Training, Certification, and Workshops for Embedded Software and Systems Engineers

Training, Certifications, & Workshops for Embedded Software and Systems Engineers

Functional safety, cybersecurity, ASPICE, and systems engineering have moved from specialist disciplines to core competencies for any organization building safety-critical or operation-critical technology. The gap between knowing the standards and applying them to a real program is wider than most teams realize, and closing it quickly is the difference between hitting a certification milestone and missing one. LHP's training is built and delivered by engineers who apply ISO 26262, ISO/SAE 21434, Automotive SPICE (ASPICE), and Model-Based Systems Engineering (MBSE) on active OEM, Tier-1, and defense programs every week. Browse the tracks below to find the course that matches where your engineers are today and where your programs need them next.

Functional Safety

ISO 26262 FSCAE Certification via TÜV NORD 

LHP and TÜV NORD have partnered to offer ISO 26262 FSCAE certification under TÜV NORD's market-leading “Functional Safety Certified Automotive Engineer” (FSCAE) program.  TÜV NORD is an internationally recognized and certified organization with experienced professionals who have many years of practical knowledge in functional safety and the relevant standards.

ISO 26262 Training (Power Up)

The ISO 26262 training from LHP covers the entire lifecycle, from conception to production. Functional safety features are clearly defined for automotive electronic systems for on-highway vehicles. New and existing products must follow safety measures to avoid, detect, and control system failures. Under the guidance of two senior-level ISO 26262-experienced instructors, your engineers will be exposed to a better understanding of the ISO 26262 implementation process. Get a head start on implementing ISO 26262 requirements by upgrading Day 2 into a custom workshop tailored to a specific product from your organization.

Functional Safety Workshop

LHP's Functional Safety Workshop brings expert-led, ISO 26262 training directly to your facility, giving your engineering team a hands-on understanding of the functional safety implementation process from conception to production. Led by two senior-level ISO 26262-experienced instructors, this customizable one- or two-day on-site workshop covers how functional safety features are defined for automotive electronic systems, how OEM requirements flow down to suppliers, and how to derive working examples of ASIL using HARA and other ISO 26262 practices. Uniquely, Day 2 can be tailored into a custom workshop built around a specific product from your organization, ensuring your team walks away with immediately applicable knowledge rather than generic theory.

ASPICE

ASPICE Training (Power Up)

As ASPICE gains popularity in the automotive industry, professionals face growing challenges in merging and aligning processes across multiple frameworks. This ASPICE training course is taught by Roxana Rohde, an Automotive SPICE consultant from iProcess. It  addresses those challenges by equipping participants with the skills to correctly read and apply ASPICE 4.0, while building a complete understanding of its key concepts, structure, and vocabulary. Learners will gain practical knowledge of capability levels and customer assessments through concrete examples, and will explore how to integrate ASPICE with existing quality management systems and complementary standards such as ISO 26262 and ISO 21448, leaving with the tools needed to immediately structure and launch an effective process improvement program.

ASPICE Workshop

LHP's ASPICE Workshop delivers targeted, on-site training to help your team navigate the growing complexity of integrating ASPICE 4.0 into your existing processes and quality management systems. Led by LHP solution architects and practitioners,  this workshop covers the full ASPICE framework, from system and software requirements and architectural design to supporting processes, supplier monitoring, and integration with standards such as ISO 26262 and ISO 21448. Whether delivered over a single day or multiple sessions, the workshop equips participants with the practical skills to correctly read and apply ASPICE 4.0, understand capability levels and customer assessments, and immediately begin structuring a meaningful process improvement program within their organization.

Cybersecurity

ISO 21434 CSCAE Certification via TÜV NORD

This ISO 21434 CSCAE certification course explores Security by Design through the lens of ISO/SAE 21434, covering cybersecurity governance, general concepts, and risk evaluation. Participants will gain a thorough understanding of UN ECE objectives and the requirements for overall cybersecurity management, including implementation examples, organizational responsibilities, and the definition of a Cybersecurity Management System (CSMS) in engineering,  all in accordance with ISO/SAE 21434 and other applicable standards within embedded and software engineering contexts. To get the most out of this course, participants should have a solid understanding of embedded systems and their communication protocols (such as CAN), as well as hands-on experience with RTOSes and mission-critical systems. Familiarity with modern engineering standards such as ISO 26262, IEC 61508, ASPICE, or CMMI is expected, as is a general understanding of embedded systems testing. A background in STEM or equivalent engineering expertise in embedded electronic systems is also required.

ISO 21434 Training (Power Up)

This ISO 21434 training explores how to protect modern vehicles,  from conception to production, against criminal and unauthorized attacks on the electronic data and systems that power them. Participants will gain a clear understanding of cybersecurity's role in the automotive industry, learning how to articulate the purpose of ISO/SAE 21434 and compare relevant standards from organizations such as NIST, ISO, DIN, ANSI, and IEC. The course covers overall cybersecurity management, including governance, culture, tools, and audits, as well as project-level management activities. Participants will work through a hands-on Threat Assessment and Remediation Analysis (TARA) case study and develop the skills needed to monitor, evaluate, and manage vulnerabilities,  while learning how to effectively distribute cybersecurity responsibilities across their organization and supply chain.

Systems Engineering

Automotive Systems Engineering Training

Built on the ISO 26262 standard for automotive functional safety, this three-day automotive systems engineering training course provides engineers with a solid foundation in systems engineering and Application Lifecycle Management (ALM), blending theoretical knowledge with practical skills through lectures, hands-on labs, and real-world case studies. Participants will gain a thorough understanding of the ISO 26262 standard and its role in systems engineering, including how to apply requirements and verification concepts within a safety framework and recognize the critical connections between safety goals, requirements, and testing. Through hands-on labs, students will put theory into practice by developing a simple Item Definition, conducting a basic Hazard and Risk Assessment, creating requirements aligned with safety goals, and building test cases from those requirements. More than just an introduction to ISO 26262, this course equips participants with the confidence and capability to apply functional safety concepts directly to their projects,  ensuring compliance, safety, and efficiency in modern automotive system development.

Aerospace Systems Engineering Training

In conjunction with our training partners, LHP equips engineers, quality professionals, and compliance teams with aerospace systems engineering training and the technical knowledge and practical skills needed to meet today's most demanding aerospace and defense standards, from DO-178C and DO-254 software and hardware assurance to AS9100 and IA9100 quality management, NASA workmanship standards, and CMMC cybersecurity compliance. Each course combines hands-on instruction, industry-validated methodologies, and real-world application to prepare teams for audits, regulatory reviews, and operational excellence across the aerospace, aviation, and space sectors. Whether your organization is transitioning to IA9100, implementing AI and digital assurance frameworks such as ISO/IEC 42001 and 42005, or reinforcing fundamentals like FOD prevention, ESD control, and RCCA, our comprehensive and tailored training solutions are designed to elevate workforce capability from the production floor to mission-critical systems engineering.

Intro to Systems Engineering Training

LHP's Intro to Systems Engineering is a three-day, beginner-level course designed to provide engineers with a practical, comprehensive foundation in systems engineering, requirements development, and testing concepts in the automotive industry. Through a combination of lectures, hands-on labs, and real-world case studies, participants are introduced to functional safety principles through the lens of ISO 26262, learning how item definitions and Hazard Analysis and Risk Assessments (HARA) are developed and how they lead to the creation of meaningful safety goals. Students will gain a clear understanding of where requirements originate, why they matter, and how they directly impact the final product, as well as the various methods used to verify them. By the end of the course, participants will have put theory into practice by developing an Item Definition, conducting a basic HARA, writing requirements based on safety goals, and building corresponding test cases, leaving them well-equipped to apply these critical concepts on real automotive engineering projects.