Corporate Engineering Training Courses
Design, build, and operate with confidence.
We build engineering capability inside organizations: the design, simulation, and systems skills that turn requirements into reliable products and assets. Instructor-led programs across CAD, embedded systems, BIM, radar and RF, and reliability engineering are how we do it, scoped to your tools and delivered wherever your teams are.
Instructor-led workshops and programsIn-house, virtual or blended10 languagesDelivered inEnglish, Spanish, Mandarin, German, Arabic, Portuguese, Hindi, French, Japanese, Italian100+ countriesWe have delivered inUnited States, United Kingdom, India, Canada, Germany, France, Netherlands, UAE, Saudi Arabia, Singapore, Australia, Japan, Brazil, South Africa and 90+ more countries
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What is corporate Engineering training?
Corporate engineering training is instructor-led group training that builds an organization's ability to design, simulate, and operate engineered systems reliably. It spans CAD design, embedded systems, BIM and digital construction, radar and RF, reliability engineering, and product lifecycle management, taught against the tools your teams actually use. Programs are scoped to your disciplines, from mechanical design and electronics to structural analysis, and delivered to a closed cohort rather than sold as individual seats.
The distinction that matters commercially is between tool familiarity and engineering capability. Knowing a CAD package's menus is not the same as producing drawings that manufacture cleanly, or running simulations that predict real behavior. Our programs build the second, with hands-on exercises on your tools and your kind of problems, so engineers leave able to do the work, not just describe it.
Programs split across the major practice areas. CAD and design software, from AutoCAD and SolidWorks to CATIA, Creo, and NX. BIM and digital construction, including Revit, ISO 19650 execution planning, and structural analysis. Embedded systems and electronics: firmware, FPGA, PCB design, and sensor fusion. Radar and RF systems, reliability engineering, and PLM with Windchill and ENOVIA.
Every engagement starts with discovery: your disciplines, your tool stack, and which teams carry delivery risk. Trainers are then matched from a vetted bench of practicing engineers, and the program is tailored before delivery. Cohorts are closed to your organization, run in your timezone, and measured with pre and post assessments so engineering leadership can see what changed.
Explore Engineering training by topic
Eight areas carry most of the catalog. Start where your delivery risk sits.
- CAD & Design Software10 Instructor-led Programs
- Systems, Materials & Reliability Engineering6 Instructor-led Programs
- BIM & Digital Construction5 Instructor-led Programs
- Embedded Systems & Electronics5 Instructor-led Programs
- Radar, RF & Antenna Engineering4 Instructor-led Programs
- Maintenance & Asset Management1 Instructor-led Programs
Popular Engineering training programs
The most in-demand Engineering training programs enterprises book right now.
CAD & Design SoftwareAutoCAD Civil 3D
~ 24 HoursInstructor-ledInstructor-led training on AutoCAD Civil 3D, scoped to your team's level and use cases.
Systems, Materials & Reliability EngineeringAdvanced Materials & Composites Engineering
~ 24 HoursInstructor-ledInstructor-led training on Advanced Materials & Composites Engineering, scoped to your team's level and use cases.
BIM & Digital ConstructionAutodesk BIM
~ 24 HoursInstructor-ledInstructor-led training on Autodesk BIM, scoped to your team's level and use cases.
Embedded Systems & ElectronicsEmbedded Systems Development (C/C++, RTOS, Drivers)
~ 24 HoursInstructor-ledInstructor-led training on Embedded Systems Development (C/C++, RTOS, Drivers), scoped to your team's level and use cases.
Instructor-led Engineering training programs by topic.
Browse all 33 Engineering programs across 8 topics, from CAD & Design Software and Systems, Materials & Reliability Engineering to BIM & Digital Construction and Embedded Systems & Electronics. Filter by topic and delivery format, then request a tailored proposal.
SHOWING 1–15 OF 33 · 33 IN THE LIVE CATALOG
Advanced Materials & Composites Engineering
Instructor-led training on Advanced Materials & Composites Engineering, scoped to your team's level and use cases.
ANSYS Simulation (FEA & CFD)
Instructor-led training on ANSYS Simulation (FEA & CFD), scoped to your team's level and use cases.
AutoCAD Civil 3D
Instructor-led training on AutoCAD Civil 3D, scoped to your team's level and use cases.
AutoCAD Electrical
Instructor-led training on AutoCAD Electrical, scoped to your team's level and use cases.
AutoCAD for Engineering Disciplines
Instructor-led training on AutoCAD for Engineering Disciplines, scoped to your team's level and use cases.
AutoCAD Plant 3D
Instructor-led training on AutoCAD Plant 3D, scoped to your team's level and use cases.
Autodesk BIM
Instructor-led training on Autodesk BIM, scoped to your team's level and use cases.
Autodesk Inventor Mechanical Design
Instructor-led training on Autodesk Inventor Mechanical Design, scoped to your team's level and use cases.
Autodesk Revit
Instructor-led training on Autodesk Revit, scoped to your team's level and use cases.
BIM Execution Planning & ISO 19650
Instructor-led training on BIM Execution Planning & ISO 19650, scoped to your team's level and use cases.
CATIA
Instructor-led training on CATIA, scoped to your team's level and use cases.
Design for Manufacturing & Assembly (DFM/DFMA)
Instructor-led training on Design for Manufacturing & Assembly (DFM/DFMA), scoped to your team's level and use cases.
Embedded Systems Development (C/C++, RTOS, Drivers)
Instructor-led training on Embedded Systems Development (C/C++, RTOS, Drivers), scoped to your team's level and use cases.
FPGA Design Corporate Training for Embedded Systems
Instructor-led training on FPGA Design Corporate Training for Embedded Systems, scoped to your team's level and use cases.
GD&T (Geometric Dimensioning & Tolerancing)
Instructor-led training on GD&T (Geometric Dimensioning & Tolerancing), scoped to your team's level and use cases.
Curated Learning Pathways for Your Teams
Build your team’s capabilities in Engineering with curated training programs arranged in a clear learning sequence. Each pathway builds skills progressively, helping your workforce achieve defined milestones and apply their learning to business goals.
- CATIA
Builds CATIA capability: part, surface, and assembly design
- PTC Creo
Builds PTC Creo capability: parametric modeling and assemblies
- Siemens NX
Builds Siemens NX capability: CAD, CAM, and integrated design-to-manufacture
- SolidWorks
Builds SolidWorks capability: 3D modeling, assemblies, and drawings
- Autodesk Revit
Teaches Revit: BIM modeling, documentation, and coordination
- CATIA
- Autodesk Inventor Mechanical Design
Produces accurate drawings and models in the client's CAD tools, discipline by discipline
- Product Lifecycle Management (Windchill, ENOVIA, Teamcenter)
Controls product data and engineering change across the lifecycle
- Advanced Materials & Composites Engineering
Strengthens core engineering disciplines behind safe, reliable products and plants
- Simulation & Discrete-Event Modeling
Strengthens core engineering disciplines behind safe, reliable products and plants
- Autodesk Inventor Mechanical Design
- Embedded Systems Development (C/C++, RTOS, Drivers)
Designs and builds the hardware and firmware inside electronic products
- FPGA Design Corporate Training for Embedded Systems
Designs and builds the hardware and firmware inside electronic products
- PCB & Electronics Design with Altium
Designs and builds the hardware and firmware inside electronic products
- Sensor Fusion Algorithms
Designs and builds the hardware and firmware inside electronic products
- Embedded Systems Development (C/C++, RTOS, Drivers)
- Radar Systems Fundamentals
Designs and evaluates radar, RF, and phased-array antenna systems
- Radar & RF Systems Engineering
Designs and evaluates radar, RF, and phased-array antenna systems
- Phased-Array Radar Systems Engineering
Designs and evaluates radar, RF, and phased-array antenna systems
- Phased Array Antenna
Designs and evaluates radar, RF, and phased-array antenna systems
- Sensor Fusion Algorithms
Designs and builds the hardware and firmware inside electronic products
- Radar Systems Fundamentals
- Human Factors Engineering
Strengthens core engineering disciplines behind safe, reliable products and plants
- Simulation & Discrete-Event Modeling
Strengthens core engineering disciplines behind safe, reliable products and plants
- Human Factors Engineering
Find the Right Engineering Training for Your Teams
Explore Engineering training aligned with your teams’ functions, job roles, industry and tools. Help your teams build the knowledge and practical skills to apply engineering across your organization, supporting your business priorities and evolving needs.
Product Design & Development
Connect customer and technical requirements to design alternatives and testable specifications. Coordinate design reviews and engineering evidence before committing to production.
Manufacturing Engineering Teams
Translate engineering designs into practical manufacturing processes and documentation. Evaluate process constraints and feedback so production learning informs the next design iteration.
Verification & Validation Teams
Plan verification and validation around explicit requirements and operating scenarios. Select appropriate analysis, inspection and testing methods and preserve traceable evidence.
Mechanical Engineers
Develop sound design choices through mechanics, modeling and practical constraints. Connect calculations and simulation results to clear drawings and test requirements.
Electrical & Electronics Engineers
Connect electrical requirements with schematics, interfaces and physical integration. Review design constraints and verification needs throughout the development process.
Systems Engineers
Maintain a coherent view of system behavior across its lifecycle. Manage requirements, interfaces and technical tradeoffs so subsystem choices support the overall mission.
Engineering Managers
Balance technical priorities, resources and review decisions across engineering work. Establish clear ownership and escalation paths for risks, interfaces and evidence gaps.
Construction & Infrastructure
Coordinate design assumptions, interfaces and documentation for built assets. Use review and verification practices that connect technical decisions with project and operational requirements.
Autodesk Fusion Practitioners
Develop product models within connected design, simulation and manufacturing workflows. Keep design changes and documentation aligned as work moves between disciplines.
Ansys Practitioners
Prepare simulation models with explicit assumptions and appropriate boundary conditions. Interpret results against engineering requirements and validate important conclusions with other evidence.
Training a role that is not listed, or a mix of them? Tell us who you are training and what they need to do, and we build the shortlist.
Categories worth exploring next
Where engineering teams most often cross-train, based on how these courses are classified.
Capabilities your organization will gain.
Domain-level outcomes, not course objectives. These are the capabilities enterprises usually buy this training to build.
Design to a professional standard
Produce drawings and models that manufacture cleanly: standards-compliant, revision-controlled, and ready for handoff.
Simulate before you commit
Predict behavior before building: FEA, CFD, and discrete-event models that inform real design decisions.
Build embedded systems that work
Ship firmware, FPGA, and PCB designs that work: from drivers and RTOS to layout and sensor fusion.
Deliver BIM-coordinated projects
Model buildings and infrastructure digitally: coordinated BIM workflows from design through construction.
Engineer RF and radar systems
Design radar and RF systems with confidence: fundamentals through phased-array and antenna practice.
Improve asset reliability
Keep plants running: predictive maintenance, TPM, and reliability practice that cuts unplanned downtime.
Run product lifecycle well
Manage the product record across its life: Windchill, ENOVIA, and Teamcenter practice for PLM teams.
Instructor-led Training Delivery: You pick the format
Onsite, live virtual, or hybrid, every program is instructor-led and built around your teams.
In-house / On-Site Session
A trainer comes to your office and works face to face with your team, using your policies and your examples.
- In-person, classroom based training at your own premises
- Tailored to your policies, data and use cases
- Hands-on, high-interaction sessions
- Team builds shared context together
- Schedule set around your operations
For small teams or enterprise-wide training, across one site or multiple global locations, in one language or multiple languages.
Get a Quote
Virtual / Online Session
Expert-led live online sessions delivered anywhere, with consistency and easy scheduling. Training tools such as Zoom or Microsoft Teams are selected subject to your organization's approval and compliance requirements.
- Delivered anywhere worldwide
- Standardized content for consistent outcomes
- Join from your own workspace, no travel
- Scales to large groups across sites
- Interactive tools keep remote learners engaged
For small teams or enterprise-wide training, across one site or multiple global locations, in one language or multiple languages.
Get a Quote
Blended / Hybrid Session
Combine in-person sessions with live online training in a coordinated instructor-led program, with the mix planned around your team's needs.
- A planned mix of classroom based and online sessions
- In-person practice with live virtual reinforcement
- One learning plan across both delivery formats
- Online sessions using organization-approved tools
- Session sequence and schedules agreed with your team
For small teams or enterprise-wide training, across one site or multiple global locations, in one language or multiple languages.
Get a Quote
Learn from Trainers with Industry Experience
Equip your teams with practical skills in engineering through trainers who bring relevant industry knowledge and real business examples to every session. Our trainers connect design, simulation, and reliability to workplace challenges, helping employees apply what they learn with confidence.
Shubham
Prototyping & Design Trainer in Faridabad
9+ years of Experience
Hassan
SCADA Trainer in New Cairo
13+ years of Experience
Anil
Mechanical Integrity & EHS Trainer in Bengaluru
18+ years of Experience
Bhoobalachandar
Siemens Tecnomatix Process Simulate Trainer in Bengaluru
13+ years of Experience
Saif
LED lighting Technology Trainer in Baghdad
8+ years of Experience
Swapnil
Design Thinking Trainer in Pune
7+ years of Experience
Sanjay
Lean Management Trainer in Nagpur
8+ years of Experience
Trainers are matched to your stack and delivery window at scheduling. We confirm your assigned trainer, with a full profile, before the program is booked, and you can sit in on a trial session first.
Why enterprises choose Edstellar as their Engineering training provider.
Engineering capability grows when technical learning reflects real design and operating constraints. Edstellar customizes role-based, instructor-led training for engineers, technical leads and project teams around your systems, responsibilities and business priorities. Applied scenarios connect analysis, design validation and reliability with documentation and collaboration, helping teams make informed tradeoffs and strengthen their practices as technologies, standards and project requirements continue to evolve.
Weigh performance, feasibility and lifecycle requirements in technical scenarios
Align technical specialists and project teams around engineering deliverables
Examine assumptions, failure modes and evidence supporting engineering decisions
Adapt methods as technologies, standards and system requirements change
Cross-industry training experience informs varied engineering and operational contexts
Company-wide training experience supports applied learning for technical teams
Company-wide trainer network connects engineering with complementary professional disciplines
Edstellar's certified quality and information-security management systems underpin engineering training delivery
How a Engineering capability program actually runs.
Every engagement runs the same five stages, from capability baseline through delivery to sustained measurement.
Discover
We meet your stakeholders and L&D team to baseline what your people can do today against the Engineering capability you need.
Week 1-2
Design
Programs are assembled against your policies, obligations, and team levels, then trainers are shortlisted from the vetted bench.
Week 2-4
Deliver
Closed-cohort instructor-led sessions in your language and timezone, with labs, exercises, and materials shipped alongside.
Scheduled to your calendar
Assess
Pre and post assessments establish a measurable change in capability, benchmarked against role frameworks.
Immediately after delivery
Sustain
Retrospectives, refresher modules and skill-refresh tracking keep the investment from decaying, and the measured gaps feed the next cycle.
Quarterly
Stage 05 feeds the next cycle: the gaps it measures become the next Discover.
Also from Edstellar
Talent assessments
→Psychometric, behavioral, leadership and 360-degree assessment.
Training needs analysis
→Needs analysis, gap identification, and a training roadmap.
L&D consulting
→Learning strategy, content, technology and ROI measurement.
OD consulting
→Org design, succession planning and cultural change.
Managed training services
→Training outsourcing, vendor management, logistics and administration.
Coaching solutions
→Executive and manager coaching that keeps skills in use.
Questions enterprises ask before booking.
Design, mechanical, embedded, electronics, RF, reliability, and systems engineers, plus engineering managers. Each track is scoped to a discipline.
Instructor-led and live, as a closed cohort for your team, on-site or virtually. Exercises run on your tools and your kind of problems. You choose the format and schedule.
Yes. Programs are tailored to the tools you use: AutoCAD, SolidWorks, CATIA, Creo, NX, Revit, Altium, MATLAB, and ANSYS. Tell us your stack in the discovery call.
Most programs run 16 to 32 hours across several sessions. Tool-intensive programs like AutoCAD or embedded development follow a project-based rhythm across weeks.
Cohorts run from a single team of 8 up to enterprise rollouts of hundreds, with one trainer per cohort to protect hands-on quality.
Yes. Every program includes hands-on work: drawings, models, simulations, firmware, and lab exercises on realistic engineering problems.
Pre and post assessments benchmark each participant against role frameworks, with a completion report showing measured change per cohort.
Yes. Drawings, models, and case studies can run against your standards, templates, and product examples, so teams train on their reality.
Yes. Programs can align to widely used tool certifications and professional practice, with exam-style exercises built in where it applies.
Yes. Dedicated tracks cover predictive maintenance, TPM, reliability-centered practice, and asset management aligned to ISO 55001.
Yes. Dedicated tracks cover firmware, FPGA design, PCB layout, and sensor fusion, split by discipline so each team gets its depth.
A room or virtual setup, participant list, and licenses or access for your design tools. We ship exercise files, guides, and completion evidence.
Discovery to delivery typically takes two to four weeks, depending on customization depth and trainer matching for your disciplines.
Yes. You can sit in on a trial session with the shortlisted trainer before committing, to check fit with your team and level.
Start a Request for Proposal (RFP) shaped to your needs.
Pick the scale that matches your rollout. Every quote is tailored to your teams and timeline.
Team size
1-25 PARTICIPANTS
Single cohort
One or two programs for a single team, delivered as a closed cohort. The usual entry point for a first Engineering engagement.
- One cohort of up to 25 participants
- Curriculum customized to your obligations
- Onsite, virtual, or offsite delivery
- Certificates and completion report
26-150 PARTICIPANTS
Scaled cohort
Multiple cohorts or programs for larger teams, with delivery structured around your workforce and training requirements.
- Multiple cohorts across teams
- Curriculum customized to your obligations
- Onsite, virtual, or offsite delivery
- Certificates and completion reporting
151-1,000 PARTICIPANTS
Enterprise rollout
A coordinated rollout across business units, with role-based tracks and central reporting for L&D.
- Enterprise-wide cohort planning
- Role-specific curriculum options
- Flexible scheduling across regions
- Program governance and reporting
1,000+ PARTICIPANTS
Global scale
Engineering capability at organizational scale, with dedicated management and measurement from pilot to rollout.
- Global delivery at scale
- Dedicated program management
- Custom curriculum and assessments
- Executive reporting and ROI tracking
Ask us about Engineering training for your teams.
Tell us which teams you are training and what they need to be able to do. Anything you filtered in the catalog comes through with your message.