Aaqib

Leading the design and development of enterprise-level applications, including a Journal Management System and an ERP Management System, with a strong focus on performance, security, and scalability. Responsible for end-to-end software development using C#, ASP.NET Core/MVC, Entity Framework and related technologies. Key contributions include: • Developed core modules for the Journal Management System, including article submission, peer review workflows, editorial management, publication scheduling, email automation work flows, and user access control. • Designed and implemented ERP modules covering human resources, payroll, finance, procurement, inventory, and reporting dashboards. • Managed cloud and on-premise hosting environments (Azure, AWS, Vultr, Contabo), including server configuration, deployment automation, SSL setup, DNS management, backup strategies, and performance tuning for different clients. • Collaborated with cross-functional teams and clients to deliver customized solutions and ensure compliance with secure coding practices, data privacy, and system reliability standard.

+ I teach BS Computer Science courses including Software Engineering, Web Engineering, and Advanced Networks, focusing on SDLC models, agile methodologies, software architecture, front-end/back-end development, and core networking principles. + My teaching integrates practical tools and techniques such as UML modeling, Git, RESTful APIs, MVC frameworks, responsive design, network configuration, and client-server architecture to connect theory with real-world applications. + I aim to equip students with a solid foundation in building scalable software solutions, developing secure and user-centric web applications, and understanding complex networking concepts like the OSI model, TCP/IP, and network security—preparing them for industry challenges.

As a PhD Researcher at Xi’an Jiaotong University, I conducted advanced research in Software Engineering, focusing on the development of intelligent systems for public health applications, such as disease detection and vector control. My doctoral thesis, titled "Intelligent Systems for Addressing Public Health Challenges: Applications in Disease Detection and Vector Control", showcased innovative solutions leveraging machine learning algorithms and fuzzy logic systems. I published high-impact articles in peer-reviewed SCIE-indexed journals and developed scalable prototypes using Python (TensorFlow, PyTorch), MATLAB, and C#. Collaborating with interdisciplinary teams, I integrated expertise from computer science, public health, and control systems to address real-world challenges. I utilized cloud computing platforms (AWS, Azure) for large-scale data processing and model deployment, while also presenting findings at international conferences. Additionally, I mentored undergraduate and master's students, providing guidance on project development, research methodologies, and technical writing, contributing to a holistic and impactful research journey.

As Software Manager, I led the design, development, and deployment of enterprise-grade applications to modernize and automate the university’s academic, administrative, and financial operations. I supervised a cross-functional team of 8 developers and IT staff, overseeing the full software development lifecycle and developed and optimized systems that served thousands of students, faculty, and administrative users across multiple campuses. I built scalable, high-performance web applications using C#, ASP.NET Web Forms/Core/MVC, ADO.NET, Entity Framework, and Microsoft SQL Server, transforming legacy systems into modern, responsive platforms. Key systems and modules developed: University Information System - centralized student and faculty records, course enrollment, and academic history tracking. HRMS and Payroll System - employee onboarding, leave management, payroll automation, and performance records. Finance Management System - multi-ledger budgeting, expense tracking, and financial reporting. Admission System - real-time eligibility verification, merit-based processing, and digital admissions workflows. Student & Teacher Portals - secure access to course registration, grading, evaluation, and communication features. Biometric Attendance Integration - real-time tracking of attendance using third-party hardware and REST APIs. Educational Management System (EMS) - exam scheduling, course management, academic calendar, and analytics. Technical Operations & Infrastructure: Managed in-house application hosting via IIS with SSL, and SQL Server. Handled backups, system recovery planning, and database optimization. Team & Workflow Management: Led daily standups, sprint planning, and retrospectives using Agile/Scrum methodologies. Used Team Foundation Server for version control, task tracking, and release management. Conducted peer code reviews and mentored junior developers for continuous skill development.

I designed, developed, and maintained the university’s official website, ensuring functionality, reliability, and an intuitive user experience for students, faculty, and administrative staff. Leveraging ASP.NET (Web Forms), C#, HTML/CSS, and WordPress, I developed dynamic web pages and modules, seamlessly integrating them with MS SQL Server for efficient content and data management. I implemented a robust Content Management System (CMS), including open-source solutions, to streamline updates and ensure timely delivery of academic and administrative information, while optimizing the website for performance, accessibility, and SEO to enhance visibility and stakeholder engagement. I deployed and configured Windows Server, IIS (Internet Information Services), and open-source web hosting environments to host web applications, ensuring uptime and fast response times. Security was a priority, as I designed secure user authentication and role-based access controls, managed third-party tool integrations, and conducted regular vulnerability assessments. Collaborating with various departments, I gathered requirements, created technical specifications, and delivered tailored web solutions using both proprietary and open-source platforms. I ensured compatibility across browsers and devices through thorough testing and troubleshooting. I also trained university staff on website management, empowering them to make updates independently, and created detailed documentation for operations and troubleshooting. Additionally, I supported the setup and configuration of email accounts and basic network services, enhancing digital communication, and provided ongoing technical support to ensure the website evolved to meet the university's needs.

As a Webmaster / Network Administrator at Nazaria-i-Pakistan Foundation i performed and achieved the following: + Developed and maintained the official website using ASP.NET (Web Forms), HTML, CSS, and MS SQL Server, ensuring timely updates, SEO optimization, and user-friendly design. + Managed content updates, including events, publications, and multimedia, to support organizational outreach and engagement. + Configured and maintained LAN and wireless networks, ensuring secure and stable connectivity for staff and visitors. + Installed and managed network hardware (routers, switches, firewalls), and resolved connectivity issues to minimize downtime. + Implemented network security measures and designed a backup and disaster recovery strategy to protect data and ensure continuity. + Deployed Exchange Server, trained staff on IT best practices, and aligned tech solutions with organizational goals

As a Network Engineer at the National University, I managed and optimized the university’s LAN/WAN infrastructure, deploying and configuring routers, switches, firewalls, and wireless networks to ensure seamless connectivity across campuses and I.T. labs. I provided technical support to students, faculty, and staff, resolving hardware, software, and network issues, while implementing network security protocols such as VPNs, firewalls, and IDS to safeguard critical data. My responsibilities included monitoring performance with tools like Wireshark, managing DNS, DHCP, and email servers, and designing backup and disaster recovery solutions for data integrity. Additionally, I conducted network audits, integrated software solutions, and delivered training sessions to enhance I.T. proficiency, ensuring scalable, secure, and efficient network operations aligned with the university's objectives.