RSS export of vacancies - Only featured vacancies : No / Country : Europe-->Italy, Europe-->Sweden, Europe-->The Netherlands / Organisation : Entreprise, Entreprise-->TMH UK

2026-6312 - Master Thesis – Improving Customer Onboarding for Digital Fleet Management

Fri, 09 Oct 2026 13:18:15 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
User Experience (UX) Research & Learning Experience Design At Toyota Material Handling Europe, we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose Our digital fleet management solutions, My Toyota Material Handling and I_Site, help customers gain insights into their forklift fleets and make informed operational decisions. Today, customers learn to use these tools through several activities, including live onboarding sessions, online training, introductory emails and their first experience with the products. These activities vary between markets, and we need a better understanding of what works well and where customers experience difficulties, receive too much information or feel uncertain when getting started. You will build on existing internal research and focus on a selected part of the onboarding journey. Thesis description You will investigate how customers learn to use our digital tools and explore how we can make the onboarding experience clearer, more consistent and easier to follow. Building on existing research and focusing on a selected part of the onboarding journey, you will: Investigate how customers experience the current onboarding activities. Identify where they encounter difficulties or receive too much information. Develop design principles and propose improvements based on user research and learning design. Create prototypes for one or two selected activities and evaluate them with users. Your findings will provide recommendations for improving customer onboarding across markets.

Your profile Master’s student in Design, UX, Cognitive Science, Human-Computer Interaction or a related field. Interest in user research, digital products, learning design and customer experience. Ability to work with qualitative and quantitative insights and translate them into practical design recommendations. Good English communication skills and the ability to engage with users and stakeholders. Beneficial skills (not mandatory) Experience with interviews, observation or usability testing. Experience with prototyping tools such as Figma or similar. Knowledge of learning design, instructional design or service design.
Location : Gothenburg

2026-6310 - Master Thesis - Estimating Forklift Usage from Low-Frequency CAN Data

Fri, 09 Oct 2026 13:17:31 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose How frequently do we need to collect vehicle data to understand how a forklift is being used? Connected forklifts generate large volumes of data through their Controller Area Network (CAN). Collecting data frequently can provide detailed insights into vehicle operation, but it also increases the amount of information that needs to be transmitted and stored. At TMHE, we want to understand how different sampling frequencies affect the reliability of usage estimates, using vehicle speed and travelled distance as an initial case. The purpose of this thesis is to investigate how reducing the amount of collected data affects estimation accuracy, and whether statistical and machine learning methods can extract reliable information from sparsely sampled vehicle data. The results can provide a foundation for future data-driven applications, such as usage prediction and predictive maintenance. Thesis description Working with recorded vehicle data, you will investigate how reducing the sampling frequency affects the accuracy of travelled-distance estimates. Your work will include: Analyse vehicle speed data and establish a method for predicting total travelled distance based on limited samples. Investigate whether statistical methods or machine learning can improve estimates when fewer data points are available. Evaluate how different sampling frequencies influence estimation accuracy. Recommend suitable sampling approaches based on the results and the trade-off between accuracy and data requirements. The expected outcome is an evidence-based assessment of how much data is needed to estimate travelled distance reliably, together with recommendations for future data collection.

Your profile We are looking for Master’s students studying: Data Science or Computer Science Machine Learning or a related field Applied Mathematics or Statistics Electrical Engineering or Signal Processing You enjoy working with real-world datasets and have experience with programming for data analysis. You have an analytical approach to problem-solving and can evaluate and communicate technical findings clearly in English. Beneficial skills (not mandatory) Knowledge of time-series analysis or statistical estimation. Experience with signal processing, data visualisation or machine learning. Familiarity with connected vehicles, telemetry or CAN data.
Location : Linköping

2026-6311 - Master Thesis – Improving the Use of Digital Mock-Ups in Mechanical Product Development

Fri, 09 Oct 2026 13:16:56 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose How can digital mock-ups support better decisions earlier in mechanical product development? As mechanical products become increasingly complex, engineers need to evaluate design alternatives, identify potential issues and share technical information throughout the development process. Digital mock-ups allow teams to visualise and review products before physical hardware is available. However, we want to better understand how these tools are used in practice, where they create value and what limits their effectiveness. The purpose of this thesis is to investigate how the use of digital mock-ups can be improved to support collaboration and early engineering decisions. Thesis description Working with engineers and existing product development practices, you will: Investigate how digital mock-ups are currently used in selected mechanical design and review activities. Identify challenges related to information sharing, collaboration and early design decisions. Explore relevant methods and opportunities to improve the use of digital mock-ups throughout the development process. Develop practical, research-based recommendations for future ways of working. Your findings will provide a foundation for improving engineering workflows, potentially including a process proposal or prioritised roadmap. The thesis is not expected to deliver a production-ready digital system.

Your profile We are looking for two Master’s students studying: Mechanical Engineering Product Development or Product Design Engineering Industrial Engineering and Management A related engineering field You have an interest in mechanical design, digital engineering and product development processes. You enjoy analysing technical challenges, collaborating with engineers and translating findings into practical recommendations. You can communicate your results clearly in English. Beneficial skills (not mandatory) Familiarity with Computer-Aided Design (CAD) and 3D modelling. Knowledge of digital mock-ups (DMU), design reviews or Product Lifecycle Management (PLM). Experience with engineering analysis, interviews or process mapping.
Location : Linköping

2026-6313 - Master Thesis – Improving Wireless Communication for Autonomous Forklifts

Fri, 09 Oct 2026 13:16:25 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose How can autonomous forklifts maintain reliable wireless communication in constantly changing warehouse environments? Autonomous forklifts rely on wireless connectivity for functions such as mission execution, fleet management and diagnostics. However, metal racking, moving vehicles and changing loads can affect radio conditions and lead to communication interruptions together with limited opportunities to modify existing network infrastructure. At TMHE, we want to investigate whether predicting communication quality and adapting the forklift's antenna configuration could improve reliability. The purpose of this thesis is to evaluate the technical potential and practical feasibility of such an approach. Thesis description Working with our Research & Innovation team, you will investigate how adaptive antenna techniques could improve wireless communication in warehouse environments. Together with your mentor, you will define a suitable technical scope and: Investigate how changing warehouse conditions affect wireless communication and explore methods for predicting communication quality. Select and develop a promising approach, such as antenna selection or adjusting antenna orientation or position. Evaluate the approach through simulation, experiments or a prototype, depending on the agreed scope and available equipment. Compare the results with a conventional antenna setup and assess potential benefits against added system complexity. Your findings will help determine whether adaptive antenna technology offers a promising direction for future development of autonomous forklifts.

Your profile We are looking for one or two Master’s students studying: Electrical Engineering Communication Systems or Wireless Communications Engineering Physics or a related field You have an interest in wireless communication, radio systems and technical problem-solving. You enjoy combining theoretical analysis with practical evaluation and can communicate your findings clearly in English. Beneficial skills (not mandatory) Experience Knowledge of signal processing, antenna theory or wireless communication systems. Experience with MATLAB, simulation tools or experimental design. Familiarity with data analysis or communication performance evaluation. Previous experience with autonomous forklifts is not required.
Location : Linköping

2026-6309 - Master Thesis – Digital Thread for Product Development: PLM & CAD

Fri, 09 Oct 2026 13:15:51 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose How can we ensure that engineers have access to the right information throughout product development? Engineering data is often distributed across different systems, files and teams. When information is difficult to access or trace, understanding design changes, reusing existing knowledge and making informed technical decisions become more challenging. A digital thread connects information across the product lifecycle, making it easier to understand how engineering data relates to different products, processes and decisions. A key principle is to establish a reliable single source of truth, where engineers can access consistent and authoritative information regardless of where the data is created or managed. At TMHE, we want to explore how product lifecycle management (PLM) and computer-aided design (CAD) can support a more connected and traceable flow of engineering information. The purpose of this thesis is to develop a digital thread concept based on our existing engineering processes and identify opportunities for improvement. Thesis description Working with a selected part of our R&D product development process, you will: Map how engineering information is created, shared and managed across relevant systems and teams. Identify gaps in information traceability, accessibility, ownership and reuse. Explore how PLM and CAD approaches could improve the connection between engineering data and development activities. Develop a future-state digital thread concept and recommend priorities for further development. Your findings will provide a research-based concept and practical recommendations to guide future decisions. The thesis does not involve implementing a new PLM or CAD platform.

Your profile We are looking for two Master’s students studying: Mechanical Engineering or Product Development Industrial Engineering and Management Information Systems or a related engineering field You have an interest in digital engineering, product development and how information systems support technical processes. You enjoy analysing complex problems, collaborating with different stakeholders and translating your findings into clear recommendations. You can communicate effectively in English. Beneficial skills (not mandatory) Familiarity with CAD, PLM or product data management (PDM). Experience with process mapping, systems analysis or technical information management. An interest in engineering data, information traceability or digital transformation. Previous professional experience with PLM systems is not required.
Location : Linköping

2026-6314 - Master Thesis – Machine Learning for Component Cost Estimation

Fri, 09 Oct 2026 13:15:20 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose Can machine learning help engineers estimate component costs more accurately and efficiently? Cost estimation plays an important role in product development, influencing engineering, planning and sourcing decisions. Today, the process relies heavily on manual spreadsheets and expert knowledge, making it time-consuming and challenging to apply consistently. At TMHE, we want to investigate whether historical product and cost data can provide a foundation for data-driven estimation. The purpose of this thesis is to evaluate the potential of machine learning to support cost estimation while maintaining transparency and engineering judgement. Thesis description Working with historical article and cost data, you will investigate how machine learning could support engineering cost estimation. Your work will include: Analyse the available data and identify relevant cost drivers and potential limitations. Investigate and develop suitable machine learning approaches for cost prediction. Evaluate the results against existing estimation methods, considering accuracy and interpretability. Develop a proof of concept and recommend how the approach could support future engineering processes. The outcome will provide an evidence-based assessment of the feasibility and potential value of machine learning for cost estimation.

Your profile We are looking for two Master’s students studying: Data Science or Machine Learning (ML) Computer Science or Artificial Intelligence (AI) Applied Mathematics or Statistics Industrial Engineering or a related field with relevant machine learning experience You have a strong interest in applying data-driven methods to real engineering challenges and experience with programming for data analysis, preferably in Python. You approach problems analytically, enjoy experimenting with different solutions and can communicate technical findings clearly in English. Beneficial skills (not mandatory) Experience with machine learning libraries such as scikit-learn. Familiarity with regression models, feature engineering or model evaluation. Knowledge of product development, manufacturing or engineering cost estimation.
Location : Linköping

2026-6315 - Master Thesis – Net-Zero Strategy & Carbon Management

Fri, 09 Oct 2026 13:14:40 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. Background and purpose How can an international industrial company turn ambitious climate targets into measurable progress? TMHE has set science-based targets, validated by the Science Based Targets initiative (SBTi), to achieve net-zero greenhouse gas emissions across our value chain by fiscal year 2041, using fiscal year 2023 as our baseline. Achieving these targets requires more than setting ambitions. We need reliable emissions data, effective decarbonisation measures and management approaches that support informed decisions across our operations and value chain. The purpose of this thesis is to investigate a specific challenge within our net-zero programme and develop recommendations that support its continued development. Thesis description You will work with one of three potential focus areas, with the final scope agreed together with your mentor: Net-zero strategy and SBTi: Investigate how evolving science-based target standards could influence our approach to implementing and managing our net-zero commitments. Scope 2 decarbonisation: Explore approaches to reducing emissions associated with purchased energy and identify opportunities for improving our Scope 2 strategy. Scope 3 data management: Investigate how we can improve the quality, availability and management of emissions data across our value chain. Combining academic research, relevant external examples and insights from our organisation, you will assess the selected challenge and develop evidence-based recommendations. Your findings should provide practical next steps that can support future decisions within TMHE's net-zero programme.

Your profile We are looking for one or two Master's students studying: Sustainability Engineering and Management Environmental Engineering or Environmental Science Industrial Ecology Industrial Engineering and Management Energy Systems or a related field You have a strong interest in corporate sustainability, decarbonisation and how environmental analysis can support business decisions. You enjoy working analytically, can approach complex problems in a structured way and communicate your findings clearly in English. Beneficial skills (not mandatory) Knowledge of greenhouse gas accounting, including the GHG Protocol or Scope 1, 2 and 3 emissions. Familiarity with climate targets, sustainability frameworks or environmental management. Experience with data analysis, environmental assessment or business case development.
Location : Linköping

2026-6316 - Master Thesis – Tyre–Floor Friction Estimation for Autonomous Forklifts

Fri, 09 Oct 2026 13:14:11 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose How can an autonomous forklift determine how much traction is available while driving? The ability of an autonomous forklift to stop safely depends partly on the friction between its tyres and the floor. As floor conditions change, so can the vehicle's braking performance. Autonomous forklifts use protective fields to detect people and initiate safety-related responses. These fields influence how the vehicle operates and can affect productivity. At TMHE, we want to investigate whether existing vehicle signals, such as wheel speed and localisation data, could provide useful information about available traction and braking capability. The purpose of this thesis is to evaluate the feasibility of friction estimation during operation and explore its potential relevance for future personnel protection concepts. Thesis description Working with our Research & Innovation team, you will investigate how vehicle data could be used to estimate tyre–floor friction. Your work will include: Explore methods for detecting wheel slip and estimating available traction using existing vehicle signals. Investigate under which operating conditions friction or braking capability can be estimated reliably. Use modelling, data analysis or simulation to explore the implications for future personnel protection concepts. Develop recommendations for further research, including technical limitations and safety validation requirements. The expected outcome is a feasibility assessment and recommendations for further development, not a validated safety function or an approved change to protective fields.

Your profile We are looking for two Master’s students studying in at least one of the following fields: Mechanical Engineering, with a focus on vehicle dynamics or mechatronics Automatic Control or Control Engineering Robotics and Autonomous Systems Computer Science or a related field with relevant experience in modelling or control systems You have an interest in vehicle dynamics, autonomous systems and safety-related engineering. You thrive solving technical problems, working with mathematical models and analysing results critically. You can communicate your findings clearly in English. Beneficial skills (not mandatory) Experience with MATLAB, Simulink, Python or similar tools for modelling and simulation. Knowledge of system identification, sensor fusion or signal processing. Familiarity with vehicle dynamics, traction or braking systems.
Location : Linköping

2026-6323 - Master Thesis – AI for Project Management in Product Development

Fri, 09 Oct 2026 13:09:13 Z

Category : Active Jobs/Student Possibilities
Contract type : Student job
Position description :
At Toyota Material Handling Europe (TMHE), we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology such as automation, connectivity and productivity solutions, we create opportunities for our customers’ logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. That is why we are investing more than ever in research and development. Our multidisciplinary teams work both conceptually and practically to develop the next generation of material handling products and solutions. By providing our Research and Development organisation with the creative freedom and resources needed to explore new technologies, we aim to stay at the forefront of innovation. At Toyota Material Handling Europe, we contribute to a smarter and more sustainable society, today and tomorrow. Background and purpose How can artificial intelligence (AI) help project managers make better use of information and focus on the decisions that matter? Product development projects involve complex schedules, resources, technical dependencies and risks. Project managers rely on information from multiple sources to monitor progress, anticipate challenges and make informed decisions. At TMHE, we want to investigate where AI could add value to our project management processes and which applications are worth pursuing. The purpose of this thesis is to identify and evaluate relevant AI opportunities within our R&D Project Management Office (PMO), providing a research-based foundation for future development. Thesis description Working with our PMO and drawing on academic research, existing processes and stakeholder insights, you will: Analyse selected project management workflows and identify challenges where AI could provide support. Investigate relevant AI applications and assess their potential benefits, feasibility and limitations. Evaluate and prioritise potential use cases based on business value, data availability and implementation considerations. Develop recommendations and, if feasible, a concept or proof of concept for one selected use case. Your findings will help us understand where AI could create value and how potential applications could be introduced responsibly into our project management practices.

Your profile We are looking for one or two Master’s students studying: Industrial Engineering and Management Project Management or Innovation Management Computer Science or AI Product Development or a related field You have an interest in the intersection of technology, business processes and project management. You approach complex problems analytically, enjoy collaborating with different stakeholders and can translate research findings into clear recommendations. Good communication skills in English are essential. Beneficial skills (not mandatory) Knowledge of project management methods or product development processes. Familiarity with AI applications, business process analysis or digital transformation. Experience with qualitative research, data analysis or prototyping.
Location : Linköping

2026-6369 - Analyst Modeller

Fri, 09 Oct 2026 08:54:31 Z

Category : Active Jobs/IS/IT
Contract type : Permanent
Position description :
In Toyota Material Handling Europe, we have 14,000 colleagues passionate about supporting companies of all sizes with todays and tomorrow’s material handling challenges. Because we know that our business and our industry is essential and sometimes even critical for you, for daily life and society at large. In our Headquarters in Mjölby, Sweden and outside Brussels, in our Sales companies across Europe or in our Factories in France, Italy and Sweden, you can be part of an extraordinary journey. And together we will Move the world towards easy and sustainable. Your Responsibilities Responsible for data quality monitoring and profiling Runs the ongoing S/4HANA master data quality profiling programme on business partner: producing a monthly quality scorecard In collaboration with the data domain steward translate the requirements of business concept & business rules into data quality rules Enables the duplication and remediation process for the BP domains with the Master Data lead/stewards Governs the technical data model in collaboration with architect, domain leads /stewards Guard the BP cross-domain model coherence Reviews all proposed changes to S/4HANA BP structure, custom fields, and integration mappings before implementation Cross-system consistency monitoring: checks that the same concept is represented consistently across systems — routes discrepancies to Architect/ IT (integration failure) or Domain Steward (data entry / data standard error) Maintain Technical meta data in the data catalogue Maintains the system-to-concept mapping: for every field in S/4HANA and connected systems identified Document the data quality rules and system validation checks Provides the Data Governance and Domain leads with quarterly and monthly scorecards and escalates persistent quality failures and systemic cross-system inconsistencies Act as first point of contact for the data domain stewards and data consumers Participate as Technical Domain Subject Matter Expert in the domain Workshops with Business Owners and Business / Master data Stewards Act a data quality ambassador, be change maker in making data quality everybody’s responsibility Enable the set up – cleansing / migration – integration of new applications related to business partner master data

Your Profile A couple of years work life experience from data architecture or technical data management in SAP/ERP environment (S/4HANA BP model knowledge essential) Hands-on experience with at least one ERP migration (data extraction, profiling, mapping, load) Fluent in both Swedish and English, written and spoken. Bachelor's or Master's in Information Systems, Computer Science, Data Engineering, or related field
Location : Bologna

2026-6368 - Data Quality Lead

Fri, 09 Oct 2026 08:47:18 Z

Category : Active Jobs/IS/IT
Contract type : Permanent
Position description :
In Toyota Material Handling Europe, we have 14,000 colleagues passionate about supporting companies of all sizes with todays and tomorrow’s material handling challenges. Because we know that our business and our industry is essential and sometimes even critical for you, for daily life and society at large. In our Headquarters in Mjölby, Sweden and outside Brussels, in our Sales companies across Europe or in our Factories in France, Italy and Sweden, you can be part of an extraordinary journey. And together we will Move the world towards easy and sustainable. Your Responsibilities Designs and owns the organisation-wide data quality framework: quality dimensions (completeness, accuracy, consistency, timeliness, uniqueness, validity), measurement methodology, KPI definitions, and reporting cadence Runs the cross-domain data quality programme: regular profiling runs across all active domains, aggregating findings into a single quality dashboard for the Data Governance Council Owns the data quality remediation process: root cause analysis, assignment to Domain Leads and Stewards, tracking resolution, reporting on improvement trends Leads the data quality workstream in the S/4HANA migration: pre-migration profiling, cleansing specification, post-load validation, and hyper care quality monitoring Produces the evidence base for the MDM investment case: quality KPI trends, cost-of-poor-quality estimates, shadow creation rates, duplicate prevalence Advises the Data Governance Lead on quality-triggered policy reviews — when persistent KPI failure indicates a standard or process needs to change Act a data quality ambassador, be change facilitator in making data quality everybody’s responsibility Coach and lead the domain data modeller/analysts Lead the data quality workstream in migration – integration projects of new applications

Your Profile A couple of years work life experience from data architecture or technical data management in SAP/ERP environment (S/4HANA BP model knowledge essential) Hands-on experience with at least one ERP migration (data extraction, profiling, mapping, load) Fluent in both Swedish and English, written and spoken. Bachelor's or Master's in Information Systems, Computer Science, Data Engineering, or related field
Location : Veghel

2026-5940 - Parts Documentation Author

Wed, 07 Oct 2026 22:17:03 Z

Category : Active Jobs/Sales and Sales Support
Contract type : Permanent
Position description :
At Toyota Material Handling Europe, we create the technology that keeps the world moving. Diverse businesses across Europe depend on our logistics and material handling solutions. By pioneering technology like automation, connectivity, and productivity solutions, we enable our customers' logistics operations to be as efficient as possible. We firmly believe in setting ideas in motion. At Toyota Material Handling Europe, we are over 13,500 colleagues passionate about supporting companies of all sizes with today’s and tomorrow’s material handling challenges. Because we know that our business and our industry are essential and sometimes even critical for them, for daily life and society at large. In our respective headquarters in Mjölby, Sweden, Willebroek, Belgium, in our Sales companies across Europe, or in our factories in France, Italy, and Sweden, you can be part of an extraordinary journey. And together, we will Move the world towards easy and sustainable. The position Parts Market Support is responsible to drive the definition of spare parts (before order) securing that it matches market demand and our parts strategy. Our continuous aim is to provide on-time delivery of the definition of spare parts allowing for the best local service to our customers. As a Parts Documentation Author, you will be an important part of the Parts Market Support organization in giving our customers reliable parts documentation. You will join our dynamic and international Parts Documentation team which is based in Mjölby (SE), Ancenis (FR) and Bologna (IT). Your Responsibility Follow the development of our existing products. Maintaining contact with Manufacturing R&D, Special Products and suppliers to ensure high quality documentation of Repair Parts. Create and update parts documentation illustrations, and spare part information. Together with our Part Documentation team, produce customer specific documentation for both internal and external customers.

Your profile You are interested in technology and have a good technical understanding and read 3D illustrations. Preferably you have experience with illustrator tools and ideally with Content Management System (CMS). High level of commitment to due dates and tasks. You have a bachelor level degree or equivalent working experience in a technical profession. Fluent written and spoken English is an asset.
Location : Mjölby

2026-5897 - Software Architect

Mon, 05 Oct 2026 09:37:48 Z

Category : Active Jobs/Research & Development
Contract type : Permanent
Position description :
Vill du arbeta med avancerad mjukvaruarkitektur i en tekniskt ledande organisation? Hos oss får du en nyckelroll i att utveckla framtidens serviceverktyg och mjukvaruplattformar i nära samarbete med både interna team och internationella partners. Vi söker nu en Software Architect som vill kombinera teknisk spets med helhetsperspektiv. Som Software Architect kommer du att arbeta med: Ta fram kravbilder och design av mjukvaruarkitekturer på system-, nod- och modulnivå Driva tekniska vägval, komponentval och bidra till roadmap för plattformar Stötta utvecklingsteam genom vägledning, utbildning och tekniskt ledarskap Delta i test, verifiering och releaseplanering av mjukvarulösningar Utföra avancerad felsökning samt ha dialog med intressenter Som Software Architect inom vår mjukvarugrupp med fokus på serviceverktyg har du en central roll i att utveckla, vidareutveckla och säkra kvaliteten på våra mjukvarulösningar och plattformar. Du arbetar genom hela utvecklingskedjan, från att skriva/analysera krav och omsätta dem till hållbara arkitekturlösningar, till att säkerställa implementation, verifiering och vidareutveckling. Rollen innebär ett nära samarbete med utvecklare, designers och systemingenjörer, där du fungerar som en teknisk ledare och kunskapsbärare. Du bidrar till att skapa struktur och riktning i utvecklingsarbetet genom att definiera arkitekturprinciper, etablera standarder och driva kontinuerliga förbättringar. Du har även en viktig roll i kontakten med andra delar av organisationen, såsom produktion, marknad, samt med övriga R&D. Genom denna samverkan säkerställer du att lösningarna möter både tekniska krav och verksamhetens behov. Tjänsten passar dig som trivs med att arbeta både strategiskt och operativt, har en stark analytisk förmåga och vill ta ett stort ansvar i att forma framtidens mjukvarulösningar. Här får du möjlighet att påverka teknikval, driva innovation och bidra till att skapa effektiva och robusta system med höga krav på kvalitet, säkerhet och funktionalitet.

Till tjänsten som Software Architect söker vi dig som har/är: Civilingenjörsutbildning inom mjukvara eller motsvarande Minst 5 års erfarenhet av fullstack med Windows-applikationer i C#, .NET och typescript/React God kunskap i engelska tal och skrift, meriterande om du även har goda svenskkunskaper För att lyckas i rollen har du god kommunikativ förmåga, både skriftligt och verbalt och trivs med att samarbeta med andra för att nå gemensamma mål. Samtidigt arbetar du självständigt och har förmågan att driva aktiviteter framåt hela vägen till måluppfyllelse.
Location : Mjölby

2026-6340 - International Key Account Coordinator - TMH International

Mon, 05 Oct 2026 09:26:29 Z

Category : Active Jobs/Sales and Sales Support
Contract type : Permanent
Position description :
As an IKA Coordinator, you will play a key role in supporting our International Key Account Managers and Distributor network in delivering outstanding service to some of our most important global customers. You will coordinate business activities, support commercial negotiations and tenders, manage contracts and pricing processes, and ensure efficient communication between customers, distributors, and internal stakeholders. This position reports to the Head of International Key Accounts and offers a unique opportunity to work in a highly international environment with significant exposure to global customers and markets. As an IKA Coordinator at Toyota Material Handling International AB, your primary focus will be to coordinate and support the International Key Accounts business in the TMHI regions together with our Key Account Managers. You will also be responsible for supporting business leads for non-assigned Key Account customers operating in several countries. The IKA Coordinator's core responsibility is to support the established IKA business targets and processes in the assigned countries, thereby securing our position as market leader. This includes: Support international business tenders, including calculations, quotations, commercial proposals, and tender responses by managing the tender process including compilation of distributors’ input. Coordinate with Key Account Managers and distributors to identify the most effective commercial strategies. Manage and support existing customer agreements, pricing processes, and contract administration. Implement new commercial conditions and coordinate customer requests. Provide reporting, statistics, and business analyses to support decision-making. Support rental calculations and bonus evaluations. Coordinate legal matters together with the Legal Department. Facilitate communication and information sharing across distributors, customers, and internal stakeholders. Support the development of International Key Accounts in collaboration with global and regional teams.

We believe you are a strong communicator who, through your excellent English skills, can communicate with all kinds of people with humility, clarity and ease, both verbally and in writing. Excellent MS Office skills are required. You are also aware of the challenges that come with operating in an international arena, which means that you know how to successfully navigate cultural differences between markets, stakeholders and working methods. Experience of working to deadlines is an advantage, as is previous experience in a coordinating role within a larger industrial organisation in an international context. Qualifications Excellent written and spoken English. Advanced MS Office skills, particularly Excel. Experience in a coordinating, administrative, sales support role. Ability to work effectively across cultures and international markets. Strong analytical skills with experience interpreting data and producing reports. Relevant academic background. Experience within an industrial/technical sales-related environment is considered an advantage. Personal Qualities Service-oriented and customer-focused. Strong communicator with excellent interpersonal skills. Structured and detail-oriented. Self-motivated and proactive. Results-driven with the ability to manage competing priorities. Collaborative team player with the confidence to work independently.
Location : Mjölby

2026-5956 - Operational control & Digital Automation specialist

Fri, 02 Oct 2026 22:18:27 Z

Category : Active Jobs/Other
Contract type : Permanent
Position description :
In Toyota Material Handling Europe, we have 13,500 colleagues passionate about supporting companies of all sizes with todays and tomorrow’s material handling challenges. Because we know that our business and our industry is essential and sometimes even critical for you, for daily life and society at large.   In our Headquarters in Mjölby, Sweden and outside Brussels, in our Sales companies across Europe or in our Factories in France, Italy and Sweden, you can be part of an extraordinary journey. And together we will Move the world towards easy and sustainable.   TMHE Logistics, part of TMHE, is operating spare part and forklift distribution covering the full supply chain process from purchase to final handover of the goods to technicians, dealers, and customers. The company has 4 sites across Europe from where we operated with more than 300 colleagues to serve customers over the globe. The position We are searching for an Operational Control & Digital Automation specialist to join our Operational control and analytics team, The position is reporting directly to Logistics Operational Control and Analytics Manager. The job position can be based in one of our warehouses in Europe: Willebroek (Belgium), Mjölby (Sweden), Crespellano (Italy). Periodical short travels within EU are expected. Your responsabilities You will: Understand core processes and data structures to monitor performance and identify recurring and non-recurring performance issues; develop and execute monitoring routines ensuring performance control on critical points; design and contribute to the development of KPIs and analytical tools to support performance tracking Deliver data driven process improvements proposals and facilitate or lead process change using an end-to-end perspective Act as an SAP expert (SAP S/4HANA & SAP GUI) Promote and lead data quality improvement initiatives in collaboration with internal and external stakeholders Identify and support digital automation opportunities by mapping processes in detail and translating them into automation-ready designs Implement and monitor automation solutions using VBA, RPA, bots, Power Automate and AI-based tools; develop and maintain ABAP code within SAP environment

Your profile Data Scientist or data-oriented Supply Chain graduate with solid SAP experience, understanding supply chain processes and data. Ability to build automation solutions (VBA, RPA, Power Automate, ABAP). Ability to work effectively across teams to improve end-to-end performance. Being a team player is a must. Relevant working experience of 3–7+ years in roles such as: Operations or Supply Chain, SAP Functional or Technical Consultant, Business or Process Analyst, Continuous Improvement Specialist, Logistics or Procurement Controller.
Location : Mjölby

2026-6337 - Technical Specialist RTLS Partner Solutions

Fri, 02 Oct 2026 11:57:17 Z

Category : Active Jobs/IS/IT
Contract type : Permanent
Position description :
At Toyota Material Handling Europe, we create the technology that keeps the world moving. We are over 13,500 colleagues passionate about supporting companies of all sizes with todays and tomorrow’s material handling challenges. Because we know that our business and our industry are essential and sometimes even critical for them, for daily life and society at large.   In our respective headquarters in Mjölby, Sweden, Willebroek, Belgium, in our Sales companies across Europe or in our factories in France, Italy and Sweden, you can be part of an extraordinary journey. And together, we will Move the world towards easy and sustainable.   The Position We are looking for a Technical Specialist RTLS Partner Solutions to join the Digital Business & Connectivity organisation. In this role, you will support the deployment of RTLS (Real-Time Location Services) partner solutions across Europe. Working closely with partners, R&D, Service Market and local sales companies, you will contribute to ensuring that new solutions can be deployed, installed and commissioned in a consistent and efficient way. The position combines technical understanding, coordination and problem solving. It offers the opportunity to work in an international environment while maintaining a strong connection to our service and customer operations. You will report to the Partner Solution & Integration Lead. Your Responsibility Your responsibilities will include, but are not limited to: Support deployment and market introduction of RTLS partner solutions across Europe. Act as a technical contact between partners, local markets and internal functions. Contribute to testing, validation and readiness activities together with partners and R&D. Support the development and maintenance of deployment, installation and commissioning documentation. Support training and knowledge transfer activities towards local organisations. Coordinate and follow up technical issues identified during deployment and commissioning. Support market onboarding and selected customer implementation projects. Contribute to continuous improvements of deployment processes and ways of working.

Your Profile To be successful in this role, we believe you have a solid technical background and an interest in connecting technology with operational reality. What you'll bring to this role is likely: Experience from service operations, technical support, commissioning, product support, technical documentation or a similar technical environment. Good technical understanding and the ability to analyse and solve technical issues. Experience of supporting implementation, deployment or introduction of technical solutions is considered an advantage. The ability to collaborate effectively with stakeholders across different functions and countries. A structured and pragmatic approach to problem solving and delivery. Good communication skills and the ability to explain technical matters to different audiences. The ability to work independently and coordinate activities involving multiple stakeholders. Fluency in English, written and spoken. This position may be of particular interest to colleagues with experience from service operations, technical support, product support or technical documentation who are looking to broaden their scope in an international specialist role.
Location : Mjölby

2026-6295 - Produktspecialist inom Autosupport

Mon, 28 Sep 2026 07:52:24 Z

Category : Active Jobs/Quality
Contract type : Permanent
Position description :
Har du ett stort teknikintresse och trivs i en roll där du får hjälpa andra att lyckas? Som produktspecialist för autonoma truckar på Toyota Material Handling blir du en nyckelperson som säkerställer support och kvalitet genom hela produktens livscykel. Här får du kombinera teknik, problemlösning och samarbete i en framtidsinriktad roll där du verkligen gör skillnad. Är du vår nästa specialist? Som Produktspecialist kommer du att arbeta med: Supporta våra dotterbolag och distributörer med teknisk produktkunskap Utbilda technical trainers inom ditt produktsegment Aktivt deltaga i våra nyutvecklingsprojekt Utreda och driva tekniska problem från fält Bidra till utveckling och måluppfyllnad av avdelningen Customer Technical Support Som Produktspecialist jobbar du i ett glatt och sammansvetsat gäng som har kunden i fokus. Du engagerar dig i eftermarknadsfrågor, i utvecklingsprojekt samt i serievård rörande dina produkter. Du interagerar internt med olika avdelningar inom företaget och externt med marknaden för att erhålla en totalbild av måendet för just dina produkter. Även framgent ser vi möjligheten för dig att växa i takt med att ny teknik utvecklas och appliceras på vår produktflotta. Vi tror på laget framför jaget, och jobbar tätt tillsammans inom avdelningen men även tvärfunktionellt och internationellt med våra säljbolag och distributörer. skriv tjänsten i löpande text ur ett generellt perspektiv.

Din profil Till tjänsten som Produktspecialist söker vi dig som har/är Eftergymnasial teknisk utbildning eller motsvarande erfarenhet Några års erfarenhet från produkttekniskt orienterade arbeten Produktkunskap inom våra produkter är ett krav. Meriterande med erfarenhet av autotruckar Flytande i tal och skrift på svenska och engelska Den vi söker har ett genuint intresse för teknik och drivs av att förstå och utveckla smarta systemlösningar. Du är analytisk, strukturerad och trivs med att lösa problem, samtidigt som du har ett starkt servicefokus och tycker om att stötta kunder och kollegor. Som person är du engagerad, samarbetsorienterad och bidrar med energi och driv i teamet. Du motiveras av att arbeta i en innovativ miljö där teknik, kvalitet och kundnytta står i centrum.
Location : Mjölby