HyperLynx Analog Simulation Engineer
Location
Orlando, FL
Job Type
Full-time
Category
other-general
Posted
June 06, 2026
**Description:**
You will be the HyperLynx Analog Simulation Engineer for the Circuit Card Design Technology Council within Lockheed Martin Missiles & Fire Control (MFC). Our council establishes the simulation standards, reusable model libraries and methodology that power every circuit card assembly (CCA) program across the MFC portfolio, ensuring mission critical hardware is designed with confidence and consistency.
**What You Will Be Doing**
As the HyperLynx Analog Simulation Engineer you will be responsible for leading SPICE based analog and mixed signal simulation work, authoring the department’s modeling standards, and partnering with Siemens technical leadership to shape the future of the HyperLynx/Xpedition tool suite. Your work will directly impact hardware designs from concept through verification and will be leveraged by programs for years to come. Your responsibilities will include:
•Performing SPICE based analog and mixed signal simulations in Siemens HyperLynx ...
You will be the HyperLynx Analog Simulation Engineer for the Circuit Card Design Technology Council within Lockheed Martin Missiles & Fire Control (MFC). Our council establishes the simulation standards, reusable model libraries and methodology that power every circuit card assembly (CCA) program across the MFC portfolio, ensuring mission critical hardware is designed with confidence and consistency.
**What You Will Be Doing**
As the HyperLynx Analog Simulation Engineer you will be responsible for leading SPICE based analog and mixed signal simulation work, authoring the department’s modeling standards, and partnering with Siemens technical leadership to shape the future of the HyperLynx/Xpedition tool suite. Your work will directly impact hardware designs from concept through verification and will be leveraged by programs for years to come. Your responsibilities will include:
•Performing SPICE based analog and mixed signal simulations in Siemens HyperLynx ...