degree apprenticeships

The Level 7 Architect Degree Apprenticeship: From Blueprint to Reality

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Skyscraper

Are you an aspiring architect, yearning to design and take your learning to the next level? Or maybe you’re an employer with a vision of nurturing new talent within your team. If you find yourself answering yes, this blog post is the right place for you. We’ll dive into the Level 7 Architect Degree Apprenticeship, detailing the role and requirements for apprentices and expectations for employers.

Understanding the Level 7 Architect Degree Apprenticeship

Architects are leaders in the construction process and are often the first call in the design team. They collaborate with clients and contractors making critical design decisions throughout a project. The projects architects work on spans a diverse spectrum. With roles in commercial, residential, community and education. After completion of the program, prospects won’t be an issue – the skills built up are highly transferable and your expertise can be used in other design and construction related sectors.

This apprenticeship like many others is a transformative program that combines academic learning with a hands-on practical experience. It’s a unique opportunity for aspiring architects to acquire a professional degree whilst contributing to real projects. Whilst employers have the opportunity to shape future talent.

What are some of your key duties?

Here’s what you can expect:

  • Brief analysis and project setup: Assessing project needs, researching city planning and advising clients.
  • Design: Generating innovative design proposals that meet necessary requirements.
  • Project delivery: Identifying risks and delivering services that prioritise client interests within legal standards.
  • Construction and procurement: Inspecting on-site construction, providing advice on procurement, and assessing contractor work.
  • Leadership and practice management: Supervising junior staff, contributing to the practice’s vision.
Architect working on blueprint
Image source Shutterstock

Opting for a Level 7 Architect Degree Apprenticeship brings an array of benefits.

Here’s what you can expect:

  • Design Exploration: You’ll actively participate in the design and planning of architectural projects. This includes drawings, 3D models and blueprints.
  • Portfolio Building: As you work on real projects, you’ll build a portfolio that showcases your skills and contributions to the team. 
  • Earn While You Learn: Pursue an Architects Registration Board qualification whilst earning a competitive salary.
  • Learning & Development: Your role will involve continuous learning via lectures, workshops and on-the-job experiences.
  • Work with Experienced Professionals: Gain insights and advice from experienced architects.

So, what’s next?

Eager for the next steps? Here’s what you need to know:

Duration: Typically, the program is for 48 months. Timescales may vary depending on prior relevant qualifications/experience and assessment of prior learning and knowledge (APL) opportunities.

Entry Requirements: Entry requirements are set by individual employers in partnership with their training provider. However, initial requirements include a minimum of a Part 1 ARB qualification or equivalent.

Learn More About the Program

For Employers

As an employer, you’ll play a pivotal role in shaping the future of your apprentices. 

Here’s what you can expect:

  • Talent Development: As an employer, you get access to a pool of talent whilst shaping them according to your company’s standards.
  • Cost Efficient Recruitment: Hiring apprentices can be cost-effective, helping you discover emerging talent without incurring high expenses.
  • Diverse Knowledge: Apprentices bring a fresh perspective and can enhance the creativity of your team. 
  • Mentorship: Your role will involve offering guidance and continuous support throughout their apprenticeship journey. 

In conclusion, a Level 7 Architect Degree Apprenticeship offers a unique educational journey for those with a passion for architecture. It combines academic learning with practical experience, equipping you with the skills and knowledge necessary to become a registered architect. With the chance to work on real projects, learn from experienced mentors, and build a portfolio of your own, this apprenticeship is the key to unlocking your architectural dreams. Take the next step and sign up below to our newsletter for personalised emails on this sector.

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Non-Destructive Testing Engineer Apprenticeship

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Display banner level 6 non-destructive testing engineer

Do you have an interest in machinery, safety, and cutting-edge technology? Want to become a skilled specialist who could work at Rolls Royce? If so, consider becoming a Non-Destructive Testing Engineer. This blog post will explore the role of NDT engineers and guide you on how to kickstart your career with a degree apprenticeship.

Jobs, salary and entry requirements

The Non-Destructive Testing Engineer apprenticeship unlocks doors to exciting roles, like Specialist Inspector, Technologist, Project Manager, NDT Expert, and more. In the UK, Non-Destructive Testing Engineer’s salary is on average £41,242 per year or £21.15 per hour. Entry-level positions start at £35,000 yearly, while experienced professionals can make up to £58,500 annually. It’s a fulfilling career with room for advancement, and you’ll be instrumental in ensuring the safety and reliability of machinery and structures globally.

This is a level 6 degree apprenticeship, accredited by the British Institute of NDT. It takes about four years to complete, during which you’ll gain the necessary skills and knowledge. Entry requirements can vary, but typically, candidates need A-levels with grades A-C in mathematics and a science or engineering subject. Alternatively, having three NDT Level 2 qualifications or an advanced NDT qualification like NDT Level 3 certification is acceptable. The goal is to provide opportunities for individuals from diverse backgrounds.

Upon completion of the apprenticeship, you’ll be eligible to apply for professional registration as an Incorporated Engineer (IEng) and gain membership in the professional body, the British Institute of NDT. This recognition could enhance your career prospects and credibility in the field even further.

What is Non-Destructive Testing in Engineering?

NDT Engineers are essential in safety-critical industries such as Nuclear, Aerospace, Motorsport, Manufacturing, and more. Their responsibilities include testing materials in machinery and structures for corrosion and cracks, inspecting components like airframes and engines, overseeing NDT operations, and staying updated with advanced NDT techniques.

In their role, they have expertise in material properties, electronic principles, mathematics, and technical project management. Furthermore, they excel in advanced NDT techniques, condition monitoring, and quality management. They also understand the economic aspects of their industry and adhere to safety and environmental regulations. NDT Engineers employ specific design processes and root cause analysis to troubleshoot issues, collaborating with other industries to adopt best practices and remain updated.

Why Non-Destructive Testing Apprenticeship?

As an NDT Engineer, you’ll develop strong communication skills, reliability, integrity, and an understanding of how your work impacts others. Taking personal responsibility for your development and safety will become your second nature. Moreover, you’ll strive to adhere to the rules and principles ensuring the quality of your work.

The advantages are significant: you not only get a good salary and a fully founded degree course, but also learn from experts in the field. This involves practical work, project planning, and problem-solving, enhancing your technical skills.

The Non-Destructive Testing Engineer apprenticeship offers a pathway to a dynamic career. It is about guaranteeing the safety and reliability of machinery and structures across various industries. These dedicated professionals are at the forefront of safety and quality, making a tangible impact on the world. Join the ranks of NDT Engineers for a career filled with growth, recognition, and the chance to shape the future of safety-critical components.

Conclusion

Unlock a world of opportunities where your expertise will be in high demand in industries crucial to safety and quality. Take the first step towards becoming a lead authority in NDT, gaining professional recognition, and shaping a rewarding career. Don’t miss out on this chance for specialised skills, industry relevance, and personal growth. Start your apprenticeship today and secure your future in a field that truly matters!

If Non-Destructive Testing sounds like something you would see yourself doing but don’t hold the relevant qualifications, why not taking a look at our blog post on NDT Operator Level 2 Apprenticeship?

Level 6 Degree Apprenticeships: Product Design and Development Engineer

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Group of engineers working together

Curious about apprenticeships but don’t want to miss out on getting your degree? Thankfully, it’s not a black or white decision. Degree apprenticeships offer the best of both worlds, helping you to train whilst on the job, and get a degree in a relevant field simultaneously. If this piques your interest, read on to learn all about the Product Design and Development Engineer Apprenticeship!

What will you learn on Level 6 Product Design and Development Engineer apprenticeships?

PHASE 1

In this degree apprenticeship you will learn to work on a host of production stages. Creation, modification, componentry and more will support activities ranging from early concept feasibility through to computer aided design and more. You will work in prototyping, concepting, assembly, testing, and validation in real life scenarios with suppliers and managers.

Training is hosted in a phased approach. Firstly, you will undergo a foundation phase. This will include intensive off the job training on core engineering skills notwithstanding:

  • How to comply with statutory requirements and safety requirements.
  • How to effectively use, interpret and evaluate a range of engineering data sources.
  • Organising work efficiently and effectively. Managing engineering resources when completing tasks.
  • Producing components using hand fitting techniques and producing mechanical assemblies.
  • Producing Electrical or Electronic Drawings or CAD Models using a CAD system.
  • Preparing and using lathes, milling and other general or specialist high tech equipment.
  • Applying mechanical, electrical and electronic devices and equipment.
  • Using computer software packages to assist with engineering activities.
  • Producing and managing engineering project plans.

These skills ensure your readiness for the workplace and are subsequently transferable across multiple career paths. The foundation phase typically takes 1400 hours of Vocational Guided Learning to complete. Additionally you will have to demonstrate under independent test conditions your ability to deploy your skills before you progress to Phase 2.

PHASE 2

Phase 2 is where degree apprenticeships really shine. This development phase focuses on applying your knowledge and enabling you to work without supervision. In addition, you’ll develop specialist areas and deepen your general engineering skills on work placements. As a result of phase 2 completion, you’ll have deepened your skills in:

  • Project Management in undertaking engineering activities
  • Establishing design briefs, presenting and discussing technical proposals
  • Managing and controlling product design change
  • Supporting team feasibility design reviews
  • Demonstrating technical and commercial management in planning.

At the end of this 5 – 6 year degree apprenticeship you’ll receive an HND or Foundation Degree, and a BSc (Hons) or BEng (Hons) in Engineering. At the same time you’ll have gained a plethora of on the job experience with core engineering skills in:

  • Mathematics and science for engineers.
  • Materials and manufacture.
  • Mechanical/electrical and electronic principles and applications.
  • Statics and dynamics.
  • How to undertake and apply business-led projects.
  • Engineering operations and business management.
  • Applying advanced technology techniques.

What do you need to apply for degree apprenticeships?

There are no hard rules here. Individual employers will set out criteria for their respective apprenticeships, however, we typically suggest the following:

  • 5 GCSE’s at grade C or above including Maths, English and a Science related subject.
  • Any number of A Levels at grade C or above in both a Mathematical and Science/Technology base subject.
  • OR 90 + credits in an Engineering BTEC.

Moreover, beyond these requirements employers in this field typically look for the following sets of behavioural attributes in their hiring process:

  • Strong work ethic.
  • Logical thinking.
  • Problem Solving oriented.
  • High Focus.
  • Personal responsibility.
  • Clear communicator.
  • Team player.
  • Adaptable.
  • Self-motivated.
  • Willing to learn.

What can degree apprenticeships help you do once you’ve graduated?

Graduating class of students throwing their caps in the air together. A key component of degree apprenticeships.

Not only is this a phenomenal opportunity to earn a minimum of £24k yearly, you will also gain an engineering degree in the process! In due time, more experienced design and development engineers earn up to £50k yearly. Completing the Product Design and Development Engineer apprenticeship will certainly set you on a career path with multiple doors. You can work in construction, engineering, renewable energy and much more. In the meantime, to get a taste for what jobs you could be in line for you at the end of your apprenticeship, be sure to browse Totaljobs.

Conclusion

Above all, the Level 6 Product Design and Development Engineer Degree Apprenticeship offers an unparalleled route into engineering careers. You will have the opportunity to gain on the job experience whilst earning a stable salary. Markedly, it will only take a couple more years than a traditional degree. Furthermore, you’ll learn transferable skills. Whether you decide to work in engineering or not, this skills and the years of work experience you’ll gain will set you in good stead across many career routes. Make sure to visit prospects.ac.uk for some inspiration on what you can do with your degree. Lastly, don’t forget to visit Apprenticetips.com for information on a host of apprenticeships and links to our social platforms.

Level 6 – Control / Technical Support Engineer Degree Apprenticeship

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Control technical support engineer apprenticeship

Media Source: https://apprenticeshipguide.co.uk/apprenticeships/control-technical-support-engineer-apprenticeship/

Are you passionate about solving difficult problems? Let your creativity be free with a Control / Technical Support Engineer degree apprenticeship. You will learn and earn on the job whilst working towards becoming a Technical Engineering Graduate all debt-free!

Career progression & Recognised Professionally

This standard has been designed to meet the professional standards of the Engineering Council for initial registration as an Engineering Technician (Eng Tech) in partnership with the Institution of Mechanical Engineers. Further professional development and registration is subject to candidates successfully completing the appropriate learning, developing the appropriate competence, and undergoing professional review.

Apprenticeship Jobs & Entry Criteria

The Level 6 Control / Technical Support Engineer Apprenticeship will help you to develop a range of key skills in technical, engineering, and manufacturing. This will help unlock paths for your future job prospects! The typical job titles include Control support engineer, Technical support engineer, and Maintenance technician. The average salary for Technical Support Engineer jobs is £37,500!

If this sounds like something you are interested in doing then you can apply to enroll now! This can be done if you are eligible to meet the minimum entry requirements. Most requirements are set by employers however this can differ. It is also important that you can try to gain work experience as a volunteer or being able to set a great impression in an interview otherwise.

Individual employers will set the selection criteria for their Apprenticeships. In order to optimise success candidates will typically have 5 GCSE’s at Grade C or above, including Mathematics, English and a Science, Technology or Engineering related subject, as well as A Levels at grade C or above in both a Mathematical based subject and a Science, Technology, Engineering or additional Mathematics related subject, or 90+ credits in an Engineering BTEC at level 3.

English & Maths

Apprentices without level 2 English and maths will need to achieve this level prior to taking the End-Point Assessment. For those with an education, health and care plan or a legacy statement, the apprenticeship’s English and maths minimum requirement is Entry Level 3. A British Sign Language (BSL) qualification is an alternative to the English qualification for those whose primary language is BSL.

Key Responsibilities of a Control Technical Support Engineer Apprenticeship

Control technical support engineer primarily assists in the smooth running of manufacturing activity in activities such as site maintenance. Typically they work closely with other production roles in a fast-paced and cost-conscious manufacturing environment, where complex problem-solving is key.

Duration of This Apprenticeship

Typically the duration of this apprenticeship is 5 to 6 years. This duration may differ depending on the candidate with previous relevant experience and/or already part qualified. Alternatively, this may also be a progression route from a relevant advanced apprenticeship.

Core Competencies of a Control / Technical Support Engineer Apprentice

You will need to develop a strong grasp of core engineering skills. This will not just benefit you in being able to demonstrate work tasks efficiently but be able to transfer your skills elsewhere and build on them even further. The skills that are required are:

  • Complying with statutory regulations and stringent organisational safety requirements
  • Using and interpreting a range of engineering data sources and supporting documentation
  • Understanding key performance indicators and using lean techniques to improve efficiency and effectiveness
  • Supporting installation, testing and commissioning of a wide range of equipment as needed
  • Carrying out complex fault diagnosis and repair on high technology-engineered systems
  • Maintaining mechanical, fluid and pneumatic power equipment
  • Maintaining electrical, electronic and process control equipment
  • Minimising machinery downtime by carrying out preventative planned maintenance
  • Confirmation testing and subsequent smooth handover of equipment and plan
  • Leading complex maintenance or technical support activities
  • Carrying out testing and calibration of instrumentation control equipment
  • Carrying out maintenance activities on electrical equipment.

This may seem a lot more complex however these are main objectives/competencies you will need to hit within the duration of your apprenticeship.

The Apprentice’s Behaviour & Attitude Towards Work

It is vital for the apprentice to have a set mindset and attitude especially in a modern high value engineering industries. This will ensure success in both your current and future roles as well as being able to meet the company’s targets. These are some of the key required behaviour:

  • Having a safety mindset as you will be working in high level risky activities
  • A strong work ethic
  • Problem Solving Orientation
  • Independent, Adaptablility, Team Player
  • Clear Communicator  
  • Applies Lean Manufacturing Principles
  • Commitment, Quality Focus, Self-Motivation

Control / Technical Support Engineer Exams & Knowledge

As a Control / Technical Support Engineer; it is important to be up to date with all the necessary knowledge. The apprentice would complete a HND or Foundation Degree which would provide the foundation stage of the knowledge elements in the competence qualification. This will support you further in understanding the requirements to operate effectively and efficiently at a high level within this sector of work. As a core the engineer needs to cover around 960 academic Guided Learning Hours, in order to have a solid grasp of:

  • Analytical, mathematic and scientific methods for engineers
  • Project design, implementation and evaluation
  • Instrumentation and control principles and applications
  • Mechanical, electrical, electronic, process control and digital principles and applications
  • Applications of pneumatics and hydraulics
  • Health, safety and risk assessment in engineering
  • Industrial control systems and applications
  • Materials and manufacturing processes
  • Product improvement and engineering project management

To confirm that you do understand this information and knowledge covered in your apprenticeship; you will need to:

  1. Complete all exams and assessments required to complete this apprenticeship
  2. A complete summative portfolio of evidence for your real work
  3. Synoptic project
  4. Show completion of required OTJ hours
  5. EPA interview

Explore further apprenticeship opportunities within the engineering industry, check out this post!

Learn more:

LinkedIn , Twitter 

Reference source to some of the text provided within this post: https://www.instituteforapprenticeships.org/apprenticeship-standards/control-technical-support-engineer-v1-0

Start your career with an engineering degree apprenticeship

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The engineering industry is a fantastic place to start your career in 2022 and you can do that via an engineering degree apprenticeship. With a wide breadth of career paths available in electrical, civil, mechanical engineering as well as specialist areas like aerospace, there’s plenty of opportunity to kickstart a lucrative career through a risk and safety management apprenticeship. 

Engineering apprentices at work talking with their manager

What is an engineering degree apprenticeship?

Completing a degree apprenticeship allows candidates to gain valuable work experience, earn a full-time salary and achieve a degree at the same time via a three year apprenticeship program. 

Depending on the industry, candidates would be placed at a relevant company working contracted hours and studying towards their degree alongside. 

Why Risk and Safety Management?

A Level 7 degree apprenticeship in Risk and Safety Management could be a fantastic route into the engineering industry due to its versatility. Professionals trained in risk and safety management typically go on to work in fields such as rail, air, technical, product safety or nuclear/ chemical industries. 

For candidates keen to start a career in engineering that are yet to decide on a specific engineering specialism, studying in Risk and Safety is a great way to explore a variety of careers in various industries. This is because the course equips professionals with transferable, in-demand skills across multiple engineering sectors. 

A Level 7 degree apprenticeship in Risk and Safety Management could be a fantastic route into the engineering industry due to its versatility. Professionals trained in risk and safety management typically go on to work in fields such as rail, air, technical, product safety or nuclear/ chemical industries. 

What skills will I develop on the apprenticeship?

Throughout the 3-year program apprentices will build on a variety of crucial industry skills including: 

Risk and Safety Management skills: Identifying safety hazards, evaluating risk and proposing appropriate solutions to treat risks. Applying risk and safety management processes and solutions through a full lifecycle across their area of specialism as well as application of regular safety processes and regulations and emergency procedures. 

Leadership skills: Gaining a full understanding of the business, relevant stakeholders and their needs. Collaborating with a variety of team members to communicate risks and suggest solutions. Using relevant techniques to identify, evaluate and apply safety procedures. 

Lifecycle view skills: Observing safety procedures, processes of self and others and understanding different levels of authority, urgency and importance. 

Effective communication: Learning communication process and implementing them effectively with relevant stakeholders, taking into account various factors like rank, urgency and type of communication

Problem finding and solving: Learning systemic tactics for analysing problems and finding creative solutions to risk and safety issues.

Level 7 engineering apprentice working in electrical engineering

What content will I cover under a Risk and Safety Management degree?

Aside from working and learning on the job, what professionals will actually cover as part of the degree program depends on the industry sector and training provider delivering the course; however it will include the following content at an absolute minimum, delivered at a high level. 

Risk Management Principles and Practice: Learning frameworks for implementing risk management systems into overall business systems of operation and applying it in real scenarios.

Risk Assessment Techniques: Tactics and systems for assessing risk, evaluating processes and implementing solutions relevant to the industry and context. 

Domain: Building an understanding of the chosen industry, business, relevant stakeholders and processes. Learning how the apprentices role interacts with operating companies, supply chains, other industries and third parties. 

Specialisms: Variable based on the industry sector 

Will the course equip me to go into the engineering industry full-time?

An apprenticeship is a fantastic way to gain invaluable industry experience needed to pursue a full-time career in the engineering industry as you’re building on knowledge, skills and behaviours under real circumstances and in real-time. The level 7 course is designed to encourage candidates to pick up and build on critical qualities needed to succeed in the industry post apprenticeship. Also known as soft skills, candidates will acquire the following abilities throughout their apprenticeship role:

  • Reliability – Due to high levels of responsibility in the risk and safety sector, apprentices will have to build on organisational skills in order to keep employees and partners safe as well as to prolong the life cycle of equipment and products etc. Being reliable, organised and prepared for emergencies is a must-have quality in the engineering industry. 
  • Adaptable and self-reflective – Entering into a company with pre-existing processes, procedures and problems will require apprentices to recognise problems and adapt to new changes and challenges. Risk and safety management requires constant re-evaluation of procedures to make sure they are up to date with current industry practice, legislation and equipment as well as internal company plans and processes. 
  • Professionalism and team participation: Working across multiple teams and departments on real-time projects in a professional and respectful manner. Keeping well-informed on company policies as well as industry best practices to meet targets set by managers and internal stakeholders as well as to do a thorough job. 

What are employers looking for?

To secure a place on a Level 7 engineering course in Risk and Safety Management, candidates will need to meet a variety of practical requirements as well as soft and hard skills in order to increase chances of success in a highly academic and often competitive industry. 

Degree apprenticeship requirements

To apply for a degree apprenticeship in engineering you’ll need to meet some of the following requirements including a grade 4/C in English and Maths (or Level 2 functional skills) and right to work in the UK at an absolute minimum. 

Individual employers will specify their own requirements based on a variety of factors like industry; however it’s highly likely employers will expect apprentice candidates to have previously achieved a bachelor’s degree or equivalent in a relevant science, technology, engineering or mathematics field. 

If you don’t have a degree, you could explore some of the Level 3 apprenticeships available in the UK

Overall, engineering is an exciting and dynamic industry to pursue. By doing an apprenticeship in Risk and Safety Management candidates may find lucrative engineering careers more accessible due to the crucial industry experience gained on an apprenticeship. 

With the learning and development structure provided on the Level 7 apprenticeship, apprentice graduates are equipped with all the relevant skills and knowledge to increase their chances of progression to higher level positions. 

Explore other engineering apprenticeships here

Building Services Engineering – Service and Maintenance Engineer Apprenticeship – Level 3

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View Above Construction Site
Photo by CHUTTERSNAP on Unsplash

Keen for more of a hands on learning approach? Interested in maintenance and engineering? If so, a building services Service and Maintenance engineer apprenticeship could be just what you need to start your career. Read on for more information about what you could expect from this course.

Chapters

  1. Occupational Profile
  2. Core Competencies
  3. The Qualification
  4. Future Steps
  5. Conclusion

Service and Maintenance Engineer – Occupational Profile

Building services engineering is vital in making sure buildings work. Service and Maintenance engineers work across a whole range of maintenance jobs. For instance, their role covers both industrial and commercial engineering systems. These can include ventilation, heating, water supply, waste and drainage. A Service and Maintenance engineer will make sure that these systems are operating within specific specifications and oversee the management of them. In addition, they also have the responsibility for fault finding, fault diagnosis, maintenance and repair and components and equipment found in industrial settings such as offices, hospitals, factories, schools and more.

These engineers undertake work with a high level of autonomy. They therefore require advanced diagnostic skills and specific, detailed knowledge about each system and its principles. As well as the practical elements of the role, a Service and Maintenance engineer will also need to deal with clients. This is important as they need to make sure that work is completed efficiently and with as little impact on the buildings use as possible.

In order to meet the high standard that is expected, an engineer will need to be able to demonstrate complete competence in the following areas;

  • Health and safety
  • Quality control
  • Communication
  • Environmental requirements
Engineers looking out over a construction site
Photo by Scott Blake on Unsplash

Core Competencies of a Service and Maintenance Engineer

This role requires that you can demonstrate a number of skills and behaviours that are essential to carrying out work. A selection of these can be seen below.

  • A good knowledge of safety legislation and safe working practices. The ability to apply these to yourself and others where relevant.
  • Working sustainably. Planning, organising and working in a way which uses resources most efficiently. Therefore being able to consider cost, quality, time, safety, security and environmental impact are vital.
  • A good knowledge of the procedures, standards and codes of practice required. And subsequently, the ability to put these effectively and efficiently into practice.
  • Being able to communicate effectively across a range of methods with colleagues, clients, supervisors and more.
  • Being aware of your own personal development – maintaining and enhancing competencies across all areas of your role as your career progresses.

In order to further understand these and the other competencies required in more detail, have a look at the ‘Occupational standard’ and ‘Assessment plan’ for this role.

Male engineer working on some machinery
Photo by ThisisEngineering RAEng on Unsplash

The Qualification

This course is for a Level 3 Building Services Engineering Service and Maintenance Engineer Apprenticeship.

The duration of the course can vary from 36 to 48 months depending on previous experience.

Entry requirements are subject to the individual employer. Apprentices without Level 2 in either English or Maths will need to complete these before the end of the apprenticeship.

Future Steps

This course would provide you a great foundation to further your career in the building services industry. Whether you want to continue your learning journey, or jump straight into a permanant role. Here is a few steps you could take when you achieve the Level 3 qualification.

  • Level 6 Building Services Design Engineer. Upon successful completion of this course, apprentices would receive a BSc or BEng building services degree with accreditation by the relevant professional engineering institution. Read more about this course here.
  • If you loved everything about the Level 3 course, you could look to become a full time Service and Maintenance engineer.
  • Or, if there a particular element of the role you enjoyed, you could look to specialise by going on to qualify in plumbing and heating for example where the average salary is over £32k.

The skills and behaviours you learn in this course will set you up to a wide range of potential careers. As well as the above, you might also be interested in supervisory roles, project management roles or even training apprentices just like yourself.

Conclusion

Hopefully this blog has helped you identify whether Service and Maintenance engineering is for you. Whether it leads you onto further learning opportunities or lands you that new job, there is no doubt of the benefits.

To keep up to date with all the latest apprenticeship news, subscribe to our newsletter.

Building Services Design Engineer Apprenticeship (Level 6)

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Worm’s eye view of contemporary, glass high-rise buildings

Are you excited by the idea of designing, installing and maintaining building services, like lighting and heating? Does infrastructure interest you? If this sounds up your street, read on to find out how the degree-level Building Services Design Engineer apprenticeship may be a great route to a new career.

Chapters

How the level 6 Building Services Design Engineer apprenticeship works

The Building Services Design engineer apprenticeship teaches an apprentice the skills needed to design the various services found in buildings and infrastructure projects.

Duration of apprenticeship

Typically 60-66 months (5-5½ years), depending on the apprentice’s previous experience.

What a Building Services Design Engineer job entails

A Building Services Design Engineer manages a team of engineers and technicians. They work with other construction professionals to design, maintain and install various services found in buildings and infrastructure projects.

The engineers work typically include the following:

  • Renewable and emerging technologies
  • Energy management
  • Heating
  • Ventilation
  • Air conditioning
  • Lighting
  • Power
  • Water services
  • Building transportation (e.g. lifts), and more!

Buildings and infrastructure can vary from newly built premises to the refurbishment of older facilities, for every sector of industry.

Building Services Design Engineers will undertake both the technical and commercial management of projects using engineering design solutions to maintain and enhance the quality of the environment and community.

They employ current and emerging technology to produce innovative engineering design solutions for development, manufacture and construction.

Career options with a level 6 Building Services Design Engineer Apprenticeship

Building services design engineers may work for a design consultancy, a contractor or a manufacturing company.

Salary

There are plenty of opportunities to earn an above-average salary in this field.

  • Starting salaries for a graduate building services design engineer average between a respectable £26000 to £28000.
  • More experienced design engineers earn on average a salary of around £40000, with more senior engineers earning above £55000.
  • Partners or highly experiences building services design engineers with chartered status may earn over £80000. Engineers in larger international consultancies can earn over £110000 a year.

TIP: Having chartered status also increases your pay level.

Entry requirements

Apprenticeship candidates will usually have at least three A levels at Grades A*-C including Mathematics and Physical Science or their equivalent.

Alternatively, they can complete a Level 3 Apprenticeship as a Building Services Design Technician.

Qualifications gained with a Level 6 Building Service Design Engineers Apprenticeship

Building Services Design Engineer Apprenticeship learner looks at plans on laptop
A Building Services Design Engineer apprenticeship will teach you a wealth of skills

With this level 6 apprenticeship, successful apprentices will earn a BSc or BEng building services degree with accreditation by the relevant professional engineering institution.

NOTE: Apprentices without Level 2 English and Maths must achieve this level prior to taking the end-point assessment.

Building Services Design Engineer Apprenticeship structure

The Building Services Design Engineer Apprenticeship is divided into three parts:

  • Approximately Month 0-60: Recommended on programme assessment through
    • Assignments
    • Projects
    • Portfolio of evidence
    • Development reviews
    • Examinations
  • Around Month 60: Gateway

Satisfactory completion of knowledge skills and behaviours including an accredited building services degree. Level 2 in Maths & English must be achieved. At this point, the application for the End Point Assessment (EPA) is confirmed by your employer.

  • Two months before expected end date: End Point Assessment
    • Presentation and questioning on the research assignment
    • Structured interview informed by the Engineering Practice Report
    • Assessment by assessors appointed by the relevant Professional Engineering Institution

You pass if you achieve the above. You’re then registered as an Incorporated Engineer

[Source: Open Government Licence for public sector information]

Key learnings

As mentioned above in part one of the apprenticeship, there are core learnings that the apprentice must develop and demonstrate during their apprenticeship. These divide into knowledge, skills and behaviours.

Knowledge

A Building Services Design Engineer apprenticeship needs an in-depth knowledge of:

  • Mathematical, scientific and engineering principles and methods. These are important because they underpin the design of complex building services systems.  
  • Digital solutions to model, design, analyse and evaluate building service systems.
  • Research techniques to improve how business services systems perform.
  • Quality standards, codes of practice, legal and regulatory frameworks. These govern the design of building services systems, in reference to health, safety and welfare and environmental impact.
  • Principles and techniques of whole life evaluation in the design of building engineering services systems. These consider account critical constraints like due concern for safety and sustainability.
  • Principles and techniques of effective project management. These include resources, cost and risk assessment.
  • How to manage teams and develop staff to meet shifting technical and managerial needs.
  • Effective communication effectively through reports, drawings, specifications and presentations. This includes how to explain design principles with both technical and non-technical people.
  • Dealing fairly and honestly when selection suppliers or contractors. This includes fair reviewing of tenders when making recommendations for award of contracts.

Skills

A Building Services Design Engineer will be able to do the following:

  • Use a solid, evidence-based approach to problem solving. These will lead to developing building services engineering design solutions to enhance the quality of the environment and community, and meet client, financial and safety objectives.
  • Identify, review and select the best way to design complex building services systems and components.
  • Champion the continuous improvement of the design of building services systems and components. This includes using latest industry developments and best practice and taking part in design reviews and evaluation.
  • Manage and apply safe systems of work. This includes being responsible for own obligations for health, safety and welfare issues, assessing and controlling risk, working with health, safety and welfare legislation and best practice.
  • Manage the planning, budgeting and organisation of tasks, people and resources Achieve this via the following:
    •  Appropriate management systems
    • Working to agreed quality standards, project programme and budget
    • Working within legal, contractual and statutory requirements
  • Manage teams and develop staff to meet shifting technical or managerial needs.
  • Communicate effectively through reports, drawings, specifications, presentations and discussions. Be able to do so with both technical and non-technical people.
  • Complete and document continuing profession development, maintaining and enhancing knowledge and competence as a building services design engineer.

Behaviours

A great Building Services Design Engineer will:

  • Have compassion and be perceptive. They are aware of the needs and concerns of others, especially in terms of diversity and equality
  • Show they’re reliable
  • Have integrity
  • Respect confidentiality
  • Be confident and adaptable when dealing with new or changing interpersonal situations
  • Create, retain and develop productive working relationships.
  • Have a strong commitment to health, safety and welfare.
  • Show personal commitment to professional and ethical standards
  • Recognize their obligation to society, the profession and the environment
  • Take responsibility for personal development, committing to learning and self-improvement
  • Be open to feedback

Although some of these components may feel unfamiliar, after completing the apprenticeship they will become second nature!

Conclusion

As you can see, the Level 6 Building Services Design Engineer apprenticeship is a fantastic avenue into an interesting, well-paid career. The ability to upskill and earn as you learn, in a varied role makes it a great option for anyone who loves learning and wants a job that’s far from boring. You’ll be sure to leave with a wealth of invaluable skills that will take your career to the next level.

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Recruitment Consultant Apprenticeship (Level 3) – Match Candidates With Their Dream Job

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A recruiter is discussing a client’s job opportunity with a potential candidate.

People strive to find their dream job while employers are always on the search for the ideal employee. Play a key part in helping both candidates and employers as a recruitment consultant apprentice. The apprenticeship allows you to develop your organisation and negotiating skills while earning an impressive salary. The best thing is you only need a level 2 in English and Maths to apply for a Level 3 Recruitment Consultant Apprenticeship.

What does a recruitment consultant do?

A recruitment consultant searches out and matches candidates with job opportunities at client organisations. On a day-to-day basis, you would not only seek out potential candidates but also assess their suitability for job openings at your clients’ organisations. As result, developing and maintaining candidate and client relationships are key to your role.

As a recruiter, you can choose to work for specialist sectors, such as an IT job consultancy, or work in-house by becoming an education recruitment consultant. While recruiters work predominantly in the recruitment sector, this business apprenticeship allows you to create your own personal and professional development plan in an industry of your choice.

How much does a recruiter earn?

It’s the question on everybody’s mind and the answer usually depends on the sector you choose to work in and your geographical location. However, a recruitment consultant’s salary averages at £28k per year in the London area. More experienced recruiters can earn a base salary of up to £50k.

A consultant role also means a commission is earned for every successful candidate placement. Commissions can either be a fixed payment or a percentage of what you bring to the company. For both, the commission is paid on top of the base salary, so recruitment consultants can make a lot of money.

A recruitment consultant is sat on sofas with their clients
Learn to maintain client relationships and more with a Level 3 Recruitment Consultant apprenticeship

Key competencies for Level 3 Recruitment Consultant apprentices

The recruitment consultant role is multifaceted. Here are a few examples of key duties that need to be carried out along with core technical skills and behavioural attributes that will aid a trainee to achieve these:

Establish and negotiate terms and conditions with clients:

  • Build client relationships that ensure a profitable outcome
  • Doesn’t shy away from challenging poor practices
  • Shows tenacity and resilience

Agree and meet job-related key performance indicators (KPIs):

  • Ensure agreed on KPIs, such as calls made, interviews scheduled, people reached out to, are met
  • Seek feedback from both candidates and clients to inform next KPI agreements
  • Self-motivated

Develop and implement a successful sales technique:

  • To ensure continuous improvement, service interviews should be conducted on a regular basis
  • Good at questioning and listening
  • Ambitious, driven and determined

Be aware of and follow legal and ethical processes for both candidates and clients:

  • Advice on legal requirements and employee rights and responsibilities including equality, diversity, and inclusion
  • Complete all aftercare services, including payments
  • If non-compliance occurs, escalate this

Successfully assess people to find the right candidate for clients’ job opportunities:

  • Create a shortlist of suitable candidates to be presented to clients
  • Great organisational skills
  • Confident, assertive, and persuasive communicator

Recruitment consultant knowledge modules and apprentice exams

While earning a great salary and commission, a recruitment consultant apprentice will also gain on-program learning. These help you to understand the key foundations necessary to perform well on the job. To gain your qualification and prove your understanding, you must complete a knowledge and competency qualification as outlined below:

  • One knowledge qualification: Level 3 Certificate in Principles of Recruitment or Level 3 Certificate in Recruitment Practice
  • One competency qualification: Level 3 NVQ Diploma in Recruitment

Progression opportunities for successful recruiter trainees

The recruitment consultant apprenticeship (level 3) is a good job for those looking to kick-start their career in recruitment. The successful completion of this apprenticeship will allow trainees to progress into more senior roles, as outlined in the occupational map, or onto a higher-level qualification, such as the Level 5 Learning and Development Consultant Business Partner apprenticeship. Successful learners will also qualify to register at the Institute of Recruitment Professionals or the Institute of Recruiters.

If you are interested in a Level 3 Recruitment Consultant Apprenticeship, sign up to our newsletter below to get updates on the course and receive a downloadable copy of our interview tips eBook to help you prepare.

Level 6 Project Manager Degree Apprenticeship

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Group Of Businesswomen Meeting In Modern Boardroom

Do you like making a difference, enjoy seeing the results of a project from start to finish, and want the opportunity to work across a variety of industries? If so, read on to find out how the level 6 Project Management course is a great way to continue your professional development as a project manager while developing the valuable skills and management techniques to be an effective leader.

Jobs and entry criteria

The project manager apprenticeship equips apprentices with the essential knowledge and skills they can utilize in any type of industry with a career progression path of senior management roles. An average salary of £47.5k is achievable as a Project Manager but this can vary depending on the industry and employer. All the skills developed in this apprenticeship are transferable, allowing for many different opportunities and career growth.

Although the entry requirements may differ by employers, an apprentice would be expected to have the following:

  • 3 A-Levels at grades A to C or the vocational equivalent
  • International Project Association (IPMA) Level D qualification or equivalent before the endpoint assessment
  • Level 2 Maths and English

However, if you have don’t have Level 2 Maths and English you will have the opportunity to complete these before taking the End-Point Assessment (EPA).

The duration of the apprenticeship is typically four years, and you will achieve a BA or BSC Honours degree in Project Management.

Key responsibilities of a Project Manager

A Project Manager is responsible for the day-to-day management of projects, leading and managing their team. This includes the planning, organising, and monitoring of the project, ensuring they are completed on time and within budget. As a project manager, you will need to have good communication and leadership skills to work with diverse teams and motivate them to perform at their best. In addition, you will be organised and good at problem-solving. A project manager needs to be able to adapt and resolve issues promptly.

The knowledge and skills of a Project Manager

In this apprenticeship course, you will gain the key characteristics and skillset of a project manager to manage a team professionally and successfully motivate your project team members. The apprenticeship course will help you understand the following:

  • Manage project budgets and costs
  • Reporting project performance
  • Risk management 
  • Interpreting the aims and objectives of a project
  • The main UK business sectors and how they operate
  • Effective communication with internal and external stakeholders
  • Schedule management
  • Quality management
  • Setting realistic goals
  • Producing status reports
  • Develop strategic plans to achieve an organisation’s short, medium, and long-term strategies
Two businessman discussing a data analysis report

The personality traits of a project manager

A Project Manager is innovative, they understand the bigger picture and work enthusiastically with their team to develop creative and effective solutions. Most importantly, they maintain professional conduct and drive to inspire and support their project team members, working together towards their goals.

Here are the personality traits and characteristics commonly found among project managers:

  • organised
  • takes accountability and responsibility
  • proactive
  • generous with delegating tasks and credit
  • strategic
  • team building and empowering
  • open to give and receive feedback
  • Persistent when faced with tough situations

Employers especially look for these qualities in successful project managers.

Conclusion

In conclusion, the Level 6 Project Manager apprenticeship is a great way to develop professionally with excellent progression opportunities. As a result of completing the course, you can become eligible to be a full member of the Association for Project Management (APM). You will gain wide recognition of your achievement in the project profession to add to your CV and unlimited access to APM learning resources and training events to further extend your knowledge.

If you would like to learn more about this apprenticeship or to apply, get in touch with us today.

Aerospace Software Development Engineering – Level 6

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coding on a laptop

Do you have a passion for coding and technology and would like to apply your skills and knowledge to the aerospace industry? This career opportunity in aerospace software development engineering may just be the right fit for you.

Career overview

As an aerospace software engineer, you will influence the way products and systems are built to accommodate for modifications as well as upgrades in the product life cycle. On this degree apprenticeship, you will gain insight on interpreting and analysing data such as code, engineering requirements and designs.

You will be expected to work both as individuals and as part of wider Engineering teams. This could include research and development teams as well as other teams from different engineering disciplines. 

Entry criteria

These entry requirements are subject to change depending on individual employers, however, a typical apprentice will have already completed at least two STEM-based subjects at A-level standard or an equivalent. These include subjects such as Maths, Further Maths, Physics, Computing, Chemistry and Biology, while achieving 96 UCAS points or above.

This would be alongside 5 GCSEs at grade 4 or a grade C and above including Maths, English and Double Science.

Additionally, apprentices without Level 2 Maths and English must achieve these qualifications before taking the end-point assessment.

While the timeframe may vary the typical duration of this apprenticeship is 48 months. This can be reduced if the student has already demonstrated expertise in this discipline or has prior experience in it.

Skills you will learn on your Aerospace Software Engineering Degree Apprenticeship

  1. Degree apprentices will be able to define all stages of the software lifecycle, as well as the interactions between them.
  2. Apprentices will learn about the procedures and tools that are used to control the change and modification of software products.
  3. Develop and apply algorithms, including specification, design, and implementation.
  4. Apprentices will use the standard methodologies for software production and the toolsets that assist efficient development to apply appropriate engineering operations and toolsets.
  5. Analytic approaches (engineering mathematics): apprentices will use mathematics to reason about software properties such as safety and performance.
  6. Apply Systems Engineering principles: apprentices will learn the criteria for making architectural decisions in order to get the best possible solution for potentially competing system goals.
  7. Demonstrate knowledge of and proficiency with “Modelling & Simulation” software: apprentices will learn how to use “Modelling” toolsets to develop software more rapidly and reliably.
  8. Demonstrate an understanding of code, design, and requirements documentation by reading and interpreting software engineering data.
  9. Apprentices will apply systematic approaches to identify and reduce waste and inefficiencies in their software production activities, using business improvement strategies to ensure the optimisation of processes, resources, and budget.
  10. Apprentices will explore chances to demonstrate compliance with acceptable standards such as statutory, quality, organisational, environmental, and health and safety regulations.
Rocket taking off.

Knowledge Modules

In order to complete the apprenticeship, you must first obtain two certifications. These are the following:

  • Level 4 Diploma in Engineering and Advanced Manufacturing (Development Competence)
  • Level 6 Bachelor Honours Degree (BEng or BSc) Stipulated by the employer and accredited by an Engineering Council licenced Professional Engineering Institution

For the completion and final certification of the Apprenticeship Standard, all of the qualification requirements in the foundation and development phases are required.

Conclusion

This course is a great place to start if you want to work in the engineering industry and begin to learn while you earn.

Design, development, and production of both airborne and ground-based software for test equipment, training systems and simulators are typical roles after completing your Degree apprenticeship.

If this isn’t what you’re searching for, follow us on Twitter to keep up with the most recent blog postings or take a look at our different engineering apprenticeships.