Embedded Hardware Product Design
A Bridge Course with Industry Insight
Learn what industry needs and be job ready
Learn Embedded hardware Design from Industry perspective and acquire an Edge on your Design Skills. This is a comprehensive course covering all major design blocks of embedded product from Requirements to Complinace.
BEGIN YOUR JOURNEYWhy you should take this Course?
Industry Experience
First hand experience on Techno-Commercial & Resource challenges being faced by tier-I companies in embedded product development space across domains, shows
...Industry is Strugling to hire Right Skills
On-job Constraints
Across industry Development processes and procedures are extensively driven by delivery targets with emphasis on reuse, this
...dilutes the essence of on-job learning
Learning Approach
We strongly believe in top-down learning approach, starting from customer expectations and driving it conceptually in What-Why-How pattern
....emphasizing significance of each design decision
Transform youself to become an exact match for Industry
Regular Batches
Best for students willing to get job ready by acquiring hardware design skills asked by Industry with 2 days a week sessions.
Weekend Batches
Best for young professionals willing to accelerate their career by improving their productivity. Join twice a week sessions.
Recorded Sessions
Best for entrepreneurs and busy professionals if they cannot make the scheduled batches due to their bandwidth crunch.
Practical Exposure
Design and Analysis Projects based on every module followed by discussion to assess your understanding
Key Take Away
• Conceptual and Systemic understanding on Hardware design.
• Significance of every design decision driven by products’ key performance index (KPI) – QVC.
• Visibility to real life design issues and how to address those proactively.
• Understanding on interdependencies among other product design competencies.
• Comprehensive coverage from Design Specifications to Product manufacturing (DFx).
• Various proven methods of Design finalization like WCA, EVA, RSS etc.
• Good understanding on component selection for optimal cost, performance and manufacturing.
• Approach and consideration for designing reliable and functional compliant product.
• Holistic design verification by identifying corner cases and designing fault injection test-cases.
• Best practices for achieving Thermal and EMI compliance.
• Industry standard design and Problem solving approach like Fish-Bone Analysis, FTA, 5Why etc.
• Covering 100+ design concepts providing strong fundamental foundation.
