CAD Design Engineer

Are you a driven person who wants to work in a technically broad and hands-on role? Would you like to develop the future of internal logistics in an innovative, technology-driven company? If so, the position as Mechanical Design Engineer at FlexQube could be the right role for you! About FlexQube: FlexQube is a technology company headquartered in Gothenburg, Sweden with subsidiaries in USA, Mexico, Germany and England. FlexQube offers solutions for cart-based material handling using a patented modular concept. FlexQube develops and designs customized solutions for both robotic mechanical cart logistics. Through the own developed and unique automation concept FlexQube can offer robust and self-driving robotic carts. FlexQube has more than 1200 customers in 40 countries with primary markets being North America and Europe. FlexQube’s customers are found in the manufacturing industry, distribution, and warehousing operations. We represent some of the world’s most successful companies, a significant portion of which are listed on the Fortune 500. These companies operate in the automotive industry, electric vehicle manufacturing, e-commerce, heavy trucks, industrial automation, and retail logistics. FlexQube has also received a new follow-up order from an U.S. customer, one of the world’s largest e-commerce and logistics companies based in the United States. About the position as Mechanical Design Engineer As a Mechanical Design Engineer, you will work in a broad, hands-on role within product development, taking responsibility for the full lifecycle from early concept and design to final production release. The focus is on developing mechanical solutions for robotics and load handling systems, with a strong emphasis on new product development (R&D). The role involves CAD modelling, detailed design, drawings, and dimensioning, as well as ensuring manufacturability through close collaboration with suppliers and customers. You will translate customer requirements into technical design solutions and develop mechanical systems such as load carriers, robotic interfaces, and motion or locking mechanisms.  You will be based at FlexQube’s headquarters in Mölndal and work closely with other mechanical engineers, as well as team members with expertise in hardware, software, electrical systems, and applications. The working approach is characterized by fast decision-making, practical hands-on work, and a strong technical presence. Your main responsibilities: Take ownership of the full mechanical design lifecycle, from early concept development to final production release, with a strong focus on R&D for robotics and load handling systems. Develop CAD models, detailed designs, drawings, and dimensioning, while ensuring manufacturability through close collaboration with suppliers and customers. Translate customer requirements into robust mechanical design solutions. Be part of a project development team where you own your tasks, collaborate closely with colleagues, and are exposed early to customers and real-world applications. About you You have in hands-on product design and/or mechanical construction with a strong focus on metal structures. A post-secondary education in mechanical engineering, product design, or a related field is meritorious. You possess a solid understanding of how mechanical systems function, and have strong CAD skills, where experience in Autodesk Inventor is considered an advantage. The role requires fluency in English, while proficiency in Swedish is considered an advantage. Experience or knowledge in areas such as FEM, 3D printing, Jira, electronics, and plastics/composites is beneficial, as is experience in robotics or AGV/AMR systems. To succeed in the role, we believe that you are a driven and curious individual who enjoys working hands-on with complex technical systems. You are detail-oriented and take pride in completing tasks thoroughly, ensuring nothing is left unfinished. You are a problem-solver, able to take ideas from concept to fully realized solutions. Furthermore, you are a team player who thrives in collaborative, cross-functional environments, and flexible in adapting to fast-paced projects and changing priorities. Important for the position: Experience in hands-on product design and/or mechanical construction with a strong focus on metal structures, sheet metal, and welded assemblies. Solid understanding of how mechanical systems function, such as motion, forces, and torque. Strong CAD skills, with experience in Autodesk Inventor considered an advantage. Fluent English skills. Swedish language skills are considered an advantage. Meritorious:  Post-secondary education in mechanical engineering, product design, or a related field. Knowledge in one or more of the following areas/technologies: FEM, 3D printing, Jira, electronics, plastics, and composite materials. Experience in robotics, AGV/AMR, or other mobile systems   Other information Start: According to agreement. Employment: Full-time, 100%. Location: Mölndal. Salary: According to agreement. If you find the position as Mechanical Design Engineer of interest, do not hesitate to submit your application, as we apply an ongoing selection process. We at Needo look forward to hearing from you!

About Tata Technologies At Tata Technologies, we make product development dreams a reality by designing, engineering, and validating the products of tomorrow for the world’s leading manufacturers. Due to our continued growth, we are looking for a Senior Design Engineer – Interior Trims & Materials to strengthen our team in Sweden. The Role As a Senior Design Engineer, you will be responsible for the development and delivery of Floor Systems, Luggage Compartment Systems, and Overhead Interior Systems. You will translate product requirements and performance criteria into robust engineering solutions, CAD models, and technical specifications. This role focuses on the engineering and design of automotive interior trim components, ensuring that products are manufacturable, cost-effective, compliant with regulations, and delivered according to project timelines. Key Responsibilities Lead the design and development of interior trim systems, including: Floor systems Luggage compartment systems Overhead systems Carpets Absorbents Insulations Load floors Headliners Associated plastic components Develop engineering concepts and convert them into detailed 3D models and 2D drawings using CATIA V5. Create and maintain CAD data, master sections, and engineering documentation. Ensure tooling feasibility and manufacturing requirements are incorporated into the design process. Collaborate with manufacturing, purchasing, suppliers, and cross-functional engineering teams to ensure product feasibility and successful industrialization. Support material selection activities considering durability, performance, aesthetics, sustainability, and cost. Optimize designs for packaging, weight, cost, quality, and performance targets. Support physical and virtual validation activities. Ensure compliance with customer requirements, industry standards, safety regulations, and quality expectations. Release engineering drawings, CAD models, and maintain Bills of Materials (BOMs). Lead design reviews and technical discussions with internal and external stakeholders. Support DFMEA, DVP, DFA, and DFM activities throughout the development process. Ensure all project deliverables are completed according to agreed timelines and milestones. Identify project risks and contribute to continuous improvement through lessons learned and technical reports. Provide technical guidance and coordinate activities within the engineering team when required. Required Experience & Qualifications Education Bachelor’s Degree or Diploma in Mechanical Engineering or a related discipline. Experience Minimum 5–8 years of experience in automotive product development. Strong experience in the design and development of automotive interior trim systems and components. Proven expertise in: Floor systems Luggage compartment trim Carpets Absorbents Insulations Load floor systems Headliners Extensive hands-on experience with: CATIA V5 Teamcenter (TCe) Technical Knowledge Interior trim regulations and automotive standards. Plastic injection moulding design and tooling processes. Manufacturing processes for interior trim components. GD&T (Geometric Dimensioning & Tolerancing). Component drawings, engineering standards, and design guidelines. DFMEA, DVP, DFA, and DFM methodologies. Product development and project delivery processes. Additional Qualifications Experience working with global OEMs and cross-functional teams is highly desirable. Good understanding of manufacturing processes, particularly plastics and composite materials. Strong problem-solving and analytical skills. Excellent verbal and written communication skills. Ability to work effectively in multicultural and global environments. Positive attitude, collaborative mindset, and strong team-player qualities. Why Join Tata Technologies? Join a global engineering organization where innovation, collaboration, and technical excellence drive the development of world-class products for leading automotive manufacturers. Be part of a team that is shaping the future of mobility.