About SIMTech Pre-requisites Benefits

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About SIMTech The Singapore Institute of Manufacturing Technology (SIMTech) is a research institute of the Science and Engineering Research Council (SERC) of the Agency for Science, Technology and

1 About SIMTech The Singapore Institute of Manufacturing Technology (SIMTech) is a research institute of the Science and Engineering Research Council (SERC) of the Agency for Science, Technology and Research (A*STAR). SIMTech develops high value manufacturing technology and human capital to contribute to the competitiveness of the Singapore industry. It collaborates with multinational and local companies in the precision engineering, electronics, semiconductor, medical technology, aerospace, automotive, marine, oil and gas, logistics and other sectors. SIMTech is looking for motivated, innovative researchers to take up the challenges of joining our research teams. Appended below is a brief write-up on the research positions available. SIMTech is looking for fresh graduates with the relevant academic qualifications, preferably self-motivated, innovative and a fast learner. Pre-requisites Successful candidates should have the equivalent of at least a lower second class Honours degree in any one of the following or equivalent. Mechanical / Electrical / Electronic Engineering / Materials Science & Engineering / Physics / Applied Physics / Applied Chemistry / Bioengineering / Chemistry / Chemical & Biomedical Engineering / Chemical Engineering / Computer Engineering / Computer Science / Computing / Engineering Product Development / Engineering System & Design / Industrial & Systems Engineering / Information Systems Technology & Design Benefits Get first-hand working experience in research Competitive salary package and perks Be exposed to research experience beyond academic curriculum Access to A*STAR state-of-the art laboratories Be mentored one-to-one by SIMTech s experienced researchers Interact with highly talented researchers from around the world Exposure to multidisciplinary applied research projects Opportunities to collaborate with universities and industry partners Excellent on-the-job training with SIMTech s Manufacturing R&D Certificate Programme Go on short term attachment to industry to hone technical and soft skills

2 Manufacturing Process Division Research Engineer (Metal & Ceramic Team), Forming Technology Group Successful candidates will have opportunities to participate in research and industry projects related to metal casting and forming technologies. To design tooling and dies for the casting and forming processes using CAD software To perform process simulation using casting and forming using CAE simulation tools To handle molten metal, its associated melt treatment and alloy development process To conduct processing trials and experimental analysis To conduct microstructural studies and mechanical testing of the metallic specimens To interpret customer product drawings and specifications A good degree in Mechanical Engineering, Materials Engineering Research Engineers (Polymer Processing Team), Forming Technology Group Successful candidates will be involved in R&D projects related to the development of polymer structural foam technology, conducting experimental studies and product characterization to understand factors influencing the morphology of the foam morphology for different types of polymers. Exposed to training in polymer characterisation techniques and polymer processing techniques such as extrusion foaming, injection molding, twin screw compounding, compression molding, etc.. Involved in supporting industry projects. Main duties will include, but not limited to: Machine & mold set-up for experimental studies, including identifying and sourcing auxiliary device to support the studies Conduct process studies for different processing techniques of foaming polymers Preparation of polymer blends and composites using twin screw compounders Perform material characterization on polymers and polymer foams Preparation of technical reports & presentation slides A good degree in Mechanical Engineering or Material Science. Research Engineer (Metal Joining Team), Joining Technology Group Successful candidates will work as a team member of the metal joining team of scientists to develop various metal joining technologies, including arc welding, friction stir welding, laser welding and additive manufacturing. Duties include but not limited to roles and responsibilities while receiving on-the-job training under the MRDC Programme: Understanding and optimising process and post processing parameters for laser welding / laser aided additive manufacturing Understanding the effect of process parameters on porosity, microstructure and final mechanical properties of the component Operation of state-of-the-art additive manufacturing equipment for R&D projects

3 Maintain inventory of lab supplies and equipment, prepare orders for scientific sourcing and procurement Design and execute laboratory experiments, analyse and interpret results, and adjust experimental designs as necessary Writing of technical reports and presentation of technical results Maintain project documentation, including test methods, test reports and validation protocols Participate in industry projects for project execution and reporting A good degree in Materials / Mechanical Engineering Research Engineer (Polymer Joining Team), Joining Technology Group Project 1 The job focuses on material and design combination to achieve high stiffness, low weight structures. This is intended to be done through numerical analysis and design as well as material implementation by 3D additive manufacturing methods. Key tasks include material development for 3D printing with flame retardant properties, material and component characterisation primarily through mechanical testing, as well as material / component optimisation. Candidates should have interest and / or background in aerospace engineering and use of numerical methods. Familiarity with additive manufacturing, numerical methods and computer simulation as well as experience in laboratory work is advantages. Successful candidates should have a good degree in BSc/BEng, Aerospace Engineering / Materials Science or equivalent. Research Engineer (Polymer Joining Team) Project 2 The job focuses on the development of direct bonding methods of plastic materials to prepare plastic assemblies that are highly biocompatible and free from foreign materials. Among others, these methods may involve ultrasonic, thermal and solvent bonding processes. Bonding of dissimilar materials will be needed as well. The work will involve the preparation of specimens for bonding, bonding process development, mechanical testing of bonded parts, basic evaluation of bond reliability, and liaison for preliminary biocompatibility tests. Apart from hands-on experimental work, interpretation of test results will be required followed by adjustments and improvements to the bonding process. Candidates should have a good degree in BSc/BEng, Materials Science or similar field Experience in laboratory work and knowledge of mechanical testing methods is advantages

4 Research Engineers (Mechanical Machining Team), Machining Technology Group Application of machining dynamic system to actual machining cases in industries High aspect ratio turning dynamics for industrial applications Design of customised dynamic fixtures for chatter reduction Computer-aided design and manufacturing operations Interact with local industries for technical support and training Machine operations, machining process, data acquisition, and chatter analysis Team work and engineering communications Dynamic analysis of light weight structure machining for industrial application Simulation and analysis of dynamic multi-axis CNC machining Operations of multi-axis CNC machine tools Computer-aided design and manufacturing operations Applicants should have a good degree in Mechanical / Manufacturing engineering Research Engineer (Laser Precision Machining) Conduct R&D in laser precision machining of a range of materials, including CFRP, polymer, metals and ceramics To operate lasers including UV solid-state laser, fibre laser and ultrashort lasers for materials processing To perform simulation of laser ablation process To characterise laser-processed surfaces for thermal effects, microstructural changes, surface profile and roughness Writing technical reports For fresh graduates, the work focuses on laser materials removal processes, including laser cutting, drilling and surface texturing. Analytical instruments will be used to analyse laser-machined samples for heat affected zones, surface roughness and cleanliness Candidate should have a good degree in Mechanical Engineering, Applied Physics or Materials Engineering Research Engineer (Electrochemical Process Team) Surface Technology Group A background on organic chemistry and electrochemical processes is required to successfully complete the projects. Successful candidate will be required to use various electrochemical processes to solidify / precipitate organic compounds out of industrial wastewater and convert the solids into energy. The possible electrochemical processes include electro-polymerisation, electroflotation and electro-coagulation, novel filtration/separation process and post treatment process for final conversion of the solidified organics to energy. A good degree in Environmental Engineering, Materials Science and Engineering, Chemistry

5 Research Engineer (Measurements & Characterisation Unit) A good degree in Materials, Mechanical and Chemical Engineering or equivalent Successful candidate will participate in research and industry projects to establish corrosion test capabilities in the corrosion lab Knowledge of corrosion and material characterisation is essential Manufacturing System Division Job Requirements Develop applications in data analytics for mobile devices and Web platforms Develop tools in data display, data analytics for Android Mobile Applications and Web Applications Programming in R/C#/ Python/HTML5/MS SQL for web-based and smart phone applications to enable Industrie 4.0 Knowledge in WEKA, Apache Spark, Google Platform, Mongo DB is a plus Create Apps with App Analytics and IoT to enable smart manufacturing/machines Enable data connectivity with machine controller and sensors for data analytics and machine learning Fresh graduate applicants should have a good Honours degree in Computing, Computer Engineering or Computer Science. Applicant should be interested in web applications development, data analytics prototype using Matlab/C++/Python or like to tinker with IoT devices and sensors. Some hands-on experience, and the ability to communicate well is a plus. Ability to identify problems and translate into software applications will be an advantage. Successful candidates with gain on-the-job training pertinent to machine learning application in shop-floor, signal processing, data acquisition from sensors or machines, SMART-technologies such as drones, and virtual reality with familiarity in programming in C#, Python/Labview, Matlab or R or Java; data management using MS SQL, etc. Job requirements Successful candidate will gain on-the-job training pertinent to analysis in value chain / supply chain, functional and process levels, including the challenges of developing new information architecture and processes, mapping out the value chain / supply chain, processes, interfaces and information flows etc. with interview results; identify gaps opportunities in specific improvement areas, validate the findings with key stakeholders. Fresh graduates will learn to carry out value stream mapping and business process analysis. Opportunities are available for research engineers to work on some projects involving the applications of the latest technologies in IoT, analytics, and cloud technologies. Training will be provided pertinent to Android Application and Development, data mining, etc. Experienced in.net C#, C++ Experienced in working with SQL server and Oracle databases Experience in Web services Sound knowledge in MVC architecture

6 Mobile Apps development for Android and/or IOS knowledge Optional HTML5 programming Fresh graduates with a good Honours degree in Computer Engineering, Computing, Computer Science or Electrical & Computer Engineering, or Engineering Systems and Design are strongly encouraged to apply. Research Engineers (Manufacturing System Analysis Team) Development of generic and configurable mobile applications for Android and IOS based on specifications given by the Consultants Develop requirement specifications Engage with partners for solutioning and systems deployment based on requirement developed Engage with researchers and consultants in SIMTech to provide industry support Qualifications Candidate should have a good degree in Computer Science or Engineering Experience in mobile applications development for.net applications development, and Android and IOS will be an advantage Preferred Skills Programming experience in.net C#, C++ Knowledge of SQL server, Web Services and Oracle databases Sound knowledge in MVC architecture Mobile Apps development for Android and/or IOS knowledge Optional HTML5 programming Research Engineers (Manufacturing Operations Management Team) Business Model Innovation Operations Management Innovation (OMNI) productivity leaders and process improvement methodology, and tools & techniques LEAN best practices and tools Predictive Inventory Planning and Optimisation Intelligent Forecasting Production planning and scheduling for High-Mix-Low-Volume (HMLV) manufacturing Manpower planning & scheduling for manufacturing-related service industry Research Engineers (Manufacturing System Analyses Team) To work on customer requirements and propose solution in the following areas: Software development and testing System implementation and deployment Customer technical support and trouble shooting Documentation

7 Research Engineers (Sustainability & Life-Cycle Management Team) The Research Engineer will require successful candidate to undertake industrialfunded projects and other secondary appointments, where applicable. Research experience in one or more of the following areas will provide an added advantage to the position: Life cycle assessment and analysis Energy management Closed-loop manufacturing, in particular waste to resource management and assessment Sustainability management Research Engineers (Shop-floor Health Management Team) Develop tools in data analytics for Android Mobile Applications and Web Applications Programming in C# / Python / HTML5 / MS SQL for web-based and smart phone applications to enable Industrie 4.0 Enable connectivity with machines and sensors and analyse data via IoT Manufacturing Automation Division Research Engineers in Image Processing To be trained with image processing technologies To work with project team members in various image processing and machine vision projects Basic knowledge in software engineering A good degree in Engineering Science, Physics Research Engineers in Optical System Development To be trained with optical design, optical measurement, optical imaging system development capabilities To work with project team members in various precision optical system development Basic knowledge in optics and system instrumentation A good degree in Engineering Science, Physics, Computer Science Research Engineer (Industrial Automation Team) Successful candidates will work with a team of scientists and engineers to conduct R&D in industrial automation, including Industrial Robotics or mechatronics, focusing on parts handling, mechanism design for automation line for manufacturing industry. SQL Programming: Have experience in SQL server programming Optimizing database tables to store the application s data Writing queries and return data used for front-end web-based applications Web-based Programming: Have experience in.net and Java script programming Web based GUI design

8 Link to database and perform queries, comparison and etc. Implement rule-based queries A good degree in Mechanical Engineering / Physics and Applied Physics. Candidates who possess practical knowledge of programming skills will be an advantage. Research Engineers (Engineering Instrumentation Team) To work on the electronics drives, controller and machine communications. To develop power electronics drive for wheeled modules and other applications. To develop and test electronic controller hardware and software for companies that need machine interface and control Knowledge of electronics design, PCB design, Software development using assembly, VB, C++ To work on the mechatronics equipment operating system for automation, handling and motion control To develop and test software for companies that need to have a software developed and customised for their processes Candidates should have a good degree in EE or Computer Engineering preferably with knowledge of software development using VB, C#, C++ Research Engineer (Industrial Robotics) Successful candidates will work with a team of scientists and engineers to look into the development of new robot programming solutions to improve the applications of robotics automation in high mix low volume production or repair processes. Those who possess practical knowledge of kinematics, sensing, programming skills, robotics modelling and control will be an advantage. Candidate should have a good degree in Mechanical or Electrical Engineering. Emerging Applications Division Research Engineer (Microfluidics Manufacturing Programme, Process Team) Candidate should have a good degree in mechanical engineering Knowledge of polymer fabrication process is preferred successful candidate will be responsible for the development of manufacturing process techniques for fabricating polymer microfluidic devices Contribute to the project through mechanical design, experiment design, process optimisation, material property and geometric characterisation, and data analysis Research Engineer (Large Area Processing Programme, Application Team) Successful candidate will learn to develop solutions for various applications of printed functional films such as printed lighting film, touch sensing and wireless

9 communication device in automotive, building, precision engineering, print and media industry Candidate should have a good degree in Electronics and Electrical Engineering or Mechatronics Research Engineer (Large Area Processing (Process Team) Successful candidate will work with the team in the following areas: Formulation of sensor materials Design of large format printable device (temperature sensor, humidity sensor, etc.) Developing multi-layer process for sensor / device manufacturing Device printing and encapsulation / passivation Device testing and characterisation Work with industry companies for the development and commercialisation of printed electronics / device / functional films. Applicants should have a good degree in Materials Science, basic knowledge in electrical engineering; process knowledge Interested in R&D Candidates are encouraged to submit CV and transcript to: SDO_Recruit@SIMTech.a-star.edu.sg

Singapore-Finland Partnership to Develop Technology Capabilities for Manufacturing Factories of the Future

FOR RELEASE ON 19 NOVEMBER 2013 AT 10AM Total of 6 pages Singapore-Finland Partnership to Develop Technology Capabilities for Manufacturing Factories of the Future 1. Singapore, 19 November 2013: The Singapore