Job Title: Continuous Improvement Lead Industry: Medical Device Manufacturing Location: Plymouth Position Type: Permanent About The Company Join a pioneering team at a UK-based company specializing in advanced wound care and wound closure products. An organisation dedicated to developing and manufacturing world-leading solutions that enhance patient care. With a wealth of resources and specialized expertise, they offer a unique opportunity to be part of a team involved in every aspect of product design, development, and manufacture. Job Description Overview Responsible for all manufacturing processes, lean improvements, cost reduction, technical capability enhancement, process development, new production introduction delivering outputs in line with the business objectives on safety, quality, delivery, and cost. To execute site support activities and provide maintenance of all relevant operational equipment to ensure longevity and availability. Key Responsibilities Working closely alongside production operations to ensure the startup/shut down and continual running of all manufacturing processes. Establish & maintain standard processes within the validated process window plus optimisation of the technical performance for all manufacturing elements. Investigate and resolve issues related to the technical performance Optimize and deliver continuous improvement on existing manufacturing processes. Assist R&D with the introduction of new products and processes into manufacturing. Development of new standard processes and ensure optimal implementation into manufacturing supported with initial procedures, training and coaching of manufacturing. Collaborate with Group Engineering to execute or support assigned capital expenditure projects. Maintain all production equipment to the defined schedule and provide maintenance of the whole site requirements including, fire system testing/training, legionella checks, calibration, and contractor control. Qualifications Current experience in production environment support role (or 5 years min). Experience of developing and/or testing a process within a clean room manufacturing environment. Good understanding of Lean Principles (5S/VSM/Kaizen). Minimum of HNC level qualification in mechanical, electronic, industrial, or manufacturing engineering, or similar. Experience in process and product validation (sterile packaging according to ISO 11607 would be advantageous). Understanding of a quality management system (ISO13485/FDA) and medical device manufacturing advantageous. Very good MS Office skills, especially Excel. Strong organizational skills with the ability to communicate at all levels of the organization. Effective time management with the ability to set priorities. Good written and spoken English. Salary & Benefits Up to £45,000 per annum (Depending on Experience) Annual incentive bonus Life Cover Penson contribution up to 6% Dental Insurance Employee share scheme Other Information Exciting opportunity to lead a transformative project with significant organizational impact. Competitive salary package commensurate with experience. Opportunity to work with a dynamic and collaborative team focused on driving continuous improvement and excellence. How to Apply Apply now by submitting your CV below, alternatively you can send your CV. Please include "Continuous Improvement Lead" in the subject line
25/04/2024
Full time
Job Title: Continuous Improvement Lead Industry: Medical Device Manufacturing Location: Plymouth Position Type: Permanent About The Company Join a pioneering team at a UK-based company specializing in advanced wound care and wound closure products. An organisation dedicated to developing and manufacturing world-leading solutions that enhance patient care. With a wealth of resources and specialized expertise, they offer a unique opportunity to be part of a team involved in every aspect of product design, development, and manufacture. Job Description Overview Responsible for all manufacturing processes, lean improvements, cost reduction, technical capability enhancement, process development, new production introduction delivering outputs in line with the business objectives on safety, quality, delivery, and cost. To execute site support activities and provide maintenance of all relevant operational equipment to ensure longevity and availability. Key Responsibilities Working closely alongside production operations to ensure the startup/shut down and continual running of all manufacturing processes. Establish & maintain standard processes within the validated process window plus optimisation of the technical performance for all manufacturing elements. Investigate and resolve issues related to the technical performance Optimize and deliver continuous improvement on existing manufacturing processes. Assist R&D with the introduction of new products and processes into manufacturing. Development of new standard processes and ensure optimal implementation into manufacturing supported with initial procedures, training and coaching of manufacturing. Collaborate with Group Engineering to execute or support assigned capital expenditure projects. Maintain all production equipment to the defined schedule and provide maintenance of the whole site requirements including, fire system testing/training, legionella checks, calibration, and contractor control. Qualifications Current experience in production environment support role (or 5 years min). Experience of developing and/or testing a process within a clean room manufacturing environment. Good understanding of Lean Principles (5S/VSM/Kaizen). Minimum of HNC level qualification in mechanical, electronic, industrial, or manufacturing engineering, or similar. Experience in process and product validation (sterile packaging according to ISO 11607 would be advantageous). Understanding of a quality management system (ISO13485/FDA) and medical device manufacturing advantageous. Very good MS Office skills, especially Excel. Strong organizational skills with the ability to communicate at all levels of the organization. Effective time management with the ability to set priorities. Good written and spoken English. Salary & Benefits Up to £45,000 per annum (Depending on Experience) Annual incentive bonus Life Cover Penson contribution up to 6% Dental Insurance Employee share scheme Other Information Exciting opportunity to lead a transformative project with significant organizational impact. Competitive salary package commensurate with experience. Opportunity to work with a dynamic and collaborative team focused on driving continuous improvement and excellence. How to Apply Apply now by submitting your CV below, alternatively you can send your CV. Please include "Continuous Improvement Lead" in the subject line
Stress Engineer Stress; FEA; Structures; Materials Science; Mechanical Engineering £35,000 - £55,000 + excellent Benefits. Kidderminster (Hybrid available) A cutting-edge Aerospace & Defence organisation have a unique opportunity for a Stress Engineer to join their Design team. The design department designs new and modified rocket motors and related systems. Analysis of rocket motor designs, including: Ballistic performance prediction and modelling, propellant charge and hardware stress analysis, and the provision of documentation service. ESSENTIAL DUTIES & REPONSIBILITIES - Stress Engineer Technical Responsibilities Analysis of new and existing rocket motor systems such as motor hardware and propellant charge structural and thermal analysis using FEA software. The use of various software and programming techniques, including: Abaqus, Altair-Hyperworks, Fortran and Matlab. Rheological analysis of material testing results and providing advice to the technical community for validation and verification of FEA models. Development of motor structural test plans and involvement in the delivery and assessment of the structural testing results. Responsible as the structural performance technical authority aspects of assigned projects, including supporting project customer meetings, project investigations, design reviews, and corresponding customer stress engineers. Deliver key project documentation including, structural analysis and structural test plans and reports and structural design records. EXPERIENCE & BACKGROUND - Stress Engineer Educated to degree level in an engineering discipline such as Mechanical, Aerospace or Structural or another related discipline such as Material Science. Material science knowledge Use of ABAQUS software in an professional or academic environment Experience with CAD modelling
25/04/2024
Full time
Stress Engineer Stress; FEA; Structures; Materials Science; Mechanical Engineering £35,000 - £55,000 + excellent Benefits. Kidderminster (Hybrid available) A cutting-edge Aerospace & Defence organisation have a unique opportunity for a Stress Engineer to join their Design team. The design department designs new and modified rocket motors and related systems. Analysis of rocket motor designs, including: Ballistic performance prediction and modelling, propellant charge and hardware stress analysis, and the provision of documentation service. ESSENTIAL DUTIES & REPONSIBILITIES - Stress Engineer Technical Responsibilities Analysis of new and existing rocket motor systems such as motor hardware and propellant charge structural and thermal analysis using FEA software. The use of various software and programming techniques, including: Abaqus, Altair-Hyperworks, Fortran and Matlab. Rheological analysis of material testing results and providing advice to the technical community for validation and verification of FEA models. Development of motor structural test plans and involvement in the delivery and assessment of the structural testing results. Responsible as the structural performance technical authority aspects of assigned projects, including supporting project customer meetings, project investigations, design reviews, and corresponding customer stress engineers. Deliver key project documentation including, structural analysis and structural test plans and reports and structural design records. EXPERIENCE & BACKGROUND - Stress Engineer Educated to degree level in an engineering discipline such as Mechanical, Aerospace or Structural or another related discipline such as Material Science. Material science knowledge Use of ABAQUS software in an professional or academic environment Experience with CAD modelling
Infoplus Technologies UK Ltd
Peterborough, Cambridgeshire
Role: Through this role, the successful candidate will have an excellent opportunity be involved in the design and development of controls and software for advanced diesel engine controls and/or hybrid systems controls. Responsibilities: Work with process partner teams (primarily Industrial Power Systems Division) to gather and develop requirements for the advanced diesel engines and hybrid power systems being developed for future, more sustainable, low carbon power systems. Create control algorithms/software models using Matlab, Simulink and Stateflow to meet diesel engine and/or hybrid power system software requirements. Conduct control system tuning/calibration activities on test bench and/or on test bed/machine to achieve desired system performance. Conduct sub-system FMEAs, documenting potential failure modes, identifying, and completing design and validation actions and managing subsequent updates. Plan and execute verification and validation testing for electronics/control system software in SiL, HiL or on-test bed or development machines. Troubleshoot and resolve electronics/control system issues encountered during engine or power system running. Competencies: Essential: Strong technical background (HNC or technical degree preferred in mechanical or electronic, electrical, control systems or automotive engineering) with 10+ Years of experience. Essential experience is working previously with Diesel Engines and having the Diesel Engine knowledge. Matlab, Simulink and Stateflow experience is essential, must've used it to create Control Algorithms. Significant, demonstrable experience of using Mathworks tools (Matlab, Simulink and Stateflow) for model-based software design and development to create Embedded software. This should have been gained in a diesel engine or hybrid power systems development environment. Ability to translate and develop customer requirements and objectives into production-ready software models. Knowledge of software FMEA and validation plan creation. Excellent communications skills & Teamwork Desirable: Good understanding of the off-highway industry, ideally gained through direct involvement in the development of powertrain, hydraulics, or other control systems. Experience of Caterpillar control software processes and tools. Experience of HiL test equipment and the ability to programme automated tests. Knowledge of software version control systems, ideally GiT or Clearcase. Knowledge of/prior experience of developing software to meet functional safety requirements.
25/04/2024
Role: Through this role, the successful candidate will have an excellent opportunity be involved in the design and development of controls and software for advanced diesel engine controls and/or hybrid systems controls. Responsibilities: Work with process partner teams (primarily Industrial Power Systems Division) to gather and develop requirements for the advanced diesel engines and hybrid power systems being developed for future, more sustainable, low carbon power systems. Create control algorithms/software models using Matlab, Simulink and Stateflow to meet diesel engine and/or hybrid power system software requirements. Conduct control system tuning/calibration activities on test bench and/or on test bed/machine to achieve desired system performance. Conduct sub-system FMEAs, documenting potential failure modes, identifying, and completing design and validation actions and managing subsequent updates. Plan and execute verification and validation testing for electronics/control system software in SiL, HiL or on-test bed or development machines. Troubleshoot and resolve electronics/control system issues encountered during engine or power system running. Competencies: Essential: Strong technical background (HNC or technical degree preferred in mechanical or electronic, electrical, control systems or automotive engineering) with 10+ Years of experience. Essential experience is working previously with Diesel Engines and having the Diesel Engine knowledge. Matlab, Simulink and Stateflow experience is essential, must've used it to create Control Algorithms. Significant, demonstrable experience of using Mathworks tools (Matlab, Simulink and Stateflow) for model-based software design and development to create Embedded software. This should have been gained in a diesel engine or hybrid power systems development environment. Ability to translate and develop customer requirements and objectives into production-ready software models. Knowledge of software FMEA and validation plan creation. Excellent communications skills & Teamwork Desirable: Good understanding of the off-highway industry, ideally gained through direct involvement in the development of powertrain, hydraulics, or other control systems. Experience of Caterpillar control software processes and tools. Experience of HiL test equipment and the ability to programme automated tests. Knowledge of software version control systems, ideally GiT or Clearcase. Knowledge of/prior experience of developing software to meet functional safety requirements.
Location: Cambridge We're seeking an experienced Lead Mechatronic Engineer to spearhead the development of our autonomous harvesting robot. In this role, you'll design, build, and test prototypes, ensuring the system's robustness and manufacturability for market readiness. Responsibilities: Lead the design and development of the robotic platform for precision harvesting. Integrate sensors, electronics, software, and electromechanical devices into cost-effective designs. Collaborate with cross-functional teams on system integration and manufacturing processes. Conduct field trials and validation at grower sites. Manage projects, partnerships, and suppliers to meet timelines and budgets. Present technical reports and updates to senior leadership. Oversee CAD and PDM infrastructure, providing training and support. Qualifications/Experience: Degree in Mechatronic Engineering or equivalent. 5+ years of product development experience in robotics or manufacturing. Expertise in SolidWorks, Altium, and the full product development life cycle. Proficient in 3D CAD modelling, tolerance analysis, and design for manufacturability. Ability to lead projects, interpret customer needs, and translate requirements. Skilled in managing multiple projects, deadlines, and priorities. Experience with design for manufacturing principles and FEA (preferred). Familiarity with robot arm actuators, end-effectors/grippers, and soft robotics. Strong problem-solving, analytical, and organizational skills. Excellent team player with the ability to work autonomously. Proficient in MS Office tools Job Types: Full-time, Permanent
23/04/2024
Full time
Location: Cambridge We're seeking an experienced Lead Mechatronic Engineer to spearhead the development of our autonomous harvesting robot. In this role, you'll design, build, and test prototypes, ensuring the system's robustness and manufacturability for market readiness. Responsibilities: Lead the design and development of the robotic platform for precision harvesting. Integrate sensors, electronics, software, and electromechanical devices into cost-effective designs. Collaborate with cross-functional teams on system integration and manufacturing processes. Conduct field trials and validation at grower sites. Manage projects, partnerships, and suppliers to meet timelines and budgets. Present technical reports and updates to senior leadership. Oversee CAD and PDM infrastructure, providing training and support. Qualifications/Experience: Degree in Mechatronic Engineering or equivalent. 5+ years of product development experience in robotics or manufacturing. Expertise in SolidWorks, Altium, and the full product development life cycle. Proficient in 3D CAD modelling, tolerance analysis, and design for manufacturability. Ability to lead projects, interpret customer needs, and translate requirements. Skilled in managing multiple projects, deadlines, and priorities. Experience with design for manufacturing principles and FEA (preferred). Familiarity with robot arm actuators, end-effectors/grippers, and soft robotics. Strong problem-solving, analytical, and organizational skills. Excellent team player with the ability to work autonomously. Proficient in MS Office tools Job Types: Full-time, Permanent