The application form is the primary evidence dossier you will present to the IMechE. Its purpose is
to build a compelling, evidence-based case for your professional registration before you attend the
interview. A well-constructed application provides assessors with a clear and comprehensive
narrative of your engineering capabilities.

Application Form Structure
The online application form is divided into five required sections. You should prepare scanned
copies of your academic certificates for upload (with a 4MB size limit per document) and be aware
that you can save your progress and return to the form as needed.

• About you: Your personal and academic details.

• Personal competence statements: The core of your application, where you demonstrate
your skills against UK-SPEC.

• Your organisation chart: To provide context for your role and responsibilities.

• Development action plan: Outlining your short, medium, and long-term career goals and
professional development objectives.

• Sponsors: Details of two professionals who will endorse your application.

Demonstrating Competence: The UK-SPEC Core
This section is not a simple checklist. It is a narrative argument. For each competency, you must tell
a concise story of your personal contribution using the ‘I’ pronoun. Your goal is to lead the assessor
to an undeniable conclusion: that you operate at the CEng level. Frame every example around a
challenge you faced, an action you personally took, and a measurable outcome that benefited the
project or business.
The IMechE expects approximately 400 words for each of the five areas.
Competence A: Knowledge and understanding
This competence requires you to demonstrate that you use a combination of general and specialist
engineering knowledge to optimize complex systems.
• Evidence Examples:
o Maintaining and extending a sound theoretical approach (e.g., through formal
training, research, or learning new engineering theories in the workplace).
o Developing technological solutions to unusual or challenging problems (e.g.,
carrying out non-standard technical analyses or developing solutions in safetycritical applications).
Competence B: Design, development and solving engineering problems This is about your ability to apply appropriate theoretical and practical methods to the analysis and
solution of engineering problems.

• Evidence Examples:
o Taking an active role in the identification and definition of project requirements,
problems and opportunities.
o Identifying and carrying out physical tests, trials, or technical simulations and
evaluating the results.
o Implementing design solutions while accounting for critical constraints, including
due concern for safety, sustainability, and life cycle considerations.

Competence C: Responsibility, management and leadership
This competence centres on your ability to provide technical and commercial leadership, whether
through formal line management or by guiding teams and projects.

• Evidence Examples:
o Planning the work and resources needed to enable effective implementation of a
significant engineering task or project.
o Managing the balance between quality, cost, and time, while monitoring progress
and associated costs.
o Leading teams or technical specialisms and providing specialist knowledge and
guidance to engineering teams, customers, or other stakeholders.

Competence D: Communication and interpersonal skills
This area assesses your ability to communicate effectively with others, present proposals clearly,
and work constructively.

• Evidence Examples:
o Communicating effectively with others, at all levels, in English (e.g., preparing
reports, drawings, or specifications on complex matters).
o Clearly presenting and discussing proposals, justifications, and conclusions.
o Creating, maintaining, and enhancing productive working relationships, and being
supportive of the needs of others, especially concerning diversity and inclusion.
Competence E: Personal and professional commitment
This competence requires you to demonstrate a commitment to professional standards, with an
obligation to society, the profession, and the environment.

• Evidence Examples:

Understanding and complying with relevant codes of conduct and legislative
frameworks.
o Identifying and taking responsibility for health, safety, and welfare issues, and
developing and implementing appropriate hazard identification and risk
management systems.
o Understanding the principles of sustainable development and applying them in your
work, such as using resources efficiently and effectively.

o Carrying out and recording Continuing Professional Development (CPD) to maintain
and enhance competence.
Securing Professional Sponsorship
You are required to have two sponsors endorse your application. Ideally, your sponsors should be
Chartered Engineers registered with the IMechE or another UK institution. Most critically, they must
have a good knowledge of your work and professional experience.

Their role is to review your
application for accuracy and validate it via an automated email from the IMechE once you formally
submit your form.

Your choice of sponsors reflects your professional judgment. Choose individuals who can not only
vouch for your work but who also understand the CEng standard themselves. Their endorsement is
a critical piece of peer validation; treat it as such, not as a mere administrative step.
With your application dossier complete and sponsored, you are ready to proceed to the formal
submission and subsequent assessment process.