Zeeshan Khan
Hi, I'm Zeeshan Khan. With 10+ years of expertise, I architect deterministic desktop applications, real-time industrial telemetry (PLC/HMI, Modbus, OPC UA), and scalable cloud-connected software.
// Real-Time Hardware Telemetry Pipeline
using System.Threading.Tasks;
using Zeeshan.Industrial.Core;
public async Task InitializeAutomation() {
var station = new PokaYokeStation("ST-204");
await station.ConnectProtocolAsync(
ProtocolType.ModbusTCP, "192.168.1.50", port: 502);
// Subscribe real-time sensor loop
station.OnTelemetry += (sensor, val) => {
if (val.IsToleranceBreach())
station.TriggerInterlock();
};
}
Location & Base
Indore, India (Global Remote)
Engineering Record
2014 – 2026
Years Experience
.NET, IoT & Industrial
Production Systems
Industrial & Web Apps
Hardware Protocols
Modbus, OPC UA, Serial, MQTT
System Reliability
Zero-Defect Interlocks
Every engineering choice is driven by deterministic reliability, operator safety, and long-term maintainability.
Designing and shipping mission-critical desktop systems utilizing WPF, WinForms, and modern C# .NET. My focus covers memory efficiency, multi-threaded asynchronous operations for non-blocking UI responsiveness, and seamless integration with SQL Server databases and physical equipment over serial, USB, and Ethernet.
Integrating PLCs, HMIs, smart sensors, and controllers via Modbus, OPC UA, and MQTT. Specializing in fail-safe Poka-Yoke error-proofing systems and real-time process monitoring.
"Developing with a passion while exploring the world" means combining global curiosity with rigorous engineering. Each system benefits from fresh perspectives, continuous learning, and adaptable problem-solving.
Building responsive web dashboards that translate raw machine telemetry into actionable operational insights. Handling everything from clean backend RESTful APIs, secure authentication, database indexing, and real-time visualization with modern responsive frontends.
Battle-tested technologies employed across 10+ years of enterprise and industrial deployments.
AI Vision • Industrial Inspection
Automated inspection system using industrial cameras and AI-based image analysis for real-time surface defect detection, automated pass/fail validation, and compliance reporting.
.NET • Hardware Sensor
Deterministic pressure decay measurement desktop application with real-time test curve plotting, automated pass/fail detection, and audit-ready permission hierarchies.
PLC • Error-Proofing
Zero-defect assembly station interlock system combining proximity sensors, barcode scanners, and PLC logic for deterministic operator sequence validation.
IoT Edge • Web Telemetry
Multi-zone environmental monitoring platform with edge microcontroller gateways, MQTT streaming, real-time trend charts, and compliance logging.
.NET • Touch Kiosk
Full-screen unattended kiosk software controlling physical peripherals (barcode scanners, thermal printers, card readers) with watchdog auto-recovery.
Smart City • IoT Grid
Multi-protocol aggregation platform consolidating distributed sensors across municipal infrastructure into centralized data streams and SCADA panels.
.NET • Simulation
Interactive simulation environment modeling factory machinery workflows, operator failure scenarios, and performance telemetry for risk-free operator onboarding.
Test drive real-time industrial software logic directly in your browser. These interactive applications simulate the computer vision inference, Modbus telemetry, and automated verification loops I build for production lines.
Basler GigE Industrial Camera Feed • Real-Time AI Defect Inference • Automated Pass/Fail Interlocks
Real-Time Pneumatic Sensor Acquisition • Modbus TCP Socket Telemetry • Machine Safety Interlocks
Proven track record of designing, deploying, and maintaining high-availability software and industrial integrations.
Engineered PLC-controlled industrial automation systems involving process monitoring and control through software and HMI interfaces. Designed real-time visualization, alarm handlers, and operator dashboards. Integrated PLCs with desktop and web applications for automated data acquisition and reporting, utilizing Modbus, Ethernet/IP, OPC UA, and serial communications.
Actively involved in bridging IoT hardware with software layers, guaranteeing deterministic communication between physical sensors/controllers and user-facing dashboards. Configured device communication workflows, handled noisy signal filtering, and designed tamper-resistant edge gateways.
Designed and deployed desktop applications focused on high performance, hardware connectivity, and robust UI. Built complete systems spanning business logic, multithreaded asynchronous processing, and SQL Server databases. Connected hardware devices via RS-232, USB, and socket layers for live, fault-tolerant telemetry.
Built end-to-end web applications handling frontend UI, backend services, and database integration. Designed RESTful APIs to support web, desktop, and IoT ecosystems. Optimized throughput using caching strategies, asynchronous pipelines, and structured relational database tuning.
Trusted feedback from clients and collaborators on delivery quality, architectural clarity, and hardware execution.
"Developed a stable and well-structured desktop and web solution. Clean architecture, good performance, and easy to maintain."
Software Solution Partner
"Delivered a reliable PLC and HMI integrated solution that improved system visibility and operational efficiency. Strong technical expertise and excellent execution."
Industrial Project Lead
"Exceptional understanding of hardware–software integration. The application communicated flawlessly with field devices and met all our functional requirements."
Systems Integration Client
Common questions regarding technical capabilities, engineering engagement models, vision systems, and hardware-software architectures.
Zeeshan specializes in high-performance enterprise and industrial engineering across three primary disciplines:
Zeeshan has 10+ years of continuous professional software development and systems engineering experience (2014 to Present). Over this decade, he has designed and deployed mission-critical manufacturing execution systems, deterministic pressure test stations, IoT telemetry networks, and enterprise desktop platforms operating in 24/7 industrial production environments.
The Vision-Based Quality Inspection System automates quality assurance processes directly on active factory lines using industrial cameras and AI-powered image analysis. Key capabilities include:
Yes. Based in Indore, India, Zeeshan works with organizations across the United States, Europe, the Middle East, and APAC. Engagement options include dedicated contract development, system architecture advisory, and on-site industrial plant commissioning across India. All collaboration is backed by structured git workflows, sprint communication, and clear deliverables.
Yes! You can test two live interactive industrial simulators right now in the Hands-On Lab section above:
Reach out for project consultations, enterprise .NET development, industrial hardware automation, or collaboration opportunities.
Always responsive
contact@iamzeeshan.in
Indore, India
Available for on-site deployments in India and worldwide remote collaboration across all time zones.
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