Thesis
Permanent URI for this community
Browse
Browsing Thesis by Title
Now showing 1 - 20 of 9198
Results Per Page
Sort Options
Item 1 ASTROTOURISM: A COSMIC WALK OPPORTUNITY PLANETARIUM, SPACE MUSEUM AND RESEARCH CENTER(UMT, Lahore, 2025) FARHAN AHMEDThis thesis explores the design of a Planetarium and Space Museum in Lahore—a space where science meets imagination. Located on Raiwind Road next to Riphah University, the project aims to spark curiosity about space through interactive exhibits, a digital dome, and educational spaces. Inspired by global examples like the Shanghai Planetarium and AHHAA Science Centre, the design blends modern architecture with local context. It’s a place for learning, wonder, and connection where people of all ages can explore the universe from right here in Pakistan. By combining contemporary design with sustainable and passive environmental strategies, the project not only addresses the functional and symbolic needs of a space museum but also positions itself as a public interface for science communication in Pakistan. The thesis explores how architecture can become a vessel for curiosity, wonder, and education— connecting the earth to the cosmos.Item 18th Amendment(UMT.lahore, 2022-12-19)Pakistan travels the long journey for attainment the position of successful democratic country many steps were taken and many amendments were made to achieve the desired goal. The researcher examined the faults and barriers in the democratization process in this research. It highlights the different aspects of weak democratization, like free and fair elections, participation of people in this process, and the role of education and the rule of law in the country in the contest of the 18th amendment. Moreover, political parties are also discussed in detail as the main character of democratization, as how they benefit from amendment and the reason behind weak democracy in the country, the invalid democratization between political parties, and the lack of democratic culture between them. To acquire data, qualitative research methodology was used, including interviews with political leaders of two major political parties and members of civil society, content analysis of secondary material within the democratization theoretical framework; this research uses reports where democratization and solid political parties play their role in achieving democratization in the country.Item 2nd Life(UMT, Lahore, 2021) Akasha Bashir, Amna Malik, Maryam Sheraz and Ahsan JavedGlobally people are suffering from Drug diseases. There are two ways to cure drug diseases i.e. Medication and Therapies. Only medication is not enough to cure drug patients. Therefore, patients need therapies along with regular treatment. These therapies require at least 6 to 10 contact hours per day with patient on regular basis, which needs a lot of time and human resources involvement. Giving dedicated time with full attention to a patient for the sake of their improvement is the biggest challenge for clinical therapist as well as patient’s relatives. Therefore, it is very important to design a new method for therapies. This work is designed to help therapist as well as relatives of such patients. This system can help conducting therapies in focused environment and generate regular assessment reports. This system can remarkably improve the rehabilitation process of psychiatry patients and assist psychologists and patient relatives in performing this challenging task. The main advantage of this platform is that the patient can access it anywhere anytime as it’s a online platform which would give certain benefits.Item 3-Total edge mean cordial labeling of some classes of graphs(UMT Lahore, 2018-07-19) Fakhir AslamItem 3-Total edge mean cordial labeling of subdivision of some standard classes of graphs(UMT Lahore, 2020) Zurnab ZulfiqarOur task in this thesis is to focus on 3-total edge mean cordial (3-TEMC) labeling of the subdivision of some standard classes of graphs. We study the subdivision of comb graph, double comb graph, ladder graph, triangular graph, double triangular graph, prism graph and n-sunlet graph in the context of 3-TEMC labeling.Item 3-Total edge product cordial labeling of some new classes of graphs(UMT Lahore, 2016-03-14) Madiha SaqlainOur aim in this thesis is to study 3-total edge product cordial (3-TEPC) labeling of some new classes of graphs. We study ladder graph, wheel graph, m isomorphic copies of n cycle graph and Dutch windmill graph in the context of 3-TEPC labeling. We also studied 3-TEPC labeling of some particular examples of graph operations like corona graphs and subdivision graphs.Item 3-total edge product cordial labeling of some standard classes of graphs and convex polytopes(UMT Lahore, 2017) Umer AliIn this thesis, our task is to study 3-total edge product cordial (3-TEPC) labeling of some standard classes of graphs and convex polytopes graphs. We discuss web graph, book graph, ower graph and some families of convex polytopes in the context of 3-TEPC labeling.Item 3D Carrom board game(UMT, Lahore, 2018) RIZWAN AHSAN, MUHAMMAD BILAL and SHAHEHRYAR BAIGIt is a 3D game called 3D Carrom Board that is developed in Unity. Background graphics are implemented in blender. All the storyboards are attached to this document in Data Flow Diagram section for your consideration. This game will be played on an online platform and can be logged in via face-book as well. Multiplayer’s can engage themselves in a group of two or one-on-one contestants can also be entertained. The players will communicate through a chat box. Participants can suggest players to one another. Moreover, the aspects explored are the skills and techniques required to be successful in the game, the environment that skaters skate in, the personal vs. group identity that is shown through the general appearance of the skater, and the values and icons that the game teaches players.Item 3D geometric designing using linear algebra.(UMT Lahore, 2022-07-22) Roshi Anwar; Hafiza Arooj Azeem; Syeda Tayyiba Zamir; Rimsha ShahidInterest in systems with a free license has grown over the past several years. The Blender is a robust system for 3D design that comes with a free license. A growing number of people are becoming interested in the Blender 3D graphic system because of its compact volume, lack of significant high hardware system needs, numerous benefits, and advancements. The adoption of the open-source Blender system in design practice is justified as being reasonable and correct given this trend's quick, nonlinear positive evolution. It is well known that a large range of software programs are available in the field of 3D graphic design. The makers of 3D software always work to add new features and improve the packages they provide. In actuality, some users may not be able to afford the costs of some of the premium 3D graphics tools. The right 3D system must also take into account its large data capacity and demanding hardware requirements. In recent years, the standards for the quality of the finished result have increased in relation to the computing power of software packages, the design methodologies used during computer design, and particularly the finished visualizations of static and animated models. Given these elements, selecting the best 3D graphics system is a crucial requirement for the design process. This supports the incorporation of a Blender into suggested design practice. Blender is a current technology program that many users like because of its free licensing, open source, easy interface, multilateral design characteristics, and light hardware needs.Item 3D printed mimicking robotic drill arm(UMT Lahore, 2021-08) Hamza Yousaf; Usman Sarwar; Ali SaleemThe purpose of this project is to make a robotic drilling arm whish is controlled by the glove which has flex sensors on it to determine the movement of the arm during drilling process. The movement of fingers are controlled by a microcontroller, and the robotic arm is controlled by actuating servo motors. It is observed that robotic arm can simulate the movement of the human hand which is in the glove, during the test done. This robotic drilling arm can be used not only in automation, but also handling operations in dangerous environment where the humans are not able to operate.Item 3D printed mimicking robotic hand(UMT Lahore, 2020-08) Muhammad Adnan Asif; Umair Afzal; Rana Ahmad SaeedThe purpose of this project is to make a robotic hand which is controlled by a glove that has flex sensors to determine the movement of the fingers of the human hand. The movement of the fingers is processed by a microcontroller, and the robotic hand is actuated using servo motors. It is observed that the robotic hand can simulate the movement of the human hand worn in the glove during testing. This robotic hand can be used not only in automation but also for handling operations in dangerous environments where humans are unable to operate.Item 3D Virtual tour of umt(UMT, Lahore, 2025) Mahnoor Fatima, Ayesha Ejaz and Tashbeeb KhadimThe 3D Virtual Tour of UMT (University of Management and Technology) is a forward-thinking and technologically advanced final year project designed to revolutionize the way users experience and explore university campuses. This project aims to create an immersive, interactive, and user-friendly virtual environment that allows prospective students, parents, faculty, alumni, and other visitors to remotely navigate and explore the UMT campus from anywhere in the world. Utilizing state-of-the-art tools and platforms such as Unity 3D, this virtual tour will simulate a realistic 3D environment that replicates the actual infrastructure and ambiance of the university. Key features of the tour include lifelike 3D models of various university facilities, such as lecture halls, libraries, laboratories, cafeterias, administrative offices, and recreational areas. These spaces will be accurately modeled and textured to give users a visually rich and true-to-life experience. The primary objective of the project is to provide an engaging and informative platform that enables users to explore the campus at their own pace, gain valuable insights into the university’s offerings, and make informed decisions—especially for those who are unable to visit in person. Additionally, the project supports the university’s marketing and outreach efforts by showcasing the campus infrastructure and academic environment in a modern, interactive format. By integrating elements like smooth navigation, clickable hotspots for additional information, and potentially voice-over or guided tours, this virtual experience is designed to be both educational and enjoyable. This project not only demonstrates the practical application of computer graphics, virtual systems, and software engineering principles but also reflects a strong commitment to enhancing accessibility and user experience in the educational domain. In summary, the 3D Virtual Tour of UMT combines advanced visualization technology with real-world practicality to create a compelling digital solution that bridges the gap between physical presence and virtual explorationItem 3d-printed humanoid robotic arm (7-degree of freedom motion)(UMT Lahore, 2021-08) Moazzan Ashfaq; Owais Nisar; Talha ChaudaryA 3D printable design for a humanoid robotic arm is introduced. The arm is electronically activated and controlled by the user flexing the muscle. The renowned bionic arm has the ability to use it from birth, with or without limb. Although this type of technology exists, it is expensive and generally not available to people in developing countries The aim and objective of this project is to create a 3D printed humanoid robotic arm that will mimic the natural movement of a human arm with 7 degrees of freedom of movement. 5 DOF is the movement of five fingers and uses a flexible sensor to control this movement. The other 2 DOF motion are of Wrist and Elbow to control them are using a gyroscope implanted on the glove. The roots of the system are innovative mechanical designs for 3D printed robotic arms. Modern electronic circuits and actuators bring devices to life and enable sophisticated control schemes. hope this work is valuable work for a diverse audience.Item 4 feet wingspan replica of Wright Brothers First Flight(UMT, Lahore, 2022) Saad Ashfaq; Kinza Khan; Mahnoor Raza; Aqsa Sanaullah; Kashif shehzadThe replica of Wright Brother’s First Flyer of 17th December, 1903 has been assembled for the knowledge of upcoming and future students and also for the awareness of general public. It is difficult for the majority to visit Kitty Hawk, North Carolina, USA and Smithsonian aviation museum at DC Washington, USA and witness such historical and valuable artifacts. This miniature replica will prove itself a permanent asset for IAS, UMT for the faculty to demonstrate on it whenever and wherever it is required to them during imparting knowledge to their concerned students. The dimensions and data of actual first flyer has been collected from the up-to-date blueprints design. Mild steel has been used for the manufacturing of replicaItem 4-Total edge mean cordial labeling of some standard classes of graphs(UMT Lahore, 2018-07-27) Hafiz M Tariq MahmoodIn this thesis, we introduce new labeling and called it as k-total edge mean cordial (k-TEMC) labeling of graphs, which is a generalization of edge mean cordial labeling (see [9]). We discussed path graph, ladder graph, comb graph, double comb graph, cycle graph, wheel graph, sun-let graph, helm graph, gear graph and prism graph in the context of k-TEMC labeling for k = 4.Item 4-Total edge mean cordial labeling of some classes of convex polytopes(UMT Lahore, 2019-11-07) Fakhra Malik AwanIn this thesis, we study the type of graph labeling known as k-total edge mean cordial (k-TEMC) labeling of graphs introduced by F. Aslam at al. (see [2]), which is a generalization of edge mean cordial labeling (see [17]). We discussed some classes of convex polytopes graphs and their different combinations in the context of k-TEPC labeling for k = 4Item 4-total edge product cordial labeling of some standard classes of graphs(UMT Lahore, 2019-02-22) Rushba RushinIn this thesis, we define new labeling and named it 4-total edge product cordial labeling (4-TEPC) of graphs, which is a generalization of product cordial labeling. We discussed some convex polytope graphs, book graph and flower graph in the context of k-TEPC labeling for k = 4.Item 4-total edge product cordial labeling of some standard classes of graphs(UMT Lahore, 2018) Javeed IqbalOur task in this thesis is focuses on 4-total edge product cordial (4-TEPC) labeling of some standard classes of graphs and the main aim of the study is to discuss path graph, cycle graph, wheel graph, helm graph, banana tree graph, recracker graph, gear graph and tadpole graph in the context of 4-TEPC labeling.Item 4-total edge product cordial labeling of the subdivision of some classes of graphs(UMT Lahore, 2019-08-02) Hina NawazOur task in this thesis focuses on 4-total edge product cordial (4-TEPC) labeling of the subdivision of some standard classes of graphs, and the main aim of the study is to discuss prism graph, wheel graph, book graph, banana tree graph, recracker graph, and star graph in the context of 4-TEPC labeling.Item 4-total mean cordial labeling of some convex polytopes(UMT Lahore, 2018) Nelofar ShamiIn this thesis, we study k-total mean cordial (k-TMC) labeling of graphs (see [2]), which is a generalization of mean cordial labeling (see [14]). We discussed different convex polytopes in the context of k-TMC labeling for k = 4.