Designing optical components and corresponding mechanical components as the supporting structure. Analysis of ray tracing w.r.t. changes in thermal behaviour.

Tooling design/upgrades to the design. Tooling -> qualification of Mk 3 IHDs by upgrading existing tool and repairing some old ones. I am the architect that develops the EPS, PIR to start the work. I also assist SEs with the EDS. I also make sure that the design is robust against variations, manufacturable, ergonomic and ready for production. Besides designers, guiding analysts who work with large data sets, also those who work in FEA/FEM is a regular part of my work. Upgrades -> High priority CQNs and escalations can lead towards further investigation on the right design change or a process change. For design change, I lead the analysis and direct the designers for any and all TPD changes. The goal is always to choose the changes wisely and prevent them as much as possible via several tests. I provide various teams with complex test plans and develop a decision matrix based on the possible outcomes. I oversee the execution of the tests and review the analysis of the results. Documentation is a priority for me throughout the whole life cycle of the project, in order to manage my stakeholders. Working with suppliers and farmout designers are also a regular part of my day.

A) Design rules development and revision for NXT and EXE machines on components where dynamic load is applied. Structural and lifetime analysis on metal-to-elastomer bonded parts.B) Project architecture and execution lead for a large-scale production process development and optimisation. Following are the hard skills I have acquired because of this role:-> MSA - Measurement System Analysis-> DoE - Design of Experiments-> FMEA - Failure Mode and Effect Analysis-> Root cause Analysis-> SPC - Statistical process control-> Capability on normal and non-normal data-> DIDOV methodology -> DMAIC methodology-> statistics-> rubber processing techniques-> Dynamic Mechanical Analysis tests-> rheology tests-> CAD design, design optimisation - COMSOL, NX-> Minitab data analysis-> MATLAB-Excel large dataset analysis

Primary responsibilities include multiple onsite customer projects:-> Development of mixer blades for large chemical reactors.-> Development of composite molds for yacht parts-> Development of windmills blades - the negative of the composite mold; test materials; -> Composite development-> worked with challenging recycled plastic processing equipment design and development->test plans on thermoset plastic and thermoplastics

Designed, 3D printed and fabricated macro and micro components for a medical diagnostic device to diagnose colon, renal and prostate cancer. Developed a research plan. Developed a business plan for the final R&D product. Communicated with the management of Oslo University Hospital, Head of the department of Product design- HiOA, Director of Norwegian Research Council, Senior advisors of the Norwegian research council, partnering companies like Oslofjord Resource park, Silicia and Microtech Innovation. Presented the business plan to established companies for a prospective partnership in the project. Came up with unique marketing plans for the unique visionary product (to be patented by yours truly). Medical device design• Design using SolidWorks: Lab-on-chips, Comb drive, Ultrasound transducer, smart toilet Medical device Simulations • Motion Analysis, Fluid Flow Analysis, Thermal Analysis, Structural Analysis • Nonlinear Analysis, Linear Stress AnalysisAutomation of DNA extraction and NASBA on sputum, SIHA cells, cervical cancer patients, E.coli culture and fecal samples.• Blood typing, Analysis of Mammalian cells, Chromatographic immunoassays, Immunoassay, PCR, NASBA, Osmosis

A) Analysis:Corrosion analysis on mechanical components after return from the sea.Test analysis data on corrosion testing to be transcribed towards designers, operations and other stakeholders.B) Design:Design of a flipper systemmultiple design choices for yacht rudders meant for multiple conditions

study of mechanical joints and couplings for production automation->ball-socket, universal, cotter, knuckle, Oldham, flanged;

Mathematical model of olefinic bacteria degrading oil in a reserve pot.Design of an incinerator