In Year 1, your time will be split between studying for a degree and working within Renishaw, gaining valuable experience, and allowing you to apply your theoretical knowledge to practical projects.
During this period, you will receive in-house training to give you the fundamental knowledge and skills required for your apprenticeship. You will be supervised by engineers who are experts in their fields.
The training is designed to allow you to continually build on the skills that are being taught which range from:
Electronic schematic design
Printed circuit board (PCB) layout
Structured programming for embedded systems (software and firmware)
Mathematical modelling
Design and testing methodology
Years 2 and 3 will include dedicated placements within the electronics groups in various divisions across Renishaw, allowing you to work on real projects and products.
Years 4 and 5 will allow you to begin specialising and develop your skills in a specific field of your knowledge within the company, finally in Year 5 finishing your studies with a BEng (Hons), completing your apprenticeship through an End Point Assessment (EPA) and taking up an appointment within a Renishaw division.Training:
Embedded Electronic Systems Design and Development Engineer (degree) Level 6
Training Outcome:
Following the completion of the apprenticeship you will transfer off the scheme into a role and division within Renishaw where there will be continued improvement and development of your skills and knowledge
Employer Description:Renishaw is a global engineering company that designs and builds high-precision technology used in industries like healthcare, transport, and manufacturing. From metal 3D printing to measurement systems, our innovations help make products more accurate, reliable, and efficient.
We work closely with our customers to solve complex engineering and science challenges. Our unique blend of pioneering research and product innovation helps our customers to solve complex engineering and science challenges, meaning we touch billions of lives around the world.
Our Early Careers cohort consists of around 195 Graduates, 203 Apprentices and 58 Placements. You are the people who can make a real difference. By bringing your new and innovative ideas you will help keep Renishaw at the forefront of the industry, and that’s why we invest if your continuous development and success from day one.Working Hours :Monday to Friday, usual business hours with an early finish on a FridaySkills: Organisation skills,Problem solving skills,Analytical skills,Logical....Read more...
The whole apprenticeship has been designed as a 5-year journey. Placements in the business will add to the continued development of each apprentice. The knowledge learned via the learning at university are solidified during multiple work placements designed to create a structured environment for the apprentice to develop skills and behaviours and put into practice some of the topics that they have been learning.
Design and development activities:
Once you have learnt how parts are made, it is then the time to learn how those parts are designed and developed ready for production. These next placements are within the mechanical engineering groups across Renishaw, allowing you to work on real projects and products. You will get the opportunity to utilise the skills learnt in year one and design parts using computer aided design (CAD) with manufacture, assembly, and test in mind. Some of the activities you are likely to encounter are:
Computer aided design (CAD)
Problem solving
Material selection
Prototyping
Development testing
Design and build of test or assembly equipment
Product support activities:
Our products are used in many different industries, such as automotive, aerospace and consumer electronics. These placements allow you to experience how our products are used, supporting our customers, and coming up with innovative solutions to their manufacturing and inspection requirements. Some of the activities you are likely to encounter are:
Customer demonstrations
Customer training
Customer support
Product testing
Subsidiary support
Large customer-based projects
Automation
Training:Manufacturing Engineer (degree) Level 6.Training Outcome:Following the completion of the apprenticeship you will transfer off the scheme into a role and division within Renishaw where there will be continued improvement and development of your skills and knowledge.Employer Description:Renishaw is a global engineering company that designs and builds high-precision technology used in industries like healthcare, transport, and manufacturing. From metal 3D printing to measurement systems, our innovations help make products more accurate, reliable, and efficient.
We work closely with our customers to solve complex engineering and science challenges. Our unique blend of pioneering research and product innovation helps our customers to solve complex engineering and science challenges, meaning we touch billions of lives around the world.
Our Early Careers cohort consists of around 195 Graduates, 203 Apprentices and 58 Placements. You are the people who can make a real difference. By bringing your new and innovative ideas you will help keep Renishaw at the forefront of the industry, and that’s why we invest if your continuous development and success from day one.Working Hours :Monday to Friday, usual business hours (TBC), with an early finish on a FridaySkills: Organisation skills,Problem solving skills,Analytical skills,Logical....Read more...
JOB DESCRIPTION
Tremco Construction Products Group (CPG), part of RPM International Inc., unites industry-leading building envelope solutions manufacturers, service providers, and trusted brands-including Tremco, Nudura, Dryvit, Willseal, Weatherproofing Technologies, Inc., and Weatherproofing Technologies Canada-to deliver comprehensive, integrated building systems. With operations spanning North America, Europe, Asia-Pacific, India, and Latin America, Tremco CPG has a global presence supported by regional businesses and distributors who understand local market needs for commercial, industrial, and residential construction and restoration projects.
GENERAL PURPOSE OF THE JOB:
The Engineering, Facilities, and Maintenance Manager is responsible for directing all engineering activities and for maintaining and upgrading the facilities and production equipment. In addition, this position is responsible for maintaining/ advancing a viable and visual Preventive Maintenance Program at the facility and identifying capital requirements for the annual capital plan. Responsibilities also include developing and assisting in value stream design and implementation of lean principles and tools within the manufacturing environment. This includes, but is not limited to, assisting with value stream mapping, employee training, continuous improvement event facilitation, waste identification and elimination, problem solving (through the scientific method), work area and station design and layout, visual control implementation, material flow, progress tracking, and communication. Acts as a passionate advocate for a cultural change toward lean thinking throughout the organization.
TREMCO'S EXPECTATIONS FOR ALL LEADERS:
Embodies the company's core values of transparency, trust, and respect by demonstrating integrity, commitment, responsible entrepreneurship, and moral courage.
Applies the company's policies and adheres to processes to ensure compliance and organizational best practices.
Demonstrates a commitment to diversity, equity, and inclusion in all areas of responsibility, such as hiring and promotion decisions.
Effectively and efficiently onboards new employees.
Conducts annual performance evaluations and provides ongoing performance feedback, maintaining clear and timely documentation.
Coaches and manages employees using the company's philosophy and tools to ensure talent is developed and retained. Constructs succession plans to ensure the sustainability and continuity of the area of responsibility.
ESSENTIAL DUTIES AND RESPONSIBILITIES:
Partner with LEAN leadership in eliminating unplanned production interruptions.
Use DAKOTA as the compliance tool to report incidents, near misses, and non-conformances and to maintain compliance with EH&S.
Work with the maintenance crew to implement the needed preventative measures.
Recommend design modifications to eliminate machine or system malfunctions.
Prepare capital projects for submission to management. Included are costs, schedule, JHA, PHA, and procedures needed.
Serve as lead project engineer for approved capital projects with the goal of on-time and on-budget completion.
Develop and administer a viable and visual Preventative Maintenance Program that reduces downtime and improves overall reliability of production and production supporting machinery.
Responsible for identifying capital requirements for the facility's annual capital plan and budget.
Direct, review, and approve product design and changes consistent with MOC procedures.
Recruit departmental employees; assign, direct, and evaluate their work; and oversee the development and maintenance of staff competence.
Analyze annual site utility expenditure and develop plans to optimize plant efficiency to reduce costs (ISO 14001).
Perform administrative functions such as reviewing and writing reports, approving expenditures, enforcing rules, and making decisions about the purchase of materials or services.
Integrate the plant PHA initiative with the appropriate capital projects.
Investigate equipment failures and difficulties in diagnosing faulty operation.
Interface with leadership, operators, and maintenance to develop needed TPM programs.
Support SPC, DOE's, and other Quality initiatives.
Lead Engineer for the production processes.
Develop a facility infrastructure upgrade plan.
EDUCATION REQUIREMENT:
Bachelor's degree from a four or 5-year college or university.
EXPERIENCE REQUIREMENT:
At least 1-2 years in a supervisory role.
5-10 years of Facility and Process Engineering experience.
Experience managing capital projects required.
Experience is in Engineering Management.
PHA and "Process Safety Management" experience a positive.
OTHER SKILLS, ABILITIES, AND QUALIFICATIONS:
Mechanical - Knowledge of machines and tools, including their designs, uses, repair, and maintenance.
Production and Processing - Knowledge of raw materials, production processes, quality control, costs, and other techniques for maximizing the effective manufacture and distribution of goods.
Computers and Electronics - Knowledge of circuit boards, processors, chips, electronic equipment, and computer hardware and software, including applications and programming.
Complex Problem Solving - Identifying complex problems and reviewing related information to develop and evaluate options and implement solutions.
Deductive Reasoning - The ability to apply general rules to specific problems to produce answers that make sense.
Problem Sensitivity - The ability to tell when something is wrong or is likely to go wrong. It does not involve solving the problem, only recognizing that there is a problem.
People Interaction -Ability to work with diverse groups to reach consensus regarding problems and needed changes.
PHYSICAL DEMANDS:
Incumbent must be able to stand, walk, sit, use hands, reach, climb, balance, kneel, talk, hear, and lift up to 50 lbs.
BENEFITS AND COMPENSATION:
The Company offers a variety of benefits to its employees, including but not limited to health insurance, paid holidays, paid time off, 401(k) Savings and Trust & Plan with company match, Company Pension Plan, Performance-Based Bonus/Commission, and continuing education.
All qualified applicants will receive consideration for employment without regard to their race, color, religion, sex, sexual orientation, gender identity, national origin, disability or veteran status.Apply for this ad Online!....Read more...
