Nirav Oad Email & Phone Number

Milton Keynes, England, United Kingdom

• Operating Bar Saw to a high quality and safety standard for aerospace industry
• Skilled in adhering to ISO 9001 standards, maintaining traceability, and efficiently setting up machines to produce accurate parts based on technical drawings.
• Used SAP software to update remaining materials after job completion and manage packaging processes. Comfortably worked in shift patterns for assuring on time delivery to the customers

Milton Keynes, England, United Kingdom

• Utilizing knowledge of web resources to read and follow processes related to credit cards while executing processes on a nationwide personalized application, all while simultaneously talking with customers on a call
• Satisfying and solving customer issues over the phone, maintaining good relations with customers, and daily dealing with approximately 120 people

Milton Keynes, England, United Kingdom

• (Worked in 3 different departments)
• Leading a team of 15 people for project between CTDI and its worldwide client
• Utilizing the naked eye check and conducting various quality checks on devices such as BT servers, modems, payment terminals, and if necessary changing components, programs, connectors, etc., and finally updating in.
• Leading a team of 15 people, satisfying both team and customers' queries from time to time, and actively monitored and incorporating constructive feedback to address issues as they arise on the production line and.

Cranfield, England, United Kingdom

• Headed collaborative research project between Cranfield University and EPSRC to assess the environmental footprint within aerospace manufacturing leading to the use of innovative process of cleaning of swarf bringing.
• Incorporated the current cleaning process and improved it by considering the impact of contaminants on swarf, resulting in process improvement leading to 24% increase in output. Utilized draw.io and sima pro to create.
• Instead of using titanium ingots, titanium swarf was employed and cleaned, resulting in approx. 60% reduction in energy consumption for both titanium cleaning and wire production

United Kingdom

• Cross-functional collaboration between the Saudi Arabian Clients and Cranfield University to develop dates harvesting machine by lean manufacturing which resulted in 40% increase in harvesting efficiency
• Led collaborative efforts with colleagues to ensure a shared understanding of the innovative concept for system integration of various sub-assemblies within the date harvesting machine, leveraging technical support.
• Developed mechanical designs using geometric dimensioning and key attributes, which are important for customers, to design a date harvesting machine using lean and agile concepts such as set-based concurrent.

• Designed a mechanical attachment tailored to welding technology, specifically for a vertical milling machine, using CAD software
• Built a prototype assembly using additive manufacturing and to test the prototype to address any engineering challenges and ensure feasibility which leads to 8% more optimized attachment
• Various conventional machines were utilized for one-off manufacturing of a specific welding tool. Subsequently, a Bill of Materials (BOM) was created using SolidWorks to obtain quotations from various companies for the.

Gandhinagar, Gujarat, India

• Developed a model for solar thermal cooking system for residential purposes for 4-5 people houses
• Compared a solar thermal system model for cooking of 4 to 5 house-mates with 40 peoples with payback period, reduction in CO2 emission, scheffler area deployed
• Calculated various losses including absorption loss, conversion loss, and optical loss for two cases operating the Engineering Equation Solver programme
• Saved 14% remaining energy after cooking for 4 people house more than for 40 peoples house can be reused as compared to 16m2 dish

• Led the team as the Analysis and Design Head of the SAE SUPRA F1-based car project, where I designed various components of the car and utilized GD&T in SolidWorks. Additionally, conducted further analysis using ANSYS.
• Possess hands-on expertise in car manufacturing, employing various techniques including welding and bending for creating different structures of the chassis and various parts of the car. Over a quarter, I successfully.

Master Of Science - Msc, Manufacturing Technology & Management, 2:1

Modules: Lean Product Development Additive and Subtractive Manufacturing Technologies General Management Operations Management.

Bachelor Of Technology - Btech, Mechanical Engineering, 1St Class

Activities and Societies: SAE SUPRAManufacturing Process Computer Aided Design Heat and Mass Transfer Computer Aided Manufacturing.

Higher Secondary Certificate, 70%

Secondary School Certificate, 8 Cgpa