⚙️ SolidWorks · ANSYS · MATLAB / Simulink

SolidWorks, ANSYS & MATLAB / Simulink Project Services

End-to-end mechanical project delivery for B.E. / B.Tech students — from 3D CAD modelling and structural simulation to dynamic system modelling and control design. Fixed pricing, clear timelines, real engineering.

SolidWorksANSYSMATLABSimulinkGD&T
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CAD & Simulation

CAD & Simulation Projects — SolidWorks + ANSYS

3D parametric modelling, assembly design, motion analysis, and structural simulation — purely mechanical scope. No electrical or electronics components involved.

CAD Mini Project

~2 weeks · Up to 10 parts · SolidWorks + ANSYS

🕐 ~2 weeks⚙️ Up to 10 parts📐 SolidWorks🔬 ANSYS Structural
What's included
  • Engineering consultancy & project scoping
  • 3D parametric modelling in SolidWorks (up to 10 parts)
  • Assembly creation, mating constraints & interference detection
  • Motion analysis — linkage behaviour & kinematic validation
  • ANSYS Static Structural — von Mises stress, deformation, factor of safety
  • Design review & optimisation suggestions
  • Documentation support — figures, result interpretation & reference papers
Not included
  • 3D printing or physical manufacturing
  • CFD, thermal, fatigue or advanced FEA
  • Electrical / electronics work

CAD Major Project

3–4 weeks · No part limit · Full SolidWorks + ANSYS

🕐 3–4 weeks⚙️ No part limit📐 Full SolidWorks🔬 ANSYS + GD&T
What's included
  • Full parametric 3D modelling with design intent & best practices
  • Advanced mechanism design — linkages, cam-follower, gear trains
  • Complete assembly, tolerance stack-up & interference verification
  • Motion analysis — velocity, acceleration & force output graphs
  • ANSYS Static Structural — stress, deformation, reaction forces & FoS
  • Design optimisation — mass reduction, geometry & stress refinement
  • Manufacturing feasibility review (DFM) — tolerances & materials
  • Engineering drawings with GD&T, title blocks & BOM
  • Prototype development guidance & documentation support
Not included
  • 3D printing, CNC, fabrication or procurement
  • CFD, thermal, fatigue, buckling (available as add-on)
  • Electrical / electronics / PCB work
Modelling & Control

MATLAB & Simulink Simulation Projects

Mathematical modelling, dynamic system simulation, and control system design for mechanical engineering — no physical hardware, no fabrication, and no electronics involved in any package.

MATLAB Mini Project

~2 weeks · Single system · MATLAB + Simulink

🕐 ~2 weeks📊 Single system🔢 MATLAB scripts📉 Simulink (if applicable)
What's included
  • Engineering consultancy & mathematical problem formulation
  • Mathematical model development — equations of motion, energy balance
  • Clean, commented MATLAB scripts & functions
  • Simulink block diagram model (where applicable)
  • ODE solver setup (ode45, ode23) & numerical simulation
  • Result plots — displacement, velocity, frequency response with labels
  • Parameter sensitivity check (1–2 key variables)
  • Documentation support — figures, result interpretation & references
Typical topics
  • Spring-mass-damper vibration with step / harmonic input
  • Four-bar linkage kinematics
  • PID speed/position control in Simulink
  • 1D heat conduction / gear train analysis

MATLAB Major Project

3–4 weeks · Multi-subsystem · Full MATLAB + Simulink

🕐 3–4 weeks📊 Multi-subsystem🔢 MATLAB codebase📉 Simulink multi-block
What's included
  • In-depth problem formulation & phased technical reviews
  • Full mathematical model for all mechanical subsystems
  • Modular, parameterised MATLAB codebase for scenario testing
  • Simulink multi-block model with subsystem hierarchy
  • Control system design — PID tuning, root locus, Bode analysis
  • Multi-DOF vibration — natural frequencies, mode shapes & FRF
  • Parameter sensitivity & optimisation study
  • Comprehensive result plots — time-domain, frequency-domain, phase-plane
  • Validation & analytical sanity checks
  • Documentation support — figures, result interpretation & references
Typical topics
  • Multi-DOF vehicle suspension modelling
  • Active vibration control of flexible structures
  • Gear-drive powertrain dynamics
  • Thermal system / heat exchanger dynamic simulation
Training

SolidWorks CAD Training

A structured, industry-oriented programme for students and fresh graduates — from zero to job-ready in SolidWorks mechanical CAD design.

SolidWorks CAD Industrial Training Programme

~30 Hours · Private 1-on-1 · Online or In-Person · Basic to Advanced

Duration~30 Hours
Format1 Faculty : 1 Student
ModeOnline or In-Person
LevelBasic → Advanced

Course curriculum

1

Essential Sketching

2D sketch tools, geometric relations, smart dimensions.

2

Projection of Lines & Planes

Engineering drawing fundamentals, 1st and 3rd angle projection.

3

Part Design & 3D Modelling

Extrude, revolve, sweep, loft, fillet, chamfer — feature-based modelling.

4

Essential Assemblies

Mating constraints, component placement, clearance verification.

5

Essential Machine Design

Fasteners, keys, shafts, bearings in SolidWorks context.

6

Advanced Part & Assembly Design

Sub-assemblies, exploded views, design tables, configurations.

7

Motion Analysis

Mechanism simulation, velocity/acceleration graphs, kinematic output.

8

Engineering Drawings & GD&T

2D views, dimensions, tolerances, title blocks, BOM.

9

Basic FEA Meshing

Introduction to mesh setup in SolidWorks Simulation.

10

Mechanics of Solids Integration

Stress, strain, bending, torsion theory linked to design sessions.

11

Mini & Major Projects

Guided hands-on projects applying all skills in real scenarios.

12

Industry Design Exercises

Real-world design challenges to build problem-solving ability.

⭐ Private one-to-one tutoring

One dedicated faculty member works exclusively with one student throughout the entire programme. Sessions are paced to your learning speed — no batch-style interruptions.

Scheduling flexibility

  • Session timing agreed directly between student and faculty
  • ~30 hours distributed across daily, weekly, or flexible sessions
  • Rescheduling accommodated with reasonable advance notice

What you'll be able to do

  • Create professional-grade 3D part models and complex assemblies
  • Produce 2D engineering drawings with GD&T and tolerances
  • Run motion analysis and basic FEA mesh setup
  • Apply design intent for manufacturable, editable models
  • Present a portfolio of CAD projects for employers
  • Connect mechanical theory with practical design decisions

📌 SolidWorks student edition available free via academic institutions. Licence not included in fee.

Add-ons

Available add-ons

Extend any package with these services — quoted separately based on scope and complexity.

ANSYS CFD — Fluid Flow Simulation

ANSYS Fluent · quoted separately.

ANSYS Thermal Analysis

Steady-state or transient.

ANSYS Fatigue, Buckling & Modal

Advanced FEA analysis.

MATLAB Specialised Toolboxes

Robotics, Aerospace, Signal Processing.

Photorealistic CAD Rendering

For presentations or posters.

3D Printing Coordination

Print-ready file prep + quote management.

Combined CAD + MATLAB Package

SolidWorks design paired with MATLAB dynamic simulation.

⚠️ Always excluded — all packages

  • Electrical / Electronics / PCB / Microcontroller
  • Physical Manufacturing / CNC / Welding / Fabrication
  • Component Sourcing / Procurement
  • Material Costs
  • HIL / SIL Real-Time Simulation
  • 3D Printing (available as add-on)
How it works

From brief to delivered

A straightforward four-step process — no chasing, no guesswork, clear milestones at every stage.

1

Share your brief

Send your project concept, problem statement, and any reference material or constraints upfront.

2

Scope review

We confirm scope, finalise the package, and align on deliverables, timeline, and expected outputs.

3

Build & update

Work begins with phase-wise checkpoints. You give feedback within 24–48 hrs at each milestone.

4

Delivery & support

Final files, result plots, and documentation delivered. 24×7 call support continues after handover.

Share your mechanical project brief

Send your concept and constraints — we'll confirm scope, package and a fixed timeline with clear milestones.

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