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
16/05/2024
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
Assembly Support Engineer (Flipchip/Wirebonding/SMT processes) Initial 1 year freelance contract + extensions Leuven, Belgium Please note that working from home is not possible for this position, as the nature of the tasks involved requires being physically present in the office. We believe in fostering a vibrant and interactive work environment that promotes effective collaboration, creativity, and productivity in this challenging assignment. Support & coordinate assembly engineering related activities to suppliers/subcontractors to make sure that assembled devices will have no issue and is delivered in time. The assignment Lead the development and implementation of flipchip, wirebonding, and SMT assembly processes to meet quality, cost, and delivery targets. Collaborate with cross-functional teams, including R&D, Manufacturing, and Quality Assurance, to drive new product and resolve assembly-related issues. Conduct process characterization and optimization studies to improve yield, efficiency, and reliability. Provide technical expertise and guidance on assembly processes. Maintain documentation, including work instructions, and process specifications. Required knowledge and skills Bachelor's degree in Mechanical Engineering, Electrical Engineering, or a related field. Advanced degree preferred. Minimum 5 years of experience in assembly engineering, with a focus on flipchip, wirebonding, and SMT processes in a semiconductor or electronics manufacturing environment. Proficiency in using assembly equipment such as wire bonders, flipchip bonders, and SMT placement machines. Strong understanding of assembly materials, including solder, adhesives, and underfills. Experience with statistical analysis tools and methodologies for process optimization (eg, Design of Experiments, Statistical Process Control). Excellent problem-solving skills and the ability to troubleshoot complex assembly issues. Hands-on experience in flipchip, wirebonding, and SMT assembly processes.
13/05/2024
Project-based
Assembly Support Engineer (Flipchip/Wirebonding/SMT processes) Initial 1 year freelance contract + extensions Leuven, Belgium Please note that working from home is not possible for this position, as the nature of the tasks involved requires being physically present in the office. We believe in fostering a vibrant and interactive work environment that promotes effective collaboration, creativity, and productivity in this challenging assignment. Support & coordinate assembly engineering related activities to suppliers/subcontractors to make sure that assembled devices will have no issue and is delivered in time. The assignment Lead the development and implementation of flipchip, wirebonding, and SMT assembly processes to meet quality, cost, and delivery targets. Collaborate with cross-functional teams, including R&D, Manufacturing, and Quality Assurance, to drive new product and resolve assembly-related issues. Conduct process characterization and optimization studies to improve yield, efficiency, and reliability. Provide technical expertise and guidance on assembly processes. Maintain documentation, including work instructions, and process specifications. Required knowledge and skills Bachelor's degree in Mechanical Engineering, Electrical Engineering, or a related field. Advanced degree preferred. Minimum 5 years of experience in assembly engineering, with a focus on flipchip, wirebonding, and SMT processes in a semiconductor or electronics manufacturing environment. Proficiency in using assembly equipment such as wire bonders, flipchip bonders, and SMT placement machines. Strong understanding of assembly materials, including solder, adhesives, and underfills. Experience with statistical analysis tools and methodologies for process optimization (eg, Design of Experiments, Statistical Process Control). Excellent problem-solving skills and the ability to troubleshoot complex assembly issues. Hands-on experience in flipchip, wirebonding, and SMT assembly processes.
Overview: You have the chance to join a cutting-edge technology company who specialise in printing and labelling for customer globally, as a C++ Embedded Software Engineer. The C++ Embedded Software Engineer will be joining a global leader in product identification, that provides innovative coding and marking solutions that helps customers ensure product safety and improve their productivity. The successful C++ Embedded Software Engineer will be able to interpret customer specifications and provide technical solutions to complex engineering problems. C++ Embedded Software Engineer Responsibilities: Analyse customer specifications and offer technical resolutions to engineering challenges. The Senior Software Engineer will devise designs and technical strategies for emerging technologies within the R&D Technology division. Develop, deploy, and sustain C++ software for both new and existing products. The Senior Software Engineer will work closely with electronic, mechanical, and fellow software engineers, overseeing technical reviews, conducting feasibility studies, and participating in project evaluations as needed. C++ Embedded Software Engineer Skills: Proficiency in C++, particularly for Microprocessor (Embedded) applications. Substantial experience in software development for Windows, WinCE, or Real Time operating systems (RTOS). Understanding of Real Time and concurrent principles, with an awareness of networked devices, distributed processes, and packet-based protocols. Preferably, experience in electronics control and interfacing with motors, sensors, etc. Familiarity with Linux operating systems is advantageous.
13/05/2024
Full time
Overview: You have the chance to join a cutting-edge technology company who specialise in printing and labelling for customer globally, as a C++ Embedded Software Engineer. The C++ Embedded Software Engineer will be joining a global leader in product identification, that provides innovative coding and marking solutions that helps customers ensure product safety and improve their productivity. The successful C++ Embedded Software Engineer will be able to interpret customer specifications and provide technical solutions to complex engineering problems. C++ Embedded Software Engineer Responsibilities: Analyse customer specifications and offer technical resolutions to engineering challenges. The Senior Software Engineer will devise designs and technical strategies for emerging technologies within the R&D Technology division. Develop, deploy, and sustain C++ software for both new and existing products. The Senior Software Engineer will work closely with electronic, mechanical, and fellow software engineers, overseeing technical reviews, conducting feasibility studies, and participating in project evaluations as needed. C++ Embedded Software Engineer Skills: Proficiency in C++, particularly for Microprocessor (Embedded) applications. Substantial experience in software development for Windows, WinCE, or Real Time operating systems (RTOS). Understanding of Real Time and concurrent principles, with an awareness of networked devices, distributed processes, and packet-based protocols. Preferably, experience in electronics control and interfacing with motors, sensors, etc. Familiarity with Linux operating systems is advantageous.
AIT Lead Engineer Advantage are recruiting on behalf of a prestigious Aerospace (Satellite) client in Stevenage for an AIT Lead Engineer. The purpose of the role is to promote and drive AIT standards ensuring engineering concepts are delivered to the shop floor in a controlled manner. You'll be brought on to ensure quality and process robustness through promotion of best practise within team and between disciplines and lead the AIT mechanical team to the success of the mission. Location : Stevenage: once settled in after a familiarisation period there will be some hybrid working during the preparation phase. During the operation build phase you will be required onsite 5 days a week. Hours : 37 hours per week. Responsibilities Responsible for the Mechanical Satellite element and lead the mechanical team on an ENS project through Phases 'A', 'B', 'C/D' and 'E' Leading a team of AIT engineers on the specific project Planning the mechanical team's activities on a weekly basis (including operations team) and implementing this plan. Supporting the use of 3Dx Delmia on the specific project Produce specs from test requirements, write test plans, DDV, plans, AIT plans, test procedures and test reports. Control of all project MGSE, flight & support equipment Produce MGSE requirement specs from test requirements, operating and maintaining MGSE. Alignment - producing test procedures and operating and maintaining optical alignment equipment. Designing test equipment, overseeing its manufacture, and commissioning Mechanical handling or spacecraft, instruments, payloads, solar arrays, antennas etc Prepare and carry out environmental tests (Vibration, Acoustic, Mass properties, Thermal) at unit, subsystem, instrument, and spacecraft level. Install and validate test instrumentation. Support propulsion testing Handling and installation of thermal hardware Mechanical integration and testing of electronic units, subsystems and instruments, mechanisms, antennas, solar arrays, mechanical sub-systems, instruments, payloads and spacecraft and control the documentation associated with performing these tasks. Pyrotechnic handling, installation, and safety Plan and control workload of the AIT team consisting of engineers and technicians. Be able to travel overseas to work for short periods (typically 2-3months, could be 6-7 months on occasions) Be able to integrate quickly and easily into an AIT team. Highly motivated and possess good problem-solving skills. Essential Candidate experience/skills requirements Relevant engineering experience. Appreciation of satellite integration processes and project phases Use of SAP or other ERP System Understanding of build documentation and the need for it Driving build quality through review of processes and implementation of improvements Managing a team during day-to-day activities ensuring work is completed on time and the correct standard Controlling and delivery of projects to budget and schedule Face-to-face dealings with customers and suppliers Worked in volatile, high pressure environments to resolve technical and personnel conflicts Spacecraft Mechanical testing on prime projects is essential Leading other team members Production of MGSE specs and operation of MGSE and flight HW Production of high quality documentation (test specs, test plans, test procedures, AIT Plans, DDV plans) Desirable Producing test procedures and operating and maintaining optical alignment equipment Launch campaign experience Submit your CV now to be considered for this great opportunity with a leading satellite aerospace business.
13/05/2024
Project-based
AIT Lead Engineer Advantage are recruiting on behalf of a prestigious Aerospace (Satellite) client in Stevenage for an AIT Lead Engineer. The purpose of the role is to promote and drive AIT standards ensuring engineering concepts are delivered to the shop floor in a controlled manner. You'll be brought on to ensure quality and process robustness through promotion of best practise within team and between disciplines and lead the AIT mechanical team to the success of the mission. Location : Stevenage: once settled in after a familiarisation period there will be some hybrid working during the preparation phase. During the operation build phase you will be required onsite 5 days a week. Hours : 37 hours per week. Responsibilities Responsible for the Mechanical Satellite element and lead the mechanical team on an ENS project through Phases 'A', 'B', 'C/D' and 'E' Leading a team of AIT engineers on the specific project Planning the mechanical team's activities on a weekly basis (including operations team) and implementing this plan. Supporting the use of 3Dx Delmia on the specific project Produce specs from test requirements, write test plans, DDV, plans, AIT plans, test procedures and test reports. Control of all project MGSE, flight & support equipment Produce MGSE requirement specs from test requirements, operating and maintaining MGSE. Alignment - producing test procedures and operating and maintaining optical alignment equipment. Designing test equipment, overseeing its manufacture, and commissioning Mechanical handling or spacecraft, instruments, payloads, solar arrays, antennas etc Prepare and carry out environmental tests (Vibration, Acoustic, Mass properties, Thermal) at unit, subsystem, instrument, and spacecraft level. Install and validate test instrumentation. Support propulsion testing Handling and installation of thermal hardware Mechanical integration and testing of electronic units, subsystems and instruments, mechanisms, antennas, solar arrays, mechanical sub-systems, instruments, payloads and spacecraft and control the documentation associated with performing these tasks. Pyrotechnic handling, installation, and safety Plan and control workload of the AIT team consisting of engineers and technicians. Be able to travel overseas to work for short periods (typically 2-3months, could be 6-7 months on occasions) Be able to integrate quickly and easily into an AIT team. Highly motivated and possess good problem-solving skills. Essential Candidate experience/skills requirements Relevant engineering experience. Appreciation of satellite integration processes and project phases Use of SAP or other ERP System Understanding of build documentation and the need for it Driving build quality through review of processes and implementation of improvements Managing a team during day-to-day activities ensuring work is completed on time and the correct standard Controlling and delivery of projects to budget and schedule Face-to-face dealings with customers and suppliers Worked in volatile, high pressure environments to resolve technical and personnel conflicts Spacecraft Mechanical testing on prime projects is essential Leading other team members Production of MGSE specs and operation of MGSE and flight HW Production of high quality documentation (test specs, test plans, test procedures, AIT Plans, DDV plans) Desirable Producing test procedures and operating and maintaining optical alignment equipment Launch campaign experience Submit your CV now to be considered for this great opportunity with a leading satellite aerospace business.