Aerospace Innovation
Our Centre of Excellence in Propulsion Systems (CoE-PS) is a dynamic research and innovation platform dedicated to advancing propulsion science, rocket technologies, and energetic materials. By connecting academia, industry, and government, we enable next-generation research, applied development, and specialised training aligned with the evolving needs of aerospace and defence sectors.
With a strong focus on experimentation, computational analysis, and industry collaboration, our CoE-PS serves as a catalyst for innovation while building skilled talent equipped to contribute to complex propulsion challenges.
We aim to become a globally recognised hub for propulsion systems innovation, leading advancements in aerospace technology through research-driven solutions that are sustainable, efficient, and high-performing.
We strive to create a collaborative environment where experts, researchers, and students explore advanced propulsion technologies, deliver impactful research outcomes, and build industry-ready capabilities.
Advance research in rocket propulsion, combustion, and energetic materials
Establish state-of-the-art experimental and computational facilities
Promote interdisciplinary and industry-driven research
Support skill development through training, internships, and live projects
Enable technology transfer, consultancy, and commercialisation
We are guided by experienced faculty and researchers whose expertise in propulsion science and aerospace systems drives advanced research while mentoring students for complex engineering challenges.
Director – Centre of Excellence (Propulsion Systems)
Our Centre is equipped with specialised laboratories, diagnostic tools, and propulsion testing facilities that support both experimental and analytical research. This enables hands-on research aligned with real-world aerospace engineering challenges.
We collaborate with aerospace companies, defence institutions, government agencies, and research organisations to align academic inquiry with practical applications. These partnerships support joint research, knowledge exchange, and the translation of emerging technologies into deployable solutions.
Our curriculum is designed to build progressive competency in iOS development, from foundational programming to advanced application design and security.
Introduces variables, control flow, functions, and data structures to establish a strong foundation in iOS application development.
Focuses on user interface creation using Storyboards, navigation controllers, segues, and integration with Swift through IBOutlets and IBActions.
Covers arrays, dictionaries, structs, and classes, along with basic data persistence techniques for building data-driven applications.
Explores Core Data, file handling, JSON parsing, API integration, and performance optimisation for scalable applications.
Emphasises Apple’s Human Interface Guidelines, accessibility standards, responsive layouts, and usability principles.
Addresses secure storage, authentication mechanisms, encryption practices, permissions, and privacy compliance.
Students who complete the prescribed training and project work become eligible for globally recognised certifications that validate technical proficiency and strengthen their readiness for professional roles in mobile application development.
Our curriculum is designed to build progressive competency in iOS development, from foundational programming to advanced application design and security.
Introduces variables, control flow, functions, and data structures to establish a strong foundation in iOS application development.
Focuses on user interface creation using Storyboards, navigation controllers, segues, and integration with Swift through IBOutlets and IBActions.
Covers arrays, dictionaries, structs, and classes, along with basic data persistence techniques for building data-driven applications.
Explores Core Data, file handling, JSON parsing, API integration, and performance optimisation for scalable applications.
Emphasises Apple’s Human Interface Guidelines, accessibility standards, responsive layouts, and usability principles.
Addresses secure storage, authentication mechanisms, encryption practices, permissions, and privacy compliance.
Students who complete the prescribed training and project work become eligible for globally recognised certifications that validate technical proficiency and strengthen their readiness for professional roles in mobile application development.
We offer a 45-day internship program that combines guided training with live projects at basic and intermediate levels.
This hands-on experience allows students to apply their technical knowledge, develop practical problem-solving skills, and become eligible for certification upon successful completion.
