h
hasnain664

Hasnain J

@hasnain664

Research Engineer

Pakistan
Inglese, Urdu
Alcune informazioni sono riportate in lingua inglese.
Chi sono
I am a motivated Mechatronics Engineer with more than 3 years of experience in Arduino, ESP32/ESP8266, Raspberry Pi, IoT systems, robotics, automation, sensor integration, and SolidWorks CAD design. I have worked on two industry-oriented commercial projects, including a pharmaceutical packaging line automation system and the development of a medical-use hamstring stretcher device. Whether you need an automation system, IoT project, embedded programming, robotics prototype, or CAD design, I am ready to help bring your idea to life.... Continua a leggere

Competenze

h
hasnain664
Hasnain J
offline • 
Tempo di risposta medio: 1 ora

Consulta i miei servizi

Sistemi integrati e IoT
I will do arduino,esp32 programming and schematic circuit
A partire da20 USD / progettoMaggiori dettagli

Portfolio

Esperienza lavorativa

Research Engineer

Consulting • Part time

Jun 2025 - Present • 1 yr

During my work at Hortons Tech Automation, I had the opportunity to work on impactful industry-oriented projects that combined engineering design with real-world applications: 🔹 Automated Packaging Solution for UNISA Pharmaceuticals Designed a conveyor belt–based system for packing blister-packed syringes into cartons. The complete model was developed in SolidWorks, and after fabrication the system is installed at industry site the system reduced the manual labour form 4 workers per station to just 1 worker. 🔹 Lower Limb Rehabilitation Device As part of a physiotherapy specialist-sponsored project, we designed, fabricated, and successfully tested a Lower Limb Rehabilitation Device aimed at assisting patients in recovery and mobility training. The device performs two essential physiotherapy exercises: ✔️ Straight Leg Raise (SLR): Strengthens hip flexors, hamstrings, and improves range of motion — highly effective for post-surgery recovery, stroke rehab, and muscular weakness therapy. ✔️ Dorsiflexion & Plantarflexion: Enhances ankle joint mobility, supports gait training, and prevents stiffness — especially critical for patients with stroke, foot drop, spinal cord injury, or after ankle surgeries. These projects allowed me to transform a concept → CAD design (SolidWorks) → real prototype → working medical device, bridging engineering innovation and healthcare impact.