Manufacturing Engineer – Design for Manufacturing (DfM) at AutoStore™

Oslo, , Norway -

Full Time

Start Date

Immediate

Expiry Date

12 Aug, 26

Salary

0.0

Posted On

14 May, 26

Experience

5 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Design For Manufacturing, Design For Assembly, NPI, D-FMEA, P-FMEA, Root Cause Analysis, PLM Systems, Mechanical Engineering, Electrical Engineering, Mechatronics, Sheet Metal Forming, Injection Molding, PCBA Design, Industrialization, Production Ramp-up, Cross-functional Collaboration

Industry

Industrial Automation

Description

We are looking for an experienced Manufacturing Engineer with a strong Design for Manufacturing (DfM) focus to help shape products that are ready for efficient, stable, and high‑quality volume production. In this role, you will work closely with product development and operations to ensure manufacturing considerations are built into the product from the earliest design stages. The role is not primarily focused on tooling or downstream process execution, but on influencing product design, architecture, and engineering decisions so that products can be industrialized reliably and economically. You will act as a bridge between development and production, representing manufacturing realities while maintaining a balanced view of performance, quality, cost, and long-term product robustness. Key Tasks and Responsibilities Contribute to cross‑functional product development teams as the design‑for‑manufacturing expert Ensure DfM and DfA principles are applied throughout the product lifecycle, from early concept and system architecture through detailed design, pilot builds, and series production Balance trade‑offs between functionality, performance, quality, cost, reliability, and manufacturability to achieve robust product designs Serve as the “voice of manufacturing” throughout the development process Identify and mitigate manufacturing and quality risks using structured methods such as D‑FMEA, P‑FMEA, and root cause analysis Collaborate closely with manufacturing, quality, supply chain, and external partners to ensure designs align with real production conditions Contribute to continuous improvement of both products and development processes based on production feedback and testing results Key Qualifications Degree in mechanical engineering, electrical engineering, mechatronics, or a related discipline 5 years of relevant experience in Design for Manufacturing / Design for Assembly, manufacturing or industrial engineering and new Product Introduction (NPI), industrialization, or production ramp‑up Solid expertise in at least one of the following areas: Mechanical DfM, such as sheet metal forming, stamping, die casting, injection molding, machining, or structural assemblies Electrical / electronics DfM, such as PCBA design for manufacturing and test, cabling and harness systems, mixed‑signal electronics, or production test concepts Working knowledge of design and/or Process FMEA, root cause analysis and corrective action methods and PLM systems and engineering change processes Experience working close to both product development and manufacturing is a plus Hands‑on and analytical mindset, with an interest in testing, validation, and practical problem solving Strong collaboration and communication skills, with the ability to work effectively across disciplines and organizational boundaries Willingness to travel between AutoStore’s facilities in Oslo, Nedre Vats, and Koszalin, Poland. WE OFFER: A creative, safe, and solid workplace in a business experiencing tremendous growth – Norway's first unicorn company listed on the Oslo Stock Exchange A company culture where we recognize and applaud everyone's contributions in making decisions Competitive compensation and benefits package including good pension and insurance scheme, parking spaces with charging stations, workout facilities, subsidized company cabin scheme, subsidized canteen, paid exercise time and paid voluntary time. Work location for this role is: Lysaker in Oslo, Stavanger or Nedre Vats in Norway We will only consider candidates from the locations in this role. Deadline to apply is 28 May 2026. Show your interest in the position by registering your CV and application as soon as possible. Certificates and diplomas are attached to the application. All inquiries are treated confidentially. Applications are processed on an ongoing basis. AutoStore does not accept agency resumes or assistance for this role. Please do not forward resumes to our job's alias or AutoStore employees. AutoStore is not responsible for any fees related to unsolicited resumes. This policy should be respected. We believe that following a defined and structured recruitment process will ensure that we have a fair and equal process for all candidates. We focus on finding the right talent and have designed our process to reduce biases and have a good candidate experience. For that reason, we are not accepting open applications, but encourage you to set up a job alert on our recruitment page to be notified when the next opportunity arises within your field of interest. Try our brand new AutoStore Pathfinder! Here you will be able to take a short questionnaire and read about where in our organization your skillset and personality can be a fit🤩 AutoStore, founded 1996, is a warehouse robot technology company that invented and continues to pioneer cube storage automation, the densest order-fulfillment solution in existence. Our focus is to marry software and hardware with human abilities to create the future of warehousing. We are a value driven organization, with our people being our most important asset. Lean, Bold, and Transparent manifest itself in everything we do, and are pushing borders to increase efficiency, safety and develop new products for our customers. AutoStore was born out of the great idea for storing goods like Rubik's Cube, instead of Dominos. We are now looking for talent that share our values and curiousity for new technology and development

Responsibilities

Act as the bridge between product development and production to ensure DfM and DfA principles are integrated from early design stages. Identify and mitigate manufacturing risks while balancing performance, quality, and cost for high-volume production.