- Risk and Safety Management: Apply knowledge and understanding of risk and safety management to practical situations through the full lifecycle. Ability to recognise the context and accurately select and apply systematic methods of identifying hazards, analysing and evaluating associated risks, and proposing proportionate solutions to treat problems. Ably handle the wider implications of work as a risk and safety practitioner such as application of relevant regulations and emergency planning.
- Lifecycle View: Apply approaches to developing risk and safety solutions that will be appropriate throughout the lifecycle of the product or facility. Identify the problems and stakeholder needs from the concept and feasibility phase, through design, operation, modification, decommissioning, demolition and disposal.
- Leadership: Critically observe risk and safety leadership behaviours of self and others and reflect on their effectiveness, noting the importance of influence as well as authority.
- Effective Communication: Effective written and oral communication, including influencing, negotiating, facilitating and resolving conflicts in risk and safety management with relevant stakeholders. Ability to construct and support risk and safety claims, arguments and evidence in a structured and logical manner.
- Problem-Finding and Creative Problem-Solving: Identify stakeholders and clarify their needs. Identify and investigate influencing factors and be able to effectively communicate risk and safety problems to relevant stakeholders. Approach problems from different perspectives and work collaboratively with other disciplines. Apply different risk and safety techniques, from the range of tools available, to generate ideas and solutions with others.
- Risk Management Principles and Practice: Understand the principles and practice of risk management, including the framework for embedding risk and safety management into the overall management system, and the application of the risk management process.
- Risk Assessment Techniques: Knowledge of the selection and utilisation of systematic techniques for risk assessment that are appropriate to the context. Understand the preferred methods and levels of assessment for particular application in the chosen industrial sector.
- Domain: Understand the chosen industrial sector, its structure, purposes and operations. Understand how risk and safety management is used and how it interacts with other disciplines within operating companies, their supply chain and other dependent sectors.
- Specialisms: Knowledge of particular specialist subjects and domains as required to meet employers’ needs, for example in relation to emerging technologies or current key focus areas.
- High Reliability Mindset: A healthy scepticism about whether systems and processes are working effectively. Challenge and test assumptions and avoid over-simplification of complex risk issues. Conversely, avoids over-complication, and applies a proportionate level of analysis. Courage and conviction in the face of adversity, backing up conclusions with evidence.
- Change, Adapting and Visualising: A willingness to recognise and assess change in risk and safety management contexts, whether engineering, organisational or procedural. Reflect on the change and adapt own approach. Open to abstract ideas and concepts as well as real world systems and processes. Communicate visually the concepts and ideas and be able to assess the feasibility of practical solutions.
- Improving: A drive to make designs, solutions and processes better from a risk and safety perspective. Work with teams to conjecture, research, innovate and clarify improvements. Co-operative. Solicit stakeholder feedback on proposals and assess benefits and sacrifices to arrive at effective improvements.
- Professional Participation: Plan and review own development needs and carry out CPD. Regularly reflect on own competence and behavioural development. Comply with the obligations of own professional institution. Personal commitment to high standards of professional conduct including reliability, honesty, integrity and ethics. Actively engage in forums advancing risk and safety management as a profession.
Whilst any entry requirements will be a matter for individual employers, typically an apprentice might be expected to have already achieved a relevant science, technology, engineering or mathematics (STEM) bachelor degree or equivalent.
The typical duration will be three years, depending on the amount of academic study and relevant vocational experience achieved each year.
Professional Qualifications / Recognition
Apprentices must complete an MSc in risk and safety management (at Level 7); recognition of prior experiential learning is allowable where appropriate. Apprentices without level 2 English and Maths will need to achieve this level prior to the End Point Assessment (EPA).
The apprentice will achieve the standard of risk and safety management professional. This apprenticeship provides evidence of knowledge, skills and behaviours in line with the professional registration requirements for Chartered Engineer, however, the apprentice may also need to acquire additional experience. The apprenticeship may also align with the professional registration requirements of relevant professional bodies regulated by the Engineering Council but the apprentice may additionally need to acquire further specific experience.
Originally published on Gov.uk, this information has been re-used under the terms of the Open Government Licence.";