Awni Almoughrabi

Project Management and Scheduling using ProjectLibre

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Software Engineering and Project Management Coursework

Leveraged ProjectLibre to plan, schedule, and optimize complex tasks for two scenarios: a departmental social event and a quality improvement initiative. Applied advanced project management principles through critical path analysis, resource management, and feasibility assessment.

SimaPro LCA Study: Aluminium vs PET Bottles

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Sustainable Product Lifecycle Engineering LCA Coursework

Conducted a comprehensive Life Cycle Assessment comparing environmental impacts of refillable aluminium bottles versus single-use PET bottles for festival water provision. Analyzed climate change impact and overall environmental measures using SimaPro software.

Materials and Manufacturing Analysis: Metzenbaum Surgical Scissors

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Materials & Manufacturing Processes Group Project

Conducted a comprehensive analysis of Metzenbaum surgical scissors using Granta Edupack, examining material selection and manufacturing processes. Evaluated AISI 420 stainless steel properties and manufacturing methods to ensure optimal surgical tool performance, durability, and safety in medical environments.

Interactive Minesweeper Game Development

Software Engineering Group Project

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Designed and developed a fully interactive Minesweeper game using Python with customTkinter for the graphical user interface. Applied rigorous software design principles, produced clear UML diagrams, and crafted a highly interactive, user-friendly gaming experience adhering to industry-standard UI design guidelines.

CAD Carriage Design and Assembly

Engineering Design Project

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Developed and modeled a detailed mechanical carriage assembly using Siemens NX software, creating precise 3D models of individual components and producing comprehensive engineering documentation compliant with BS8888 standards. The project delivered detailed engineering drawings, exploded assembly views, and a structured bill of materials suitable for manufacturing.

MATLAB Simulation of Parachute Descent

Engineering Mathematics Group Project

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Explored mathematical modeling and simulation of parachute descent dynamics using MATLAB, analyzing how factors like parachute design, mass, and drop height affect landing velocity. Applied differential equations and symbolic computation to predict terminal velocities and validate against real-world parachuting data.

SpaceX Procurement/Supply Tender Contract

Group Engineering and Management Modelling Project

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Conducted detailed analysis and optimization for a SpaceX tender contract using advanced Excel modelling techniques. Developed a cost-effective and sustainable production solution that scaled from 400 to 600 units monthly while ensuring ethical compliance and achieving a profitable contract fulfillment strategy.

Statistical Analysis Using R Studio

Coursework Project

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Employed R Studio's statistical computing capabilities to analyze global happiness metrics in relation to socioeconomic factors. Uncovered correlations between happiness and key variables like GDP, social support, and personal freedom, with regression analysis explaining 74% of happiness score variation globally.

Digitization of Supply Chains

Final Year Individual Project

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Leveraged blockchain technology to reduce the number of counterfeit parts entering the civil aviation supply chain. Developed a simulated aerospace database for single-point failure parts in a mock blockchain-based environment, executing realistic blockchain events to analyze and compare performance against traditional aerospace supply chain models, resulting in a 70% counterfeit detection rate.

Automotive Supply Chain Strategy Project

3rd Year Coursework

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Developed a comprehensive supply chain strategy for a Tier-1 supplier of Li-ion batteries to the automotive industry, focusing on manufacturing configuration, procurement, logistics, and distribution for enhanced efficiency and resilience.

Digital Manufacturing & Discrete Event Simulation Project

2nd Year Coursework

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Designed and implemented simulation models for manual and automated aircraft landing gear assembly lines, utilizing discrete event simulation software (Witness) to evaluate production efficiency and costs. Conducted bottleneck analysis and efficiency assessments, identifying production constraints and optimizing workflow.

Production Scheduling Optimization

2nd Year Coursework

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Analyzed various production scheduling strategies (Level, Chase, and Hybrid methods) to identify the most cost-effective solution for maintaining optimal inventory levels while aligning production with fluctuating demand forecasts. The Chase Plan emerged as the optimal strategy, offering the best balance between inventory management and workforce flexibility.

Air Engine Manufacturing & Testing

Engineering Management Group Project

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Designed, manufactured, and tested an Air Engine that converts compressed air into rotational mechanical energy. The project involved rigorous technical research, precise material selection, detailed manufacturing processes, and performance testing to achieve optimal rotational speed with minimal air pressure, meeting engineering specifications and standards.

Sustainable Mobile Automated Car Wash

Manufacturing Design Group Project

Led the design and material selection of the drying system and protective cover for a sustainable, mobile automated car wash solution. Implemented energy-efficient drying technology and selected optimal materials for the retractable cover, focusing on durability, sustainability, and operational efficiency.

Automation of Flexible Manufacturing System

2nd Year Group Coursework

Developed a comprehensive Flexible Manufacturing System (FMS) strategy integrating Automated Guided Vehicles (AGVs), Automated Storage and Retrieval Systems (AS/RS), CNC machine technologies, and digital twin technology to achieve lights-out manufacturing. Implemented renewable energy solutions (solar and wind) to enhance sustainability, resulting in significant cost savings and improved operational efficiency.

Sustainable Product Design: Algae-Derived PHB Gillnets

Sustainable Product Design Project

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Developed biodegradable fishing nets made from algae-derived polyhydroxybutyrate (PHB) as an alternative to conventional nylon gillnets that can last 600-800 years in the ocean. This project addresses the critical environmental issue of ghost fishing and marine plastic pollution while maintaining fishing efficiency and ensuring safe biodegradation if lost at sea.

Manufacturing System Analysis: JCB Backhoe Loader

Engineering Management & Manufacturing Analysis Project

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Conducted a comprehensive analysis of JCB's backhoe loader manufacturing at their Uttoxeter facility, focusing on JIT production, supply chain management, and quality control processes. Evaluated manufacturing systems, logistics partnerships with DHL, and financial strategies.

Medieval Weapons System: Catapult Design

Historical Engineering Project

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Designed and modeled a medieval catapult system, combining historical research with modern engineering principles. The project involved detailed mechanical design, structural analysis, and historical accuracy considerations to create a functional catapult model that demonstrates the engineering ingenuity of medieval warfare technology.

Healthcare Engineering Project

Biodegradable Tongue-Stabilising Sticker for Sleep Apnoea

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Developed an innovative healthcare solution for positional sleep apnoea - a biodegradable tongue-stabilising sticker designed as a portable, discreet alternative to traditional CPAP machines. The product addresses key user needs around safety, comfort, and travel-friendliness while providing symptom reduction without interfering with natural oral function.

Applied Product Design: Mentoring for Innovation in Waste Reduction

Management Mentoring Project

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Guided a group of product design students through an applied design challenge focused on reducing household waste, collaborating with industry experts from Sagentia Innovation. Facilitated market research, ideation, and decision-making processes, resulting in a viable product concept targeting food waste reduction in upper-middle-class households.