Electronics Engineering Summer Intern (3 Tracks)

At Si-Ware Systems, we are shifting the boundaries of optical spectroscopy and advanced electronics. Our team designs and manufactures cutting-edge  spectrometers and high-performance hardware solutions. We are looking for three motivated, final-year undergraduate interns to join our electronics team and help optimize our current product 's PCB workflow.

Instead of just giving you theoretical exercises, you will dive straight into our existing hardware. Your workflow will be practical: analyze real-world challenges in our current projects, model the issues, and solve them using available simulation tools.

Focus: Managing high-speed data transmission and mixed-signal environments.

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  Analyze existing board layouts to identify and mitigate crosstalk and signal degradation.

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  Work on impedance control and the modeling of PCB stackup to ensure clean signal paths.

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  Evaluate routing challenges for high-speed signal designs and analog-digital mixed-signal circuits.

• Strong foundational knowledge of transmission line theory and electromagnetic basics.

• Understanding of how high-frequency signals behave on a PCB layout.

• Solid understanding of DC/AC circuit analysis and basic thermodynamics/heat transfer.

• Interest in how power delivery directly impacts physical board temperature.

• A strong interest in RF principles, shielding, and grounding concepts.

• A "maker" mindset—you enjoy working with lab equipment and setting up test hardware from scratch.

• Currently pursuing a B.Sc. in Electrical/Electronics Engineering (must be in your final year or actively working on a graduation project topic).

• Strong grasp of engineering fundamentals (circuit theory, electronics, and basic electromagnetics) over specific software knowledge.

• Eagerness to learn: you should be comfortable taking a problem, researching it, and learning how to use the available simulation tools to solve it.

• Comfortable working in an electronics lab environment with standard tools (oscilloscopes, multimeters).

• Good documentation skills to help map out your findings and lab setups.

Focus: Ensuring stable power distribution and efficient heat dissipation.

Focus: Debugging electromagnetic compatibility and building testing setups.

1. Submit Your Application: Please submit your resume and a brief note mentioning which track aligns with your studies or interests (Track 1: SI, Track 2: PI & Thermal, or Track 3: Product EMC). If you are looking to tie this directly to your university graduation project, please let us know!

2. Shortlisting Phase: If your profile matches our requirements, you will be required to prepare a short presentation on a topic related to your selected track as a part of the shortlisting and selection phase. This will help us evaluate your problem-solving approach and foundational knowledge.