Model-Based Controls Engineer

LHP Engineering Solutions is a Functional Safety global leader committed to creating safe transportation with developing technologies such as Electric Vehicles, Advance Driver Assistance Systems. At LHP we ensure Functional Safety and Cyber Security development of these systems and technologies by leveraging our core expertise with widely accepted standards such as AUTOSAR, ISO26262, ASPICE, ISO/SAE 21434.

Responsibilities

We seek a Model-Based Controls Engineer to join our team, working from Erie, PA. Duties and responsibilities for this role include:

• Confirming new software features integrate with control system to meet functionality requirements
• Controls and model requirements definition, controls architecting, design, analysis, implementation, and verification using MIL, SIL, and HIL techniques consistent with design requirements
• Designing and providing technical documents for the developed controls
• Designing, modeling, and integrating software functionalities in a real-time embedded environment
• Developing and analyzing requirements
• Developing controls solutions using the MBD technique
• Ensuring process compliance and configuration management
• Following common problem-solving techniques, such as 5 why’s, fishbone, etc.]
• Participating in software reviews
• Providing technical support, guidance, and collaboration for all software/ hardware implementation
• Working with product development teams to design and develop control algorithms
  
  

Minimum Qualifications

• Must be willing to work onsite in Erie, Pennsylvania, at least for one year
• Bachelor's or Master’s Degree in mechanical, electrical or computer engineering plus 1 year of experience
• Knowledge and capability in software such as MATLAB/Simulink/Stateflow
• Advanced level knowledge and capability in Modelling/Simulation skills
• Advanced level knowledge and capability of at least one scripting language
• Understanding of communication protocol
• Understanding of control systems in automotive or medical devices
• Understanding of HIL systems
• User level knowledge and capability in UML and architectures
• User level knowledge and capability of at least one calibration tool
• User level knowledge and capability of at least one standard code editor
• User level knowledge and capability of MBD design guidelines
• User level knowledge and capability of Version Control/Requirements Management software
• Ability to perform gap analysis
• Ability to decipher highly technical data
• User level knowledge of Continuous Integration (CI) / Continuous development (CD)
• Ability to multi-task in an ever-changing time intensive work environment
• Ability to solve complex problems and meet tight deadlines
• Ability to work in cross-functional teams
• Locomotive domain knowledge is a plus