Dipl.-Ing. Gourishanker Patro

• Schedule-management, EoT and delay analysis, variation management • Detailed schedules for production of monopile foundations, transition-pieces for offshore windfarms

• Project management, planning and controlling, progress monitoring • Review and preparation nonconformities report for certification process • Implementing efficient case analysis process for nonconformity issues and approval • Monitoring, evaluation, audit and learning to improve reporting process

• Weiterbildung zum Coordinator International Project Management (IPM) Gesellschaft Nachhaltige Entwicklung (GNE-Witzenhausen) Schwerpunkt: PCM and Project proposal, Projektsteuerung, Stategy and SH Analysis, Food Security, Climate Change & Reforestation, Humanitäre Hilfe, WASH, Entwicklungszusammenarbeit, Monitoring & Evaluation

• Project management, scheduling, reporting, resource planning • Certification of Fuselage, Wing and Freighter assemblies • Process automation for quicker data processing

Check Stress for Door surround structures. FnDT analysis of Door surround structures. Validation of weight reduction and optimised structures.

Design of Wind energy systems. Basic design concepts.

Assessment of Design, Test and Field behaviour of Gearbox Validation of results with parallel calculation using KISSsoft Knowledge of Wind turbine Main components (Main Frame, Hub, Nacelle, Torque arm) Examination of supplied documents and Creation of Certification report Certification as per Latest IEC, GL guideline

Design, Analyses and optimization of Fuel Feed Line and support structure. Also responsible for Interface Load analysis between bracket and Primary Structure for connection design. Data distribution for work packages and design interaction. Stress and Model Report Generation, design coordination and process improvement with quality as part daily activities. These activities comprise of VBA tool development as needed. Also helped the team from F&DT with their target stress query and Bracket design.

I was responsible for Interface load analysis of Cargo doors in A350-900. Later these data were shared with RSP for detailed analyses as well as further design improvisation. During this time period, I was involved in process and quality improvement, and giving consultation to supplier for time and project optimisation. I am also trained with AIRBUS ISAMI-Stress Analysis, Task-300 Structural concession, and Jet toll taining.

FE analysis and Hand calculation of CFI joints and surrounding structure for A350 Check Stress for Bulkhead/Frames for PAX to Cargo Conversion

As Project leader of the team, I was responsible for #Check Stress for Front and Centre Fuselage for Fighter Helicopter #Check Stress for Spoiler Rib, A380 [Revised load for MSN 011]

As Senior member of the team, I was responsible for #Stress analysis and optimization of primary structures of military helicopter #Aerodynamic Analysis of the aerospace vehicle for flutter study (Tail structure) #Static analysis of GALLEY Structure and Fitting

As Senior member of the team, I was responsible for #Re-Design and Stress analysis of components (Links, PDO fitting) for strength enhancement #Weight optimization of spoiler of the control surface using Nastran #Re-design of winglet spar of passenger aircraft #Full cycle Thermal Transient analysis of Steam Turbine Casing #Design of Railway signal tower

Static and buckling analysis for Vertical tail using Global FEM and critical load cases Component design (Spar, Rib, Hinges, Lug) manually with loads and ESDU 91008

Structural Analysis