What you'll get
- 5+ Hours
- 5 Courses
- Course Completion Certificates
- Self-paced Courses
- Technical Support
- Case Studies
- Download Curriculum
Synopsis
- Introduces fundamental circuit design concepts and hands-on simulation using Multisim software.
- Provides a full year of unlimited access to all training materials.
- Ideal for those pursuing a career in circuit design; foundational knowledge of electronic circuits is advantageous.
- Offers Certificates of Completion for each course module and practical project.
- Certificates are verifiable and shareable via unique links for resumes or LinkedIn profiles.
- Self-paced video modules allow flexible, on-demand learning.
Content
| Courses | No. of Hours | Certificates | Details |
|---|---|---|---|
| MultiSIM - Schematics Capture:01 - Understanding UI | 35m | ✔ | View Curriculum |
| MultiSIM - Schematics Capture:02 - Drawing a Schematic | 1h 38m | ✔ | View Curriculum |
| Courses | No. of Hours | Certificates | Details |
|---|---|---|---|
| MultiSIM - Schematics Capture:03 - Working with Instruments | 1h 19m | ✔ | View Curriculum |
| MultiSIM - Schematics Capture:04 - Microprocessor Control Units (MCU) | 42m | ✔ | View Curriculum |
| MultiSIM - Schematics Capture (Module #5) - Working with Analyses | 48m | ✔ | View Curriculum |
Description
This program delivers practical, application-oriented training in circuit design and simulation. Participants learn to create detailed schematics, analyze circuit performance, and develop custom components using Multisim. The course emphasizes real-world design constraints and prepares learners to produce professional-grade drawings and circuit layouts.
Additionally, the training equips participants to transition designs to multi-board environments, collaborate effectively during design reviews, and integrate concepts from analog, digital, and power electronics. By the end of the program, learners will confidently manage design variants and produce fully functional circuit projects.
Sample Certificate
Goals
- Develop proficiency in creating, simulating, and evaluating circuits using Multisim.
- Develop the skills to translate theoretical concepts into real-world design applications.
- Enable seamless transition from simulation to multi-board project environments.
- Prepare learners for professional collaboration during development, testing, and verification phases.
Objectives
- Master the Multisim interface and tools for schematic capture and simulation.
- Learn to design custom components and personalized title blocks.
- Apply analog, digital, and power electronics concepts in circuit projects.
- Analyze circuit behavior and optimize performance within design constraints.
- Gain experience managing design variants and preparing comprehensive documentation.
Highlights
- Hands-on circuit design with step-by-step simulation exercises.
- Custom component creation and title block design.
- Access to one year of full course materials.
- Self-paced video modules for flexible learning schedules.
- Verifiable certificates to showcase skills professionally.
- Exposure to both analog and digital circuit concepts, including power electronics.
Requirements
- Basic electronics knowledge and understanding of fundamental circuit concepts.
- General computer proficiency and Windows OS familiarity.
- Familiarity with PCB layout principles is advantageous.
- Prior exposure to NI Multisim, LabWindows, or introductory C programming is helpful but not mandatory.
- Note: The course gradually introduces concepts, making it accessible even to beginners with a logical understanding of electronics.
Target Audience
- Engineers, technicians, and professionals involved in circuit design, analysis, or testing.
- Technical managers seeking practical experience with circuit design suites.
- Students, researchers, and Ph.D. scholars exploring simulation and electronic layouts.
- New Multisim users, aspiring developers, and beginners in circuit design.
- Anyone with an interest in understanding, designing, and analyzing electronic circuits.
FAQ
Q1. Is prior Multisim experience required?
No, but basic knowledge of electronics and circuit fundamentals is recommended.
Q2. Can beginners take this course?
Yes, the course gradually introduces core concepts, making it accessible to newcomers.
Q3. How long is access to course materials?
Learners receive one year of full access.
Q4. Are certificates provided?
Yes, each module and project offers verifiable certificates suitable for resumes and LinkedIn profiles.
Q5. Is this training self-paced?
Learners access all content through on-demand video modules, enabling flexible learning.
Career Benefits
- Enhanced employability for roles in circuit design, simulation, and analysis.
- Preparation for technical positions requiring schematic capture and performance evaluation skills.
- Ability to contribute effectively in R&D, testing, and manufacturing-oriented projects.
- Recognized certifications that strengthen professional profiles and LinkedIn presence.
- Foundation for advanced studies or specialized training in electronics and embedded systems.
