COMPANY OVERVIEW

At Longterm Technology Services Inc. (LTS) we are building more than world-class digital solutions - we are building careers that matter. As a a certified Siemens Solution and Technology Partner, we an industry leader in PLM software, hardware, and services. At LTS, we don’t just embrace the future of manufacturing—we help build it.
As part of our team, you will be at the forefront of digital transformation, working with cutting-edge tools to solve real-world challenges, drive innovation and sustainable growth through industry 4.0 technologies. Come join us innovate, grow and make an impact!
https://longtermtec.com/about-us/

POSITION SUMMARY

As an Application Engineer, you will be focusing on providing expertise in the development and implementation of robot simulation solutions for a variety of industries. Your role involves understanding client requirements, designing realistic simulations, creating accurate virtual environments to test and optimize robotic programs, supporting pre-sales and offering strategic insights to optimize robotic and automation systems.

Technical Support & Consultancy
· Provide hands-on assistance and mentoring related to project implementation, configuration, testing and software validation for customers.
· Develop, deliver and maintain training content related to Virtual Commissioning, Advanced Control and overall digital twinning topics.
· Provide knowledge transfer to the customer team responsible for training, support, validation, and deployment.
· Assist internal/external consulting, training and education resources as requested.
· Assist with User Interface (UI) design and internal software development.
Simulation Development
· Design and develop realistic simulation models for robotic systems using Siemens Process Simulate and/or Plant Simulation
· Create virtual environments that replicate real-world scenarios to test and validate robotic applications.
· Develop scripts to automate simulation processes and analyze results.
· Provide insights and recommendations based on simulation results to enhance robotic system design and functionality.