Challenges for Academics Applying for CEng

I would like to highlight the challenges faced by applicants from academia when applying for professional registration (e.g., CEng) through the Institution of Engineering and Technology. From my experience, some common challenges include:

  • Demonstrating industry-relevant engineering practice while primarily working in teaching and research
  • Evidencing competencies related to responsibility, leadership, and decision-making in real-world engineering contexts
  • Aligning academic activities (teaching, supervision, research) with the required professional competencies
  • Providing strong evidence for design, development, and implementation in practical settings
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  • As usual, I agree with Andy.

    Although I haven't PRA'd for any academics and I'm not a IET PRA (I'm an IfSE PRA), I seen a number of applications from people that worked for organisations that were involved in developing engineers (primarily technicians) but not actually delivering what might be considered as a "engineering project".

    My view is that it has parallels with those that are engineering managers, who have the C's in bucketfuls but struggle with B's. In the extreme I know cases of engineering managers without any actual formal engineering qualifications (and yes, they were still good engineering managers).

    The issue here is that you sometimes have to take a somewhat tangential view on the competencies in order to recognise where your experience matches with them. A good example is C1/C2, which talks about budgets. Budgets don't have to be money, they can be technical budgets such as power, mass, heat, etc. I'm sure someone can identify even more examples.

    The question is, what are you engineering as an academic?

    We don't only engineer physical products (although many of us do), but we also engineer processes and other systems. I would consider it quite valid to consider the design and delivery of an engineering course as a engineering project.

  • Thanks Mark, that’s a really helpful perspective. I agree that academics need to take a broader view of the competencies and recognise that we are often engineering systems like courses, assessments, and learning processes. For example, C1 can include managing module resources, staff allocation, and assessment planning, while C2 can be shown through leading module teams, supervising projects, and mentoring staff. The experience is usually there the main challenge is presenting it clearly in an engineering context.

  • I know cases of engineering managers without any actual formal engineering qualifications (and yes, they were still good engineering managers).

    Often these cases are a symptom of a larger 'Team' based organisation (especially if they have 'systems engineers'). 

    In many ways it reminds me of the UK Navy's "The Team Works" motto/slogan for advertising/recruitments. For the want of a nail the battle was lost, implies that being a nail is a core competence for battle winning.

    Academics are a similar core of UKU for engineering competence, just as apprenticeships are core...

  • In the last specific case I came across, it was a team based organisation which had very few people with the title 'systems engineer' (its a whole different discussion about how many people where doing systems engineering and not realising it). It was more a symptom of a company that was open to developing managers into different areas from where they initially trained. Which I'm going to label as potentially a good thing.

    Its also something you might see in some SMEs, where it was initially formed of "hands on people", but as the business grew and started to bring in graduates, those original people ended up managing the organisation.

  • I've often thought that there is a sort of corollary to the Peter Principle - just a competent engineer can, and often does, rise to a level of incompetence in trying to manage people and budgets, equally someone who would be an incompetent engineer (if they ever were one) can be a competent manager. I've known various graduate engineers who had the sense to realise that they were never going to be great engineers, but also realised that they could be good at the areas other engineers weren't good at.  And as someone who, for example, loathes doing project management I bless the fact that there are! It only becomes a problem if the manager believes that they are competent to make technical decisions.

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  • I've often thought that there is a sort of corollary to the Peter Principle - just a competent engineer can, and often does, rise to a level of incompetence in trying to manage people and budgets, equally someone who would be an incompetent engineer (if they ever were one) can be a competent manager. I've known various graduate engineers who had the sense to realise that they were never going to be great engineers, but also realised that they could be good at the areas other engineers weren't good at.  And as someone who, for example, loathes doing project management I bless the fact that there are! It only becomes a problem if the manager believes that they are competent to make technical decisions.

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