1- PRODUCT SERVICE SYSTEMS PSS Dynapac A B K arlskrona
Society is rapidly developing into a function based solution society for a circular economy reasoning. My research work at Dynapac support s this transition from pure hardware development into hybrid product/service/software development.
• PSS Design Methodology: Development of function based solutions for a circular economy reasoning.
• Value driven design: The ability to drive design and development of new solutions using perceived value as the driver. (Value driven design, Value Innovation, circular solutions).
• Innovative product development: Exploration. The ability to deve lop new products and offerings (engineering design, innovation methods, circular economy, key performance indicators, creative methods for concept ideation and generation).
2- MODEL DRIVEN DEVELOPMENT MDD Tetra Pak AB Lund
Industry and society are becoming more and more model driven and data and models are being shared between different stakeholders to follow up productivity, circularity, carbon footprint, cost etc. It is a high time to utilize live data in combination with extended modelling and simulation as early as possible in the conceptual design in order to make informed decisions.
• Design Automation: The ability to re use and apply knowledge/information/data to speed up th e development process.
• Simulation Driven Design: The ability to deploy simulation driven design and virtually build,
test, and learn before entering the physical production space (Simulation Driven Design,
Discrete Event modelling, analytical models, proc ess models, model based systems
engineering, data driven design, data analytics).

• To prepare 3D model and 2D drawing for several plastic, sheet metals, aluminium casted parts
and components needed for motorcycle CG 125 and CD 70 product variants.
• Not only design the com ponent/parts but responsible to streamline/synchronise the works at
shop floor and reduce idle time for several machines i.e. CNC, plastic injection moulding
machine, Milling, Press, Drilling, Grinding, Welding, and Lathe machines, etc.
• Develop close coor dination with worker/operator and assign the tasks, manage overtime for
these labours, and control the flow of documents within/outside the department. Thus, help
to t ranslating requirements from various stakeholders, including standards, to functional and
quality requirements for parts, sub assemblies, and final product.
• Model verification, documentation, prototyping, development, verification , approval of
manufacturing drawings for production parts.
• To work closely with several m anager s and create networking across the organization
departments (production, quality, and marketing) for timely and quality delivery of production
equipment .
• Design of multiple tooling for production (such as dies, mould, jigs, fixture etc.). Generate
BOM and BOQ of thes e designs.

• Develops, designs, and delivers production equipment and special machines internally within ABB, both locally and globally.
• Production equipment and special machines such as fixtures, interpreters, stand, presses, lifting gear, work platforms, emergency job in the workshop, cutting tools, bending tool, 3D-printed details, machined details.
• Responsible for the entire stage from customer request to finished product. Hand sketch, 3D model, 2D drawings, machining, simulation, and hand calculations. Perform FEM analysis of mechanical structures.
• Writing standard instruction, certification, customer, and supplier contacts.
• Take account of CE marking and machining directives.
• Hand Calculation: mechanics, welding, stress, and safety factor theory calculation for various structural components & welds. Prepare excel sheet for automating the hand calculation.
• Establish cross functional contacts internally as well as external contacts with supplier and others.