• DESIGN AND DEVELOPMENT OF NANOMATERIALS BASED GLUCOSE SENSOR 

  MUHAMMAD MOHIB, MINAHIL SAIF,ZAIN ABDULLAH (SCME,NUST, 2024)

  Diabetes is widespread in Pakistan and the patients must go through the pain of repeated pricking and thereby are prone to infection. The sensor developed in this study can detect glucose from saliva and save people ...
• NANOMATERIALS-BASED THERANOSTIC PLATFORM FOR CANCER TREATMENT USING ULTRASONIC HYPERTHERMIA 

  Ali Hassan , Fiza Khan , Hassan Ahmed (SCME,NUST, 2024)

  Cancer is amongst the most complex global health issues which continues to demand serious action. Several treatments including chemotherapy, radiotherapy, and surgery are being practiced but they have multiple limitations. ...
• OPTIMIZATION OF SINGLE-LAP SHEAR STRENGTH OF PEEK-ALUMINUM JOINTS FOR AUTOMOTIVE APPLICATIONS 

  Abdur Raheem ,Hina Mukhtar ,Muhammad Taheer (SCME,NUST, 2024)

  Adhesive bonding reduces weight, increases fuel economy, and lowers emissions. It is a crucial component in the building of automobiles. In comparison to alternative techniques like welding, riveting, and bolting, it ...
• DEVELOPMENT OF LAMINATION PROCESS TO FABRICATE OPTICAL TRANSPARENCIES OF HURKUS-C AIRCRAFT 

  Safa Shahid,Muhammad Sameer,Muhammad Bilal Tariq (SCME,NUST, 2024)

  Optical transparencies allow light to easily pass through and are widely used in applications such as lenses and optics, windows and glass panes, photovoltaic devices, displays and screens. This study aims to work on ...
• DEVELOPMENT OF THERMAL CONDUCTIVE PASTE FOR HEAT TRANSFER IN ELECTRONIC DEVICES 

  Muhammad Hazqeel Ejaz,Abdullah Tahir,Zukhruf Hussain (SCME,NUST, 2024)

  A major development in thermal compound technology, polymer-based thermal pastes provide a flexible means of achieving effective heat transmission in contemporary electronics. These pastes are essential for improving ...
• OPTIMIZATION OF Cu2O PHOTOACTIVE LAYER FOR SUSTAINABLE INTEGRATION ON ALL OXIDE SOLAR CELL FOR SELF-POWERED SMART WINDOWS 

  Ramsha Durrani,Talha Ahmed,Amna Malik , (SCME,NUST, 2024)

  Smart windows are innovative window systems that are essential for sustainable building design because they can dynamically modify their transparency and boost energy efficiency by optimizing natural light, lowering ...
• DEVELOPMENT OF AN IONTOPHORESIS SYSTEM FOR TARGETED AND EFFECTIVE TRANSDERMAL DRUG DELIVERY 

  Muzammil Tasleem,Muhammad Anas Raza,Muhammad Abdullah (SCME,NUST, 2024)

  The current deals with the Iontophoretic transdermal drug delivery system. Effective, non invasive and targeted drug delivery is a critical challenge in modern medicine. It plays a vital role in optimizing therapeutic ...
• NOVEL APPROACH FOR SYNTHESIZING GRAPHENE OXIDE FOR POTENTIAL WATER PURIFICATION 

  Muhammad Aiesh Ghayoor,Abdullah Afzal,Muhammad Shahzaib (SCME,NUST, 2024)

  Following research investigates the potential of carbon derived from sweet limetta and orange peels for synthesis of graphene and its potential application in water purification membranes. Green-sourced carbon, due to ...
• SYNTHESIS & CHARACTERIZATION OF SENSING MATERIAL FOR REAL TIME MONITORING OF PROTIEN RICH FOOD 

  Amanullah Nimra , Rehan Ali ,Shawaiz Ali Sabir ,Shahzad (SCME,NUST, 2024-06)

  Real time monitoring of food is essential to ensure the safety and quality of food with the growing demand for food around the globe. However, means to monitor food are becoming more and more abundant, as the economy ...
• DESIGN AND DEVELOPMENT OF A SOPHISTICATED BIOSENSING PLATFORM FOR BACTERIAL SENSING VIA AMPLIFIED EXTRACELLULAR ELECTRON TRANSFER PROFICIENCY 

  Ahsan Nasir, Muhammad; Akhlaq, Manahil; Sherbaz Khan, Sardar (National University of Sciences and Technology (NUST) School of Chemical and Materials Engineering (SCME), 2023-06)

  This study focuses on the development of a biosensing system suitable for bacterial detection. Bacterial diseases are a major concern worldwide and therefore constant research is going on to develop methods for rapid ...
• DESIGN AND MANUFACTURING OF THE PROTOTYPE FOR METAL-AIR BATTERY TESTING 

  Adil, Muhammad; Tariq Khan, Tooba; Haseem Ayub, Muhammad (National University of Sciences and Technology (NUST) School of Chemical and Materials Engineering (SCME), 2023-06)

  Metal air batteries have significantly grown over the years due to their superior energy density followed by their cost-effectiveness and eco-friendliness. To develop this technology further, it is necessary to investigate ...
• SOLUTION PROCESSABLE THIN FILMS FOR ALL-OXIDE SOLAR CELLS 

  Gardezi, Muhammad Hammad Raza; Maryam, Khizra; Hanif, Bilal (National University of Sciences and Technology (NUST) School of Chemical and Materials Engineering (SCME), 2023-06)

  The increasing demand for sustainable energy sources has driven extensive research into solar cells for efficient and environmentally friendly energy conversion. While perovskite-based solar cells have demonstrated promising ...
• SYNTHESIS AND CHARACTERIZATION OF SHAPE MEMORY POLYURETHANE FOR FOOD STORAGE APPLICATIONS 

  Khaqan, Haris; Danyal, Mohammad; Hayat, Muhammad Azam (School of chemical and materials science (SCME), 2023-06)

  The purpose of this study is to examine the impact of film formulations on the development of a packaging film for fresh produce that is more sensitive to changes in temperature and exhibits increased gas permeability. A ...
• DESIGN AND DEVELOPMENT OF THERMAL AND CHEMICAL PARAMETERS FOR RECYCLING AND RESTORATION OF GLASS FIBERS FROM COMPOSITE WASTE 

  ASHFAQ, ASAD; HAQQI, ZEERAK UL HAQ; IFTIKHAR, ZOHAIB (National University of Sciences and Technology (NUST), 2023-06)

  Previous studies show that Fiber Reinforced Polymers are dumped in landfills after usage or are burned or decomposed by combustion methods. These processes generate environmental waste and landfill problems. The disposal ...
• SYNTHESIS AND CHARACTERIZATION OF MIXED FERRITE NANOPARTICLES FOR MICROWAVE ABSORPTION APPLICATIONS 

  Ayub, Maryam; Kamran, Tayyaba; Hammad, Muhammad (National University of Sciences and Technology (NUST), 2023-06)

  In this project, Zinc and Cobalt doped Nickel Ferrite and its composite with MWCNTs have been prepared via sol-gel and ultrasonication method. The ferrite sample and composites were characterized by X- Ray Diffraction ...
• DEVELOPMENT OF TITANIA NANOSTRUCTURES ON POROUS TITANIUM FOR IMPROVED OSSEOINTEGRATION 

  Mustafa, Zabreen; Hasham Hussain, Muhammad; Saleem, Qazi Mujtaba (National University of Sciences and Technology (NUST), 2023-06)

  Pure Titanium (Ti) has gained recognition as an excellent implant material in orthopedics due to its exceptional corrosion resistance and biocompatibility. However, its modulus of elasticity is higher as compared to that ...
• DEVELOPMENT OF SUPERHYDROPHOBIC AND TRANSPARENT COATING 

  Shahbaz, Ahmad; Shahid, Amna; Akram, Hashir (National University of Sciences and Technology (NUST), 2023-06)

  The goal of this study is to create a transparent superhydrophobic coating that has been specially designed for usage in automotive applications. The goal is to treat the problems brought on by water collection on car ...
• OPTIMIZATION AND CHARACTERIZATION OF HA COATING ON TI SUBSTRATE VIA PLD FOR BIOLOGICAL APPLICATIONS 

  Hassan, Muhammad; Ayub, Sadia; Shakoor, Shakoor (National University of Sciences and Technology (NUST), 2023-06)

  This study focuses on the synthesis of Hydroxyapatite powder, followed by development of HA coating on commercially pure Titanium substrate via Pulsed-Laser Deposition (PLD) coating technique, and optimization of PLD ...
• SYNTHESIS AND CHARACTERIZATION OF BIO NANOCOMPOSITE FILMS FOR FOOD PACKAGING APPLICATION 

  Tanveer, Shermeen; Ahmed, Zaheer; Haris Ansar, Muhammad (National University of Sciences and Technology (NUST), 2023-06)

  The increasing demand for sustainable and environmentally friendly packaging materials has driven extensive research in the field of biodegradable films for food packaging applications. This thesis presents a comprehensive ...
• DERIVING GRAPHENE NANOSHEETS FROM BIOMASS FOR HIGH POWER SUPERCAPACITORS 

  Saud, Shah; Ahmed, Uzair; Ali, Niaz (National University of Sciences and Technology (NUST), 2023-06)

  Due to its environmental friendliness, quantity, and porous makeup, carbon derived from biomass has garnered much interest as an active component for supercapacitor electrodes. Our project employs self-template chemical ...

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