488

Delivery Time:

1 month

Contributors:

Hristo V.

Yinan B.
Read More

Computational Fluid Dynamics Design of a minimally invasive pump implanted in the aorta

CFD, Turbomachinery, Bloodflow, Optimization

In this CFD study,a 3D steady-state simulation of a broiler house was designed. The comparative study was done with OpenFOAM solver buoyantSimpleFoam and HexMesh utility. Mesh convergence study was done with a Grid Convergence Index method. In the picture, you can see the velocity, temperature, and air quality fields for different configurations of the equipment (C0 to C3).

Cost:

​

Delivery Time:

​

Contributors:

Hristo V.

Frederic C.
Stewart M.
Hristo V.
Read More

CFD simulations to improve air distribution inside cold climate broiler houses involving heat exchangers

CFD, Optimization

In this CFD study,a 3D steady-state simulation of a broiler house was designed. The comparative study was done with OpenFOAM solver buoyantSimpleFoam and HexMesh utility. Mesh convergence study was done with a Grid Convergence Index method. In the picture, you can see the velocity, temperature, and air quality fields for different configurations of the equipment (C0 to C3).

Cost:

​

Delivery Time:

4 months

Contributors:

Frederic C.

Frederic C.
Read More

Design and Optimization of a Ventricular Assist Device

CFD, Hemolysis, Optimization, Turbomachinery, Bloodflow

Design and Optimization of a Ventricular Assist Device surgically implanted to assist cardiac output. A parametric model was developed to generate geometry, coupled with CAESES, and simulated using an optimization loop to improve Hemolysis.

Cost:

57000

Delivery Time:

3 months

Contributors:

Hristo V.

Majed P.
Hristo V.
Read More
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