Work safely, complying with relevant national and industry health and safety requirements.
Work by company management systems, policies, and procedures.
Employ the appropriate use of computer-based technology
Review and interpret technical information and requirements from different sources, e.g., specifications, concepts, stakeholders
Identify inaccuracies or discrepancies in engineering drawings and specifications and propose solutions
Identify and assess factors that affect designs, e.g., materials, application, location, risk, and environment
Design engineering concepts to solve engineering challenges
Develop practical solutions which satisfy the required standards and can be manufactured, proven, operated, and maintained cost-effectively while minimizing costs
Evaluate engineering designs to determine the most effective solution
Produce detailed engineering drawings to relevant standards and codes using paper and computer
Check completed pictures for quality, technical compliance, and completeness - both own or those of peers
Communicate and co-ordinate engineering design options with relevant stakeholders, colleagues, and clients using sketches, schemes, models, detailed drawings, and reports
Core Technical Knowledge
Relevant national and industry health and safety standards and legislation and those applicable to the specific disciplines, as appropriate
Company management systems, policies, and procedures
Document management and change control
Engineering codes and standards
Common engineering principles and the application of maths and science to engineering
Fundamentals of engineering drawing and design
Computer-Aided Design (CAD) software and its appropriate application, including 2D and 3D modeling
Understand the impact of relevant factors that are important to the design, e.g., the context in which you are working, the materials, components, assemblies, cost, quality, safety, security, risk, environmental impact, ergonomics, aesthetics, the end use and purpose of the design
Manufacturing and construction methods as appropriate to the specific disciplines
Relevance and application of Building Information Modelling (BIM)
Core Behaviours
Comply with health and safety requirements and company policies and procedures at all times
Have a strong work ethic, including attention to detail and commitment to completing the task at hand
Take personal responsibility for own work, set the right example for others, and actively seek opportunities for quality improvement.
Apply and uphold principles of ethics and sustainability
Commitment to advancing own learning and competence, showing a willingness to learn new skills and an openness to others’ ideas and input
Use effective communication and interpersonal skills, showing sensitivity to others and working collaboratively
Accept and promote equality and diversity