CRK / ENGINEERING SYSTEM / 001

Concept
to
Component

Engineering education, corporate training and engineering services — for the work that happens beyond the screen.

CAD / CAM / CAE / CNC / DIGITAL MANUFACTURING

CRK-001, a closed-face impeller machined from AL 7075 on a 5-axis CNC.
CRK-0015-AXIS CNCAL 7075
01

CONCEPT

WIREFRAME

Every component starts as intent — a requirement, a constraint, a sketch.

02

DESIGN

SOLID CAD

Intent becomes precise, manufacturable geometry — modelled to be built, not just rendered.

03

ENGINEERING

DIMENSIONS / GD&T

Dimensions, tolerances and GD&T turn a model into something a shop floor can hold to.

04

VALIDATION

SIMULATION

Structural and thermal analysis proves the part before any metal is cut.

05

MANUFACTURING

CAM TOOLPATH

Toolpaths, post-processing and cycle optimisation turn geometry into machine instructions.

06

COMPONENT

FINISHED PART

A real component, machined to drawing — the only outcome that actually counts.

SYSTEM / ROUTING

What are you
here to do?

CRANKAD runs three divisions. They share the same engineers, the same tools and the same standards — pick the one that matches what you need.

  • 01 / ACADEMY

    LEARN

    For students and practising engineers

    Professional courses in CAD, CAM, CAE, CNC, GD&T and digital manufacturing — taught on real components.

    • CAD
    • CAM
    • CAE
    • CNC
    • GD&T
    • DIGITAL MANUFACTURING
  • 02 / CORPORATE TRAINING

    TRAIN

    For L&D and engineering managers

    Customised programmes built around your team's tools, workflows and part families.

    • CORPORATE CAD
    • CAM
    • CAE
    • CNC
    • GD&T
    • CUSTOM PROGRAMMES
  • 03 / ENGINEERING SERVICES

    ENGINEER

    For companies with engineering work to move

    Project, recurring and outsourced CAD, CAM, CAE and manufacturing engineering.

    • CAD
    • CAM
    • CAE
    • CNC
    • REVERSE ENGINEERING
    • DOCUMENTATION

SYSTEM / CAPABILITIES

The engineering stack

Four disciplines, run as one workflow. Most engineering problems don't stay inside a single one of them — which is exactly why we don't sell them separately.

DESIGN

Turn engineering intent into precise, manufacturable geometry.

  • 3D modelling
  • Assemblies
  • Manufacturing drawings
  • GD&T
  • Reverse engineering
  • DFM / DFA
  • Product development

CRANKAD / ACADEMY

Engineering skills for real work.

Learn the tools, workflows and engineering practices used beyond the classroom — taught the way the work is actually done.

DISCIPLINES

  • 01CAD
  • 02CAM
  • 03CAE
  • 04CNC
  • 05GD&T
  • 06DIGITAL MANUFACTURING

EVERY PROGRAMME

FORMAT
Project-based, built around real components
LEVEL
Foundation through professional
SOFTWARE
Industry tools, taught on live workflows
DELIVERABLES
Models, drawings, toolpaths, documentation
ASSESSMENT
Reviewed engineering work, not quizzes

FULL CATALOGUE / IN PREPARATION

SYSTEM / PROGRESSION

01

LEARN

Acquire the engineering skill.

Tools, workflows and the reasoning behind them.

02

BUILD

Apply it through real engineering projects.

Components, drawings, toolpaths — work with consequences.

03

DELIVER

Use engineering capability professionally.

Work that stands up in a design review and on a shop floor.

CRANKAD is not selling video hours. The point of the Academy is that someone finishes it able to do the work — which is the same standard we hold our own engineering to.

SYSTEM / ENGAGEMENT

Engineering capacity.
On demand.

Need engineering capacity without adding another full-time engineer? CRANKAD supports project-based, recurring and outsourced CAD, CAM, CAE and manufacturing engineering work.

ENGAGEMENT SCALECONTINUITY →

01

PROJECT

A defined engineering requirement.

Scope, deliverables and acceptance agreed up front. It ends when the work is delivered.

FITS

One component, one analysis, one CNC programme

02

EXTENSION

Recurring engineering support.

A standing block of engineering capacity your team draws on month to month.

FITS

Overflow, peak load, a discipline you don't staff

03

PARTNERSHIP

Long-term engineering programmes.

Embedded work across a product line, with continuity of people and context.

FITS

Ongoing development and manufacturing support

START A PROJECT

Send the requirement, the component or the drawing. Scope and commercials follow the engineering review — not the other way round.

SYSTEM / ROUTING SHEET

How a project runs

No black box. Every engagement travels the same route, and you know what is expected of you at each operation.

  1. OP 10

    BRIEF

    You send the requirement — a drawing, a model, a photo of a part, or a paragraph describing the problem.

    FROM YOU / Requirement, constraints, quantity

  2. OP 20

    ENGINEERING REVIEW

    We read it as engineers: is it manufacturable, what is missing, what would we question before quoting.

    FROM YOU / Questions answered

  3. OP 30

    SCOPE

    Deliverables, file formats, revisions and timeline agreed in writing before any work starts.

    FROM YOU / Approval to proceed

  4. OP 40

    ENGINEERING

    The work is executed and checked against the scope — modelled, analysed, programmed or documented.

    FROM YOU / Review at agreed points

  5. OP 50

    HANDOVER

    Native and neutral files, drawings and any documentation, packaged so your team can pick it up cold.

    FROM YOU / Sign-off

Working on something confidential? Say so in the brief and we will put an NDA in place before you send any files.

PROJECT ARCHIVE / BUILDING

Engineering log

ENTRIES / 00

REFPROJECTDISCIPLINESTATUS

CRANKAD is currently preparing selected engineering case studies.

We would rather show nothing than show work we can’t stand behind or aren’t free to publish. Entries appear here as they are cleared.

CRANKAD / CORPORATE

Train your engineering team

Customised CAD, CAM, CAE, CNC, GD&T and digital manufacturing programmes built around your team's tools, workflows and requirements.

PROGRAMMES

  • CORPORATE CAD TRAINING
  • CAM TRAINING
  • CAE / FEA
  • CNC PROGRAMMING
  • GD&T
  • DIGITAL MANUFACTURING
  • CUSTOMISED TECHNICAL PROGRAMMES

HOW IT RUNS

BUILT ON YOUR WORKFLOW
Programmes run on your tools, your part families and your drawing standards — not generic exercise files.
SCOPED WITH YOUR TEAM
We assess where the capability gap actually is before proposing a syllabus.
MEASURED ON OUTPUT
Assessment is reviewed engineering work your leads can judge, not attendance.

CRANKAD / LABS

Engineering
is changing.

Labs is our research track — where we test what automation and machine assistance can genuinely take off an engineer’s desk, and what they can’t.

R&D / IN DEVELOPMENT

Nothing here is a shipping product. It is listed so you know where CRANKAD is heading — not as something you can buy today.

AI CAD
Model generation and design intent capture
AI CAM
Toolpath strategy and cycle-time reduction
DFM INTELLIGENCE
Manufacturability checked at design time
ENGINEERING AUTOMATION
Rule-driven drawings and documentation
DIGITAL MANUFACTURING
Connected design-to-machine workflow

CRANKAD / POSITION

Engineering
should not stop
at the screen.

A CAD model is only the beginning.

The real challenge is taking an idea through design, engineering, validation and manufacturing until it becomes a real component. CRANKAD exists to connect those stages — and to teach the people who have to work across them.

PROJECT / INTAKE — STATUS / READY

Send the
requirement

A drawing, a CAD file, a photo of a part, a learning goal or a paragraph describing the problem. If it is engineering, it is enough to start.

GOES TO AN ENGINEER
Enquiries are read by someone who can judge the work, not routed through a sales desk.
CONFIDENTIAL BY DEFAULT
Say the word and we will put an NDA in place before you send anything sensitive.
NO OBLIGATION
A review and a scope cost you nothing. You decide whether the work proceeds.
WHATSAPP
917007628283
WHAT DO YOU NEED?
DRAWING / CAD / PDF

STEP OR IGES IS ALWAYS SAFE / ZIP FOR ASSEMBLIES

TIMELINE

* REQUIRED

COURSESSTART A PROJECT