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Mechanical Engineering Degree Apprenticeship
As a Mechanical Engineering Apprentice at Cavendish Nuclear, you’ll join a collaborative and experienced team working across all phases of the engineering lifecycle. Whether you’re supporting new build or decommissioning projects, you’ll play a vital role in the UK’s civil nuclear sector, helping to deliver national energy resilience, meet net zero commitments, and safely clean up the nuclear legacy. You’ll work on a variety of nuclear projects, from developing new technologies and maintaining essential systems to extending the life of vital infrastructure. Your day-to-day activities will include hands-on experience with Computer Aided Design (CAD), 3D modelling, mechanical calculations, and producing engineering documentation to national and international standards. You’ll support operational teams, resolve technical issues, and inform decisions that impact real-world outcomes. As part of your role, you’ll define design requirements, develop 3D CAD models, produce detailed engineering drawings, and carry out scoping calculations. You’ll also prepare equipment specifications, technical reports, and help manage plant and equipment obsolescence to ensure systems remain safe and reliable. Supporting assembly, testing, and operational teams, you’ll offer technical guidance, resolve engineering queries, and manage nonconformance issues, while gaining exposure to advanced engineering tools such as Finite Element Analysis (FEA) software. Based at one of our key sites in Warrington, you’ll support major projects at locations like Sellafield. You’ll begin by shadowing experienced engineers, building a strong foundation in design, modelling, calculations, and documentation. As you develop, you’ll take on more complex tasks and gain valuable experience across the full design lifecycle. Every drawing, design, or calculation you contribute to plays a part in protecting people, the environment, and the nation’s energy future. Throughout your apprenticeship, you’ll be surrounded by supportive mentors and experienced engineers who are invested in your growth. You’ll be part of a wider emerging talent community, sharing experiences and learning alongside other apprentices across the business. You’ll be trusted to take ownership of your development and supported every step of the way as you turn theory into real-world impact. Training:You will study towards the Product Design and Development Engineer (Degree) Apprenticeship standard through the University of Lancashire. Your training will be delivered through a blended learning model that combines in-person and online teaching. Each semester begins with a three-day block of face-to-face delivery, followed by weekly online sessions throughout the term. This structure is designed to support both academic learning and practical application. The programme is tailored for engineers involved in product development and integrates key disciplines such as materials science, computer-aided design (CAD), systems integration, and prototyping. It focuses on equipping learners to create fit-for-purpose solutions in regulated environments. Upon successful completion, you will be awarded a BEng (Hons) in Professional Engineering (Product Design) and a Level 6 Degree Apprenticeship qualification.Training Outcome:By the end of your apprenticeship, you’ll be ready to take on the role of mechanical engineer, with a competitive salary exceeding £43,000. You’ll also have the opportunity to build on your progress toward professional registration as an Incorporated Engineer, a recognised benchmark of engineering competence. As a global organisation, Babcock provides countless opportunities to enhance your skills and advance your career. To support your growth, we’ve introduced the Babcock Role Framework, which outlines roles, career pathways, and development opportunities. With every job mapped to these frameworks, you’ll have a transparent view of the steps needed to reach Senior Engineer and beyond.Employer Description:Babcock is an international defence company providing support and product solutions to enhance our customers’ defence capabilities and critical assets. We provide through-life technical and engineering support for our customers’ assets, delivering improvements in performance, availability and programme cost. Our c27,700 employees deliver these critical services to defence and civil customers, including engineering support to naval, land, air and nuclear operations, frontline support, specialist training and asset management. We also design and manufacture a range of defence and civil specialist equipment, from naval ship and weapons handling systems to liquid gas handling systems. We also provide integrated, technology-enabled solutions to our defence customers in areas such as secure communications, electronic warfare and air defence.Working Hours :Monday to Friday 9am to 5pm.Skills: Communication skills,Problem solving skills,Analytical skills,Team working ....Read more...
Mechanical Engineering Degree Apprenticeship
As a Mechanical Engineering Apprentice at Cavendish Nuclear, you’ll join a collaborative and experienced team working across all phases of the engineering lifecycle. Whether you’re supporting new build or decommissioning projects, you’ll play a vital role in the UK’s civil nuclear sector helping to deliver national energy resilience, meet net zero commitments, and safely clean up the nuclear legacy. You’ll work on a variety of nuclear projects, from developing new technologies and maintaining essential systems to extending the life of vital infrastructure. Your day-to-day activities will include hands-on experience with Computer Aided Design (CAD), 3D modelling, mechanical calculations, and producing engineering documentation to national and international standards. You’ll support operational teams, resolve technical issues, and inform decisions that impact real-world outcomes. As part of your role, you’ll define design requirements, develop 3D CAD models, produce detailed engineering drawings, and carry out scoping calculations. You’ll also prepare equipment specifications, technical reports, and help manage plant and equipment obsolescence to ensure systems remain safe and reliable. Supporting assembly, testing, and operational teams, you’ll offer technical guidance, resolve engineering queries, and manage nonconformance issues, while gaining exposure to advanced engineering tools such as Finite Element Analysis (FEA) software. Based at one of our key sites in Bristol, you’ll support major projects at locations like Sellafield. You’ll begin by shadowing experienced engineers, building a strong foundation in design, modelling, calculations, and documentation. As you develop, you’ll take on more complex tasks and gain valuable experience across the full design lifecycle. Every drawing, design, or calculation you contribute to plays a part in protecting people, the environment, and the nation’s energy future. Throughout your apprenticeship, you’ll be surrounded by supportive mentors and experienced engineers who are invested in your growth. You’ll be part of a wider emerging talent community, sharing experiences and learning alongside other apprentices across the business. You’ll be trusted to take ownership of your development and supported every step of the way as you turn theory into real-world impact. Training:As part of the Level 6 Manufacturing Engineer (Degree) Apprenticeship, you’ll work towards a BEng (Hons) Mechanical Engineering with Manufacturing from the University of the West of England (UWE), accredited by the Institution of Mechanical Engineers (IMechE). In your first year, you’ll attend Weston College for two to two and a half days per week. From your second year onwards, you’ll study at UWE’s Frenchay Campus one day per week. This course is designed to support your academic development while enabling you to apply your learning in a practical, real-world setting. You’ll develop key skills in creative problem-solving, manufacturing management, computer-aided design (CAD), modelling and simulation, teamwork, and innovation.Training Outcome:By the end of the programme, you’ll be ready to take on a role as a Structural and System Integrity Engineer, with a competitive starting salary of over £43,000. You’ll also have the opportunity to build on your progress toward professional registration as an Incorporated Engineer, a recognised benchmark of engineering competence. As a global organisation, Babcock provides countless opportunities to enhance your skills and advance your career. To support your growth, we’ve introduced the Babcock Role Framework, which outlines roles, career pathways, and development opportunities. With every job mapped to these frameworks, you’ll have a transparent view of the steps needed to reach Senior Engineer and beyond.Employer Description:Babcock is an international defence company providing support and product solutions to enhance our customers’ defence capabilities and critical assets. We provide through-life technical and engineering support for our customers’ assets, delivering improvements in performance, availability and programme cost. Our c27,700 employees deliver these critical services to defence and civil customers, including engineering support to naval, land, air and nuclear operations, frontline support, specialist training and asset management. We also design and manufacture a range of defence and civil specialist equipment, from naval ship and weapons handling systems to liquid gas handling systems. We also provide integrated, technology-enabled solutions to our defence customers in areas such as secure communications, electronic warfare and air defence.Working Hours :Monday to Friday between 9am to 5pm.Skills: Communication skills,Problem solving skills,Team working ....Read more...
Process and Safety Engineer
JOB DESCRIPTION Essential Functions & Responsibilities As assigned by the EH&S Corporate Manager, will work with all Arnette Polymer personnel in a supportive role that aides in the complete execution of written plans, procedures and goals assigned by management. Able to receive direction both written and verbally. Supervise, coach, motivate, and develop staff. Enforces company policies and suggest improvements for safety and compliance. Have a good command and general working knowledge of manufacturing equipment (i.e. cooling tower fans and circulation pumps, chiller system, steam boilers, air compressors, reactors / mix tanks, and emergency shutdown procedures - particularly in the equipment ties to compliance. Work directly with the Maintenance Technicians on CMMS preventative maintenance & work order - particularly where linked with compliance activities. Have a working knowledge of the safe and effective handling for Arnette Polymer's raw materials, intermediates, and finished goods. Be able to conduct laboratory testing for the routine daily tests of products (simple titrations, Brookfield viscosity, Karl Fisher % moisture, & color as well as develop basic skills to operate gas chromatography); Comprehension of the following manufacturing techniques: vacuum distillation, atmospheric controls, chemical addition, filtration methods, control of exothermic reactions, and adjustment of rates of addition within the operating requirements of the equipment being used. Acts in a stewardship capacity for the company, works as a functional member of the team, has ability to self-direct and self-regulate workday. Works with the EH&S Corporate Manager to assist and administer the scheduling, verification, and participation in all environmental and safety training as required by Federal, State, County, and Local regulation as well as company policies. Assist with Contractor Orientation and Compliance Monitoring. Assist with New Employee Orientation including PSM initial training and HAZWOPER. Work with the Production Superintendent to verify inventory control measures through shift paperwork / batch ticket review, cycle count, and transfer documentation. Work with the Production Superintendent to verify daily HAZCOM, OSHA, RCRA, EPA, SPCC, SPWWW, and company requirements are properly handled and step in as lead when necessary. Work with Management to track and reduce waste generation and costs, track and schedule waste needs, aide in verification of proper waste handling. Work with the Shipping Manger to ensure DOT compliance with labels, packaging requirements and closure instructions. Be lead on the proper verification of Safe Work Practices permitting preparation, usage, and completion for LO/TO, Confined Space, Pipe Opening, Hot Work, and MOC's. Additional duties may be added or removed as management requires Placement Criteria: Minimum education and experience: a bachelor's degree in Chemistry, Chemical or Environmental Engineering, OSHA Safety Management, or related discipline (or high school diploma if degree not required) and 2+ years of experience in a related area, or suitable combination of education and relevant work experience as described; Demonstrated comprehensive knowledge of office and facilities coordination and basic leadership and management knowledge; (if applicable to position) Demonstrated organization, facilitation, communication and presentation skills; (if applicable to position) Demonstrated ability to serve as a knowledgeable resource to the organization's management team that provides leadership and direction. Ability to prioritize workflow and organize diverse material and ability to handle multiple, competing and changing priorities; ability to perform effectively without supervision and within established time limits and ongoing deadlines; Ability to interact and communicate effectively and professionally verbally and in writing, and to provide exceptional service internally and externally; Relevant computer skills for this position include knowledge and experience with Microsoft Office applications, business software SAGE Platinum for Windows. Displays adaptability in learning the use of relevant software and displays comprehension of fundamental computer practices and database management; Outstanding interpersonal relationship building and employee coaching and development skills. Physical Demands: While performing the duties of this position the employee is regularly required to sit and talk and hear. The employee is frequently required to use hands to finger, handle or feel and reach with hands and arms. The employee is frequently required to stand, walk, bend and reach, and may occasionally ride in a motor vehicle. The employee must frequently lift and/or move up to 50 lbs and occasionally lift and/or move up to 75 lbs. This position may require the employee to handle or ship hazardous materials and hazardous waste in accordance with applicable regulations found in 40 and 49 CFR. Strict adherence to the training schedule outlined in the Training Plan is required. These requirements include a New Employee Orientation. Phase 1 Training (< 1week on the job) and Phase 2 Training (>90 days on the job). Failure to complete the required training may be grounds for disciplinary action up to and including termination. Apply for this ad Online! ....Read more...
Mechanical Engineering Degree Apprenticeship
As a Mechanical Engineering Apprentice at Cavendish Nuclear, you’ll join a collaborative and experienced team working across all phases of the engineering lifecycle. Whether you’re supporting new build or decommissioning projects, you’ll play a vital role in the UK’s civil nuclear sector helping to deliver national energy resilience, meet net zero commitments, and safely clean up the nuclear legacy. You’ll work on a variety of nuclear projects, from developing new technologies and maintaining essential systems to extending the life of vital infrastructure. Your day-to-day activities will include hands-on experience with Computer Aided Design (CAD), 3D modelling, mechanical calculations, and producing engineering documentation to national and international standards. You’ll support operational teams, resolve technical issues, and inform decisions that impact real-world outcomes. As part of your role, you’ll define design requirements, develop 3D CAD models, produce detailed engineering drawings, and carry out scoping calculations. You’ll also prepare equipment specifications, technical reports, and help manage plant and equipment obsolescence to ensure systems remain safe and reliable. Supporting assembly, testing, and operational teams, you’ll offer technical guidance, resolve engineering queries, and manage nonconformance issues, while gaining exposure to advanced engineering tools such as Finite Element Analysis (FEA) software. Based at one of our key sites in Humberside, you’ll support major projects at locations like Sellafield. You’ll begin by shadowing experienced engineers, building a strong foundation in design, modelling, calculations, and documentation. As you develop, you’ll take on more complex tasks and gain valuable experience across the full design lifecycle. Every drawing, design, or calculation you contribute to plays a part in protecting people, the environment, and the nation’s energy future. Throughout your apprenticeship, you’ll be surrounded by supportive mentors and experienced engineers who are invested in your growth. You’ll be part of a wider emerging talent community, sharing experiences and learning alongside other apprentices across the business. You’ll be trusted to take ownership of your development and supported every step of the way as you turn theory into real-world impact. Training: You’ll study with the University of Nottingham through the Electro-mechanical Engineer Degree Apprenticeship – a five-year programme that combines university teaching with practical experience in the workplace. Each year, you’ll attend university for four separate one-week blocks, plus additional time on campus for exams. These sessions are designed to strengthen your technical knowledge and build your engineering skills. For the rest of the year, you’ll continue learning while working. You’ll watch recorded lectures, complete assignments, and carry out projects that relate directly to your job. This flexible approach means you can study at times that suit your schedule, while applying what you learn in real-world situations. At the end of the programme, you’ll graduate with a BEng (Hons) in Electro-mechanical Engineering. You’ll then move on to a final review and assessment, completing your apprenticeship and stepping into your career as a qualified electro-mechanical engineer. Training Outcome: By the end of the programme, you will have earned your degree and gained the skills, experience and knowledge to thrive as a Mechanical Engineer at Cavendish Nuclear – with a competitive salary above £43,000. You’ll also have the opportunity to build on your progress toward professional registration as an Incorporated Engineer, a recognised benchmark of engineering competence. As a global organisation, Babcock provides countless opportunities to enhance your skills and advance your career. To support your growth, we’ve introduced the Babcock Role Framework, which outlines roles, career pathways, and development opportunities. With every job mapped to these frameworks, you’ll have a transparent view of the steps needed to reach Senior Engineer and beyond. Employer Description:Babcock is an international defence company providing support and product solutions to enhance our customers’ defence capabilities and critical assets. We provide through-life technical and engineering support for our customers’ assets, delivering improvements in performance, availability and programme cost. Our c27,700 employees deliver these critical services to defence and civil customers, including engineering support to naval, land, air and nuclear operations, frontline support, specialist training and asset management. We also design and manufacture a range of defence and civil specialist equipment, from naval ship and weapons handling systems to liquid gas handling systems. We also provide integrated, technology-enabled solutions to our defence customers in areas such as secure communications, electronic warfare and air defence.Working Hours :Monday to Friday 9am to 5pm.Skills: Communication skills,Attention to detail,Team working ....Read more...