Under minimal direction, the IIoT engineer serves as a liaison between New Technology Development and Operations. The IIoT engineer is responsible to lead the design, development and delivery of integration system, data connectivity, supervisory and data acquisition system (or SCADA), digitalization solution to support production strategy and production roadmap. This position facilitates the modernization initiatives with Process Engineering and Manufacturing teams to successfully launch new products, on time and on budget.
This role is a fundamental part of our Manufacturing engineering team located in a fast- paced manufacturing environment. We are looking for a self- motivated individual with proven integrated system design experience, passion in new technology application, as well as someone who exhibits the drive for continuous improvement.
IIoT Project Management:
- Develop and maintain Gantt Charts, Project Schedule, Risk Assessment, and Contingency plans
- Develop agendas to facilitate and document project meetings, and update project status to leadership.
- Manage suppliers of capital solutions regarding cost, timing and budget of each project.
- Coordinate development plan and follow up actions, including but not limited to design, prototyping, trialing and pilot run.
- Attend improvement meetings, work with the Operations Team to develop action plans for new IIoT solution, system integration, data connectivity and scheduling needs.
IIoT Technology Development
- Have ability to build real prototypes to confirm feasibility as well as implementation time/cost estimates and test proposed implementation processes.
- Have capability to use CAD to design an embedded/ integration system, or electrical schematics.
- Have capability to use PLC, HMI, computer- based and cellphone- based language to program automatic equipment, integration system.
- Conduct system testing and buy- off as well as data validation.
- Have ability to conduct research, development, and implementation of new IIoT technologies , IIoT platforms and IIoT equipment/devices to improve manufacturing visibility, reduce cost, improve quality, reliability and stability.
Analysis and Continuous Improvement
- Possess a systematic as well as creative approach to problem solving process
- Perform a wide variety of calculations and analysis using software.
- Understand well financial impacts of problem and solution
- Assist with risk assessment analysis, Kaizen activities, visual management, 5S...
