MechPort Training

Engineering knowledge built forpractical application.

Professional learning in mechanical engineering, reliability, technical evaluation, knowledge management and responsible AI— structured for students, engineers and industry teams.

Training programs

Focused learning for engineering practice and better decisions.

Each program connects fundamentals with practical context, engineering judgement and knowledge that participants can reuse.

Applied mechanical engineering

Engineering Drawing & GD&T Fundamentals

Build confidence in reading drawings, understanding design intent and communicating manufacturing requirements clearly.

  • Engineering drawing principles
  • Projection and dimensioning
  • GD&T fundamentals
  • Drawing interpretation and design intent

Designed for

Students, graduate engineers and design professionals

Applied mechanical engineering

Structural Analysis & FEA Fundamentals

Learn the engineering thinking behind simulation, from idealisation and boundary conditions to verification and result interpretation.

  • Structural-analysis foundations
  • Loads, constraints and assumptions
  • Meshing and model quality
  • Verification and FEA result interpretation

Designed for

Mechanical engineers, analysts and CAD/CAE learners

Reliability and engineering risk

Reliability Engineering & Failure Analysis

Develop a practical approach to equipment reliability, failure learning and risk-based maintenance decisions.

  • Reliability fundamentals
  • Failure modes and mechanisms
  • Root cause analysis and FMEA
  • Criticality and maintenance strategy

Designed for

Maintenance, reliability and asset professionals

Engineering decision support

Technical Evaluation & Due Diligence

Understand how machinery, projects and engineering information are assessed to support defensible technical decisions.

  • Machinery and project evaluation
  • Technical due-diligence fundamentals
  • Feasibility and capability assessment
  • Technical reporting and decision support

Designed for

Engineers, consultants, project teams and decision-makers

Engineering knowledge systems

Engineering Knowledge Management

Turn scattered engineering information and experience into structured knowledge that can be found, reused and improved.

  • Knowledge capture and retention
  • Lessons learned and repositories
  • Engineering taxonomy and classification
  • AI-ready engineering knowledge

Designed for

Engineering teams, technical leaders and knowledge practitioners

AI literacy for engineers

AI Literacy & Responsible AI for Engineers

Understand AI capabilities, limitations and risks while preserving engineering judgement, accountability and knowledge integrity.

  • AI, generative AI and AI agents
  • Engineering use cases and limitations
  • Human oversight and responsible use
  • Evaluating AI-generated technical information

Designed for

Engineers, managers, technical teams and business leaders

Flexible delivery

Choose the depth that fits your team.

90–120 minutes

Awareness Webinar

A focused introduction for teams exploring a new subject.

Half day

Foundation Workshop

Core concepts, practical examples and guided discussion.

One day

Professional Workshop

Deeper learning with exercises, cases and reusable resources.

Flexible

Custom Corporate Program

A tailored program aligned with your engineering context.

Who it is for

Learning for every stage of engineering work.

  • Engineering students and graduate engineers
  • Mechanical design and CAD/CAE professionals
  • Reliability, maintenance and asset teams
  • Engineering consultants and technical evaluators
  • Technical leaders and decision-makers
  • Organizations building AI-ready engineering knowledge

Clear professional scope

Practical education, awareness and professional development.

MechPort programs strengthen engineering knowledge and workplace capability. They are not accredited certification courses unless a program is explicitly identified as such.

Build the right learning program

Bring practical engineering knowledge to your team.

Programs can be adapted to your audience, equipment, engineering context and learning objectives.

Discuss training requirements