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Software Architect
Parth Kaneriya
Transforming industrial systems through digital excellence by leveraging over 10 years of experience in automation, IIoT, and supply chain digitization. Expert in setting up AWS infrastructure, building scalable Node.js applications, and developing dynamic React.js web applications. Proven ability to deliver robust digital solutions that enhance operational efficiencies and streamline complex processes, driving impactful innovations tailored to business and industrial needs.
Evaluate existing logistics and supply chain systems, processes, and technology to identify areas for improvement and optimization.
Collaborate with clients to understand their specific logistics and supply chain requirements, challenges, and goals.
Developed complex JavaScript applications to meet customer requirements. Analysed and modified existing code to improve performance and scalability.
Develop and design customized digital solutions that address the unique needs of clients, incorporating cutting-edge technologies such as IoT, AI, machine learning, and data analytics.
Create prototypes and conduct testing to ensure the proposed solutions align with the client’s requirements and expectations.
Developed custom JavaScript code to create dynamic algorithms and reusable components for future use utilizing object-oriented programming principles.
Creating RESTful APIs endpoints to facilitate communication between server and client applications.
Integrating databases like MongoDB, MySQL with Node.js applications, and writing database queries.
Work closely with development teams to implement and deploy solutions, providing technical guidance and support throughout the development lifecycle.
Perform thorough testing of code to identify and fix bugs, ensuring the reliability and stability of applications.
Debug and troubleshoot issues reported by users or identified through testing processes.
Create and maintain comprehensive documentation for code, APIs, and development processes.
Communicate technical details and benefits of proposed solutions to both technical and non-technical stakeholders, fostering a clear understanding of the value proposition.
Provide training sessions for end-users and support teams to ensure a smooth transition and Ongoing utilization of the implemented digital logistics solutions.
Determined job priorities for multiple projects and communicated sequencing, priorities and timelines to the entire team.
Establish metrics and key performance indicators (KPIs) to monitor the performance and effectiveness of implemented digital logistics solutions, making adjustments as needed.
Ensure that digital logistics solutions comply with relevant industry regulations and standards.
October 2018 to November 2022
Autobits Labs Pvt. Ltd
Application Engineer
Design & Develop Industry 4.0 Solution.
Development of IoT Strategy and support to the technical decisions.
Project Lead for specific innovation projects. Deliverables will include Stage-Gate Reports and Final research Reports that allow clean entry into the New Product Development process.
Design & execute the strategies to Implement the Digital factory Solution.
Identify the Industrial controller communication method, Check the communication feasibility and parameters.
Procurement of hardware material/controller board/Industrial PC…. etc
Develop algorithms & reports for Factory KPI’s, Production, quality Reports.
Analysis and validation of Data. Handover the system to customers.
Develop and document data acquisition, interpretation and control algorithm standards and practices for the company.
Develop Algorithms and create testing modules using JavaScript.
IOT hardware developing & configuration using Raspberry Pi, Orange Pi, Arduino, and ESP8266.
Sensor Interface using communication protocol: SPI, I2C, UART, Modbus, Modbus TCP/IP, RS-232, RS-485.
Data acquisition system implement with industrial controllers like Siemens, Fanuc, Delta, Mitsubishi.
Identify, qualify and implement new and emerging DAQ, communication and control technologies.
Managing the Unix/Linux servers for Inhouse solution of data storage, data acquisition, and analysis platform.
Continuously benchmarking industry peers and look for best approaches relating to Control/IoT of industrial mechanical equipment and processes.
Architecture & Design of Wireless (ESP8266) Add-on module:
1. Digital Input module – Wireless Digital input client module using Modbus TCP/IP protocol.
2. Temperature & Humidity module – Temperature, Humidity & pressure detector and transfer data over Modbus TCP/IP protocol to the server.
JavaScript
NodeJS
ReactJS
SQL
MongoDB
Postgresql
DOCKER
JIRA
GRAFANA
SUPERSET
AWS
ORACLE
UBUNTU
