Our Agile Working Methodology

Our step-by-step approach to smooth collaboration, high-quality deliverables and on-time delivery for every project.

Replies within 24 hoursPay only after approvalA dedicated team for every project

Step 01

Requirement Gathering

We begin by understanding your project in depth: its objectives, technical challenges and desired outcomes. This step ensures we capture every detail and build the right solution for you.

Step 02

Proposal & Negotiation

We prepare a comprehensive proposal that covers:

ObjectivesPricingDeadlinesDeliverables

We're open to discussion and negotiation, so the proposal aligns perfectly with your requirements and budget.

Step 03

Dedicated Team Allocation

Once the proposal is approved, we assign the best-fit design engineers and simulation experts to your project. Each project gets a dedicated team with the right expertise for efficient execution and timely delivery.

Step 04

Project Kick Off

With the team in place, we start the project using leading software such as Ansys, COMSOL, Abaqus and SolidWorks. Our engineers set up the simulations and CAD models with a strong focus on quality and your project objectives.

Step 05

Seamless Communication

We keep communication transparent and efficient. Choose the platform you prefer to stay updated:

SlackUpwork messagesMicrosoft Teams

We respond to every query within 24 hours, ensuring smooth collaboration throughout the project.

Step 06

Quality Assurance & Control

Before sharing the deliverables, we run a thorough internal quality check to:

Verify the accuracy and reliability of the simulations and CAD
Ensure all client requirements and objectives are met
Minimize revisions and save you time

This guarantees you receive high-quality, ready-to-use outputs.

Step 07

Secure Payment & Project Closure

Payment is released only after the work is approved.

We don't request early payments: all transactions are processed after delivery through Upwork's secure escrow system, for the safety of both parties.
If the deliverables don't meet your expectations, you may cancel the contract and the payment is refunded to your payment method.
New to escrow? We can provide a detailed video recording or a screen-sharing walkthrough in a meeting.

Our dedicated team remains available for follow-up support and clarifications even after the project is closed.

Step 08

Delivery of Results

We deliver all the final outputs, including:

Source files (CAD, simulation setups and scripts)
Post-processing results (contours, animations, images and detailed reports)
Any additional data you request

All deliverables are provided in a structured, organized way for your convenience.

Software & tools

Our Technologies

We work in the industry's leading simulation and CAD software.

Our Projects

See how Solvo Engineers has helped its clients achieve their vision of digital innovation.

FEA

Catamaran Hull Optimisation with Bulkheads Using FEA

View projectFEA of a catamaran hull with bulkheads: how the twin hulls and the bridging deck carry load, where it concentrates and how bulkheads strengthen the structure.

CFD

Battery Channel Cooling Test with Graphene Nanoparticles Using CFD

View projectCFD cooling test of wavy battery cooling channels in Ansys, with graphene nanoparticles in the coolant: how a nanofluid takes heat away from a car battery.

CAD

Octacopter Design with BOM and Production-Ready Manufacturing Files

View projectSolidWorks CAD design of an eight-rotor octacopter drone: full 3D assembly, detailed technical drawings and a complete bill of materials, ready to manufacture.

FEA

1U CubeSat Thermal-Mechanical (Coupled) Stress Analysis

View projectCoupled thermal-structural FEA of a 1U CubeSat in Ansys: orbital cycling from −40 °C to +85 °C with 20 g launch loads, stress hot spots and the design fixes.

CFD

CFD Analysis of Flow Characteristics Around an Ahmed Body with Varying Slant Angles Using Ansys

View projectCFD of the Ahmed body in Ansys Fluent at 25°, 30°, 35° and 40° rear slant angles: how the slant changes flow separation, wake turbulence and drag.

CFD

CFD Analysis of Compressible Flow in a Converging-Diverging Nozzle Using Ansys Fluent

View projectCompressible CFD of a converging-diverging nozzle in Ansys Fluent: choked flow at the throat, smooth expansion to Mach 1.55 and the static pressure drop.

CFD

CFD Analysis for Optimizing Drone Aerodynamics and Performance

View projectCFD of a quadcopter drone in Ansys Fluent: drag hot spots, propeller downwash and wake, and a streamlined design with over 12% lower pressure drag.

CFD

CFD Analysis of an RC Aircraft Wing Optimization

View projectCFD of two RC aircraft wings in Ansys Fluent at 13.3° angle of attack: a plain wing vs a three-blade multi-winglet design, compared for lift, drag and L/D.

CFD

CFD Analysis of Duct to Optimise Cooling using Ansys

View projectCFD of a curved cooling duct with turning vanes, splitters and a fan in Ansys Fluent 2024 R2: velocity streamlines, pressure drop and where to improve it.