Mechanical Engineering: Recent submissions

  • DESIGN OF AN AUTONOMOUS BILEVEL VENTILATOR FOR FULL TERM AND PRETERM NEONATES 
    Muhammad Talha Ismail Hassaan Ahmad Khan Muhammad Rizwan Farooq, Supervised by Dr. Najam ul Qadir (SMME, 2021)
    The team chose the design and simulation of “Autonomous Bilevel Ventilator” as its final year project. Knowledge of Fluid Mechanics, Control Systems, Measurement, Instrumentation and Biomedical is integrated to provide a ...
  • MULTIPURPOSE SUPERNUMERARY ROBOTIC ARMS FOR INDUSTRIAL APPLICATIONS 
    Muhammad Sohaib Faisal Muhammad Usama Sattar Suaid Tariq Balghari Usman Khan, Supervised by Dr. Muhammad Jawad Khan (SMME, 2021)
    Supernumerary robotic arms are a type of wearable robotics which provide extra pair of arms to a user for performing multitude of tasks. The unique feature associated with the supernumerary robotic arms is that they reduce ...
  • DESIGN AND ANALYSIS OF A SELF-BALANCING TWO-WHEEL VEHICLE ATTACHMENT USING MECHANICAL GYROSCOPES 
    Hassan Ali Khan Mahad Niazi Roha Ashfaq Wasif Rehman, Supervised by Dr. Aamir Mubashar (SMME, 2021)
    A self-balancing mechanism is designed for enhancing locally produced motorcycles’ handling by using a mechanical gyroscope. Gyroscope is a spinning wheel which has a considerable mass, having high angular velocity, which ...
  • DESIGN AND ANALYSIS OF AUTOMATIC LIQUID FILLING MACHINE 
    Muhammad Munim Moazzam Dar Muhammad Uzair Shakeel Muhammad Hashim Bhatti Fatima Khalid, Supervised by Dr. Sadaqat Ali (SMME, 2021)
    Filling is a process in which liquids, such as water or beverages are filled in different bottles. Filling plants are extensively being used in beverages and pharmaceutical industries. Present times require a cheap and ...
  • SMART CUSHION 
    Muhammad Ahmed Khial Muhammad Owais Osama Abdur Rehman Waheb Naveed Asad, Supervised by Dr. Sana Waheed (SMME, 2021)
    This project aims at developing a locally manufactured affordable air inflated smart cushion to avoid pressure ulcers being developed in the patient’s skin, seated on a wheelchair for extended periods of time. Pressure ...
  • DESIGN AND DEVELOPMENT OF MAGNETIC BRAKING SYSTEM 
    Noman Mumtaz Shahzaib Talha Razzaq, Supervised by Dr. Jawad Aslam, (SMME, 2021)
    This report deals with the design and simulation of Magnetic braking system for a passenger vehicle using computer aided engineering software. Braking torque calculations are done for the deceleration of a specific passenger ...
  • Development of a computer program to predict working and performance of a centrifugal compressor 
    Daud Iqbal Bilal Ghani Muhammad Safi Ullah Muhammad Asad ur Rehman, Supervised by Abdul Naeem Khan (SMME, 2021)
    In the domain of compressors, a variety of them are employed according to their respective needs. For instance, axial compressors are being used heavily in high flow rate applications on the other hand offering large ...
  • PRAGMATIC MANUFACTURING ANALYSIS PERTINENT TO FIXED-ABRASIVE AND LOOSE-ABRASIVE LAPPING PROCESS TO ELICIT THEIR IMPLICATION ON PROCESSING INDUCED SUB-SURFACE DAMAGE SSD 
    Muhammad Hashir Zaheer Zaid Akbar, Supervised by Dr. Aamir Mubashar (SMME, 2021)
    Hard brittle materials are becoming more and more popular due to their excellent physical, chemical, and mechanical properties some of which include super hardness and chemical stability under a range of conditions. The ...
  • DEVELOPMENT OF STEM KITS FOR ENGINEERING STUDENTS 
    Ali Raza Khalid Muhammad Shozab Khan Awais Arshad Ahamad Nawab, Supervised by Dr Rehan Zahid (SMME, 2021)
    The aim of this project was to make STEM Kits that could be used by engineers for their learning and practical demonstration of theoretical concepts. These kits were made by blending the experimental apparatuses and STEM ...
  • DESIGN AND ANALYSIS OF LOW-HEAD HYDROKINETIC WATER TURBINE 
    Abdullah Hayat Qureshi Aiza Tahir Saad Anwar Shaikh Zartash Aslam, Supervised by Dr. Emmad Uddin (SMME, 2021)
    In general, there are two means to harness energy from water. One is the hydrostatic method that uses the potential head of incoming flow. The other one is a hydrokinetic method that utilizes the kinetic energy of incoming ...
  • DESIGN AND ANALYSIS OF A TENSEGRITY ROBOT 
    Abdul Muhaimin Pandhiani Mahnoor Bilal Saad Shabeer, Supervised by Dr Aamir Mubashar (SMME, 2021)
    The curiosity of the human mind has led to many wonderful discoveries and inventions. This natural curiosity has led us to explore space to find and learn more about our place in the universe. Space has always been a ...
  • DEVELOPMENT OF A COMPUTER CODE TO DESIGN AND ANALYZE A COMBINED GAS-VAPOR POWER PLANT 
    Saad Raza Shafay Mehmood Alam Syed Hamail Hussain Zaidi Waleed Altaf, Supervised by Engineer Abdul Naeem Khan (SMME, 2021)
    Gas Turbines are widely used in power production industry due to their higher efficiency and cleaner energy production. However, the procurement process of gas turbine requires analysis of various thermodynamic equations ...
  • DESIGN, DEPLOYMENT AND ANALYSIS OF AN AUTOMATED SENSOR CONTROLLED UMBRELLA 
    Muhammad Mohsin Khan Arsalan Saqib Hammad Haseeb Qureshi Abdul Mannan Haider Awan, Supervised by Dr Sana Waheed (SMME, 2021)
    This project is of a unique nature as it aims to address a major concurrent problem of ever decreasing space for commercialization and a need for outdoor solution as an alternative. While providing a primary design solution ...
  • DESIGN AND MODELING OF INTAKE AND EXHAUST SYSTEMS OF A RECIPROCATING INTERNAL COMBUSTION ENGINE 
    Muhammad Arsal Rehman Muhammad Izaam bin Riaz Munam Ahmed, Supervised by Dr. Samiur Rahman Shah, (SMME, 2021)
    Engine is a machine that is designed to convert heat energy produced by combustion of fuel to useful mechanical energy. They have diverse applications everywhere around us; from driving cars, trucks, bikes, to generating ...
  • Development and Characterization of Multiple Resin Based Hybrid Composite Material Reinforced With Natural Fiber 
    M Fahad Shahid, Supervised by Dr Aamir Mubashir (SMME, 2021)
    The main idea of the project is to create multiple resin-based hybrid composite material using two polymer resins i.e. polyester and vinyl ester reinforced with jute fiber. Jute possess some properties which are superior ...
  • Tensile Shear Testing of Double Strap Adhesive joints using Cork Particles 
    Umar Riaz, Supervised by Dr Aamir Mubashar (SMME, 2020)
    The main objective of this research is to investigate the strength of Aluminum Alloy (5083) based double strap adhesive joints with and without the inclusion of reinforcements. These adhesive joints are exposed to tensile ...
  • A Portable Spatially Resolved Functional Near Infrared Spectroscopy System for 3D Hemodynamic Imaging 
    Umer Farooq, Supervised by Dr M Jawad Khan (SMME, 2019)
    In this research, a complete functional Near Infrared Spectroscopy (fNIRS) Machine has been developed which is capable of visualizing 3D Hemodynamic Imaging of the brain. fNIRS system can detect concentration of oxy-hemoglobin ...
  • Modeling parameter Identification and Stability Analysis of Vibrating Mechanical Systems 
    Kinza Rehman, Supervised by Dr Mian Ashfaq Ali (SMME, 2021)
    The problem of modeling, system identification and stability analysis of mechanical systems has been studied in this thesis. The study constitutes of three major sections; the first section deals with the Simulink modeling ...
  • Development of Test Bench for the Characterization of Shape Memory Alloy Wire 
    Haroon Ahmed Khan, Supervised by Dr Mushtaq Khan (SMME, 2018)
    Shape Memory Materials (SMMs) are the type of materials that memorize their shape and retain their shape when certain external force interacts with them. Shape Memory Alloys (SMA) are important member of shape memory ...
  • A study of crack propagation in precipitate hardened materials using Discrete Dislocation Plasticity 
    Muhammad Ehsanullah Sajjad, Supervised By Dr Sana Waheed (SMME, 2021)
    The analysis of cracks in ductile micro-crystals has been a major research topic in the past few years. At this scale, the material behavior demonstrates a significant length-scale dependence, mostly observed to be a ...

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