Nov 2022 – Nov 2024 · 2 yrs · Doha, Qatar · On-site

Jun 2019 – Jan 2024 · 4 yrs 7 mos

• As an additional role of Procurement Manager, I was focussed on
• Track and report key functional metrics to reduce expenses and improve effectiveness
• Craft negotiation strategies and close deals with optimal terms
• Perform cost and scenario analysis, and benchmarking
• Perform all procurement and contracting activities including pre-qualification, tender
• management, negotiation and preparation of contracts.
• Negotiate contracts with suppliers to obtain best price and service.
• Reviews requisitions, confers with vendors to obtain product or service information such as price, availability, and delivery schedule.
• Negotiates price and delivery with potential suppliers. Defines value according to the knowledge of market price.

Nov 2018 – Dec 2022 · 4 yrs 1 mo

• Tebyan is focussed in implementing next generation education experience to the schools and universities. As an Operations Manager, following are the duties and responsibilities in the company.
• Training the clients on 3D printers, 3D Scanners and Virtual Reality
• Research and testing of 3D printers and 3D scanners
• Designing various platforms to test and evaluate 3D printers
• Reverse Engineering of different models for modification.
• Educating students the scope of Virtual Reality in various sectors.

Dec 2017 – Nov 2018 · 11 mos · Dubai, United Arab Emirates

• As a technical engineer in the company, supplying 3D printers and 3D scanners to the MENA region, I am entitled for the following duties and responsibilities:
• Testing and evaluating 3D printers in the FDM sector
• Training the clients on the 3D printing and 3D scanning technology
• Research and development of new technology and process flow to improvise the FDM printed parts
• Validation of the 3D scannable product bt HP 3D scanner
• Testing of immersive computers of HP

Nov 2017 – Sep 2022 · 4 yrs 10 mos · Scotland

• The project scope was to draft, design and fabricate using 3D printing ,future sanitary appliance for the younger generation. The client is ICSS Automations, Scotland, who patented the idea of the unique design feature. The project demanded the development of a new product from a basic sketch of workflow. The project was subdivided into following phases:
• I. Defining the product be identifying the components
• II. Drafting an overall layout of the product
• III. Initial design of the product
• IV. Design revision considering the manufacturability, robustness and adaptability
• V. 3D CAD modelling
• VI. Final assembly and software analysis of the product
• VII. 3D printing the customised components for checking real life testing
• As the patent procedure is ongoing, much details of the project cannot be disclosed. The picture below shows the overview of the product.

Oct 2016 – Nov 2017 · 1 yr 1 mo · Dubai, United Arab Emirates

• CAD designing of engineering models.
• performing the CAD designing of engineering models varying from patented ideas to
• casing for hardwares in specific environments.Reverse Engineering has been performed for transforming ideas into reality
• Interdisciplinary Coordination.
• For ensuring the time bound delivery of the projects, the coordination between the designing,
• production and outsourcing team have been carried out.
• Quality Check
• As a part of the quality assurance program, a QC spec sheet customised for the company needs
• have been created and implemented. Considerable improvement in the quality check have been
• noticed.

Jun 2013 – Aug 2016 · 3 yrs 2 mos · Ernakulam

• Stryk 3d is a brainchild of a group of aspiring engineers who passionately followed the futuristic manufacturing technology: 3D Printing. Through many iterations and cumbersome brainstorming, We were able to build an FDM printer with sufficient print quality. As a Co founder and Design Head of the innovative firm, the following responsibilities were successfully accomplished
• > Designing of engineering models according to the need.
• >Checking the Viability of the design for 3D Printing.
• >Redesign of the existing models for enhancing efficiency.
• >Analysis of the engineering models for performance.
• >Setting up of various printer parameters for obtaining best print quality.
• >Post processing of FDM parts with appropriate methods according to the material used for printing.
• Apart from the technical side, the business development role made capable on
• > Sales forecast on the technology in day to day life
• >Inventory control and production schedule
• >Educate architecture, medical industry personnel about the technology