In this role, you will be developing concepts for identified features to improve the existing S-BT system and bring it to the next level. You will be working on creating ideas and increasing their technical maturity using the agile SCRUM approach. Embedded in an international development set-up, you will work together with manufacturing unit to bring concepts to a technical maturity allowing to make concept decision. Start date is flexible to the student's availability, duration for 6 months
You will have the chance to shape the product vision of new fastening solutions by understanding customer needs, and developing and testing concepts to pave the way for future innovations. Start date is from the next possible point in time, duration for 6 months
You are part of one out of three R&D teams, developing new and optimizing existing support systems and components for Hilti’s Installation Business
As part of a multi-disciplinary development team you are the leading force behind our next generation safety features for a direct fastening tool in order to prevent flying parts during settings. Here you develop innovative ideas/ concepts and drive their implementation into prototypes. Duration for 3 - 6 months.
As part of a multi-disciplinary development team you are the leading force behind our next generation recoil optimized high energy tools in order to optimize impacts on operators and setting quality. Here you develop innovative ideas/ concepts and drive their implementation into prototypes. Duration: 3 - 6 months
You will play an important role in developing new material concepts for future diamond drilling and sawing. Start date is flexible to the student's availability, duration for at least 6 months
Your task is to investigate the fastening limitations of Hilti and competitor drywall and framing screws. You will test the screws with respect to current and novel fastening technologies. Measures for improvement are to be defined and tested. Start date is flexible to the student's availability, target start date 1st August, duration: 6 months
Your task is to develop concepts to improve the existing drywall screw fastening system and bring it to the next level. You will drive the investigation into smart tool features for a future generation of drywall screw drivers. As part of an interdisciplinary team you will test concepts to improve the tool. Start date is flexible to the student's availability, target start date: 1st August, duration: 6 months
You’ll play an important role to bring major innovation in direct fastening (DX) product line by modelling and optimizing the complete application, including DX tool and consumables. You will investigate the working principles of the system in collaboration with our R&D experts and apply machine learning to find out the optimal design parameters. This position offers a gripping experience of cross functional role with simulation, testing and product development. Start date is flexible to the student's availability, duration for at least 6 months
Your task is to ideate, develop and test prototypes for new visionary product concepts. Existing concepts need to be evaluated and refined, followed by a corresponding proof-of-concept under laboratory and job-site conditions. This is an interdisciplinary technology task with focus on hands-on mentality and the spirit to think outside the box. Start date is flexible to the student's availability, duration between 6 and 12 months.
Corrosion protection is key for all our fastening and installation products. You support the scientific and technical work in our competence area corrosion protection and work in our laboratories. Your tasks are planned and executed together with one of our experts. Besides testing the corrosion protection of the products you evaluate the results using modern metallographic equipment. You will document the findings in technical reports. Start date: September 2019 for 3-6 months
Join our interdisciplinary team in Corporate Research and Technology investigating the digital future of our customers and the construction industry through our engineered solutions. Gain exposure and knowledge in a variety of industries ranging from oil and gas to hospitals, from civil infrastructure constructions to manufacturing. Working closely with our leadership and our experts across R&D and business units you will support us in identifying and prioritizing opportunities and requirements to enhance product efficiency and harness the power of ICT.
Join our interdisciplinary team in Global Process Management and contribute in forming the fundamentals for a future ready idea-to-launch system to successfully bring innovation to the market. Gain exposure and knowledge across all Hilti business units ranging from process industry to discrete manufacturing. Working closely with our managers and experts in various business functions, you will support us in the evolution of our key innovation framework – Time-To-Money (TTM).
Metallography analyses are key activities in the support of our research projects and in the development of our products. As part of a multi-disciplinary team you will be responsible for the technical tasks around the metallography investigations and failure analyses. Start date: flexible, Duration: 6-12 months
We’re looking for interns in Hilti`s headquarter in Schaan from engineering backgrounds to join our fastener development team. Your role is to bring innovative ideas in nail fastening on concrete and steel and prove the concepts in prototype phase Start date is flexible to the student's availability, duration for at least 6 months
Within your role you support a product related project in our competence area of tribology and in close collaboration with our R&D staff. Tribology is one of Hilti’s key competences to ensure outlasting and outperforming Hilti products. Your role is to investigate sealing systems and to analyze their behavior on specifically designed tribological test equipment. Furthermore, you will have the opportunity to contribute with your ideas to our future sealing concepts. Duration: at least 3 months
Fastening on steel is a big application area of Hilti direct fastening technologies. Steel pins are driven with a tool within milliseconds into steel base material to fix gratings, installation equipment or for the use of electrical bonding and grounding. The products and applications are highly specified and the product performance is proven in various approval documents. To actively drive and form this business area for Hilti, new product ideas are constantly generated and need to be technically evaluated.
You will be working in a cross-functional team to help bring the next generation of battery nailers to life. You will develop and improve a simulation model which will reflect the real tool behavior. Based on the results, you will develop and implement concepts to improve and optimize the power electronics of the tool, and further differentiate our tools from the competition. Start date is flexible to the student's availability, duration for at least 6 months
As part of our development and testing team you will be responsible to gain a deeper understanding on interaction of anchors and installation tools and to find solutions to improve anchor system performance. Besides working experimentally you have to evaluate the results using statistical methods.
Contributing in developing the latest generation of the high-power lithium ion batteries. You will experience working at HILTI as part of our battery team and you will be actively involved in our research projects with a special focus on the evaluation, prediction and improvements of the lithium ion batteries performances for the HILTI applications. Start date is flexible to the student's availability, duration for at least 6 months.