Aravind Chamarti Email & Phone Number

United States

Betzdorf, Luxembourg, Lu

Enterprise & Cloud segment product management as a global head; Digital Transformation thought leadership and practice; End-to-end product ownership of 'Connectivity Service as a Product' portfolio;

San Diego, California, Us

Productization of Protected Tactical Communications hardware and software portfoliosCommercialization of network digitizer productsProduct initiation of modem products

London, United Kingdom, Gb

 Managed the LEO satellite user terminal product developments for terrestrial and maritime markets – customer, technical and strategic requirement prioritization, overseas vendor relationship management (RFI, RFP, contract reviews, design reviews); handled ITAR-controlled information  Self-initiated a B2C digital-only digital experience product with >100M commercial potential. Secured $0.4M seed funding, managed budget, personnel selection, project planning, workstreams, resources, risk analysis, IP, legal, and marketing aspects to the appreciation of the entire C-level executives. Pivoted the business model to meet the strategic goals and mitigate legal and financial risks.  Submitted the proposal for terrestrial remote sensing of atmospheric parameters using global user terminal infrastructure. Interviewed interns.  Mentored colleagues on organizational, technological, innovational topics. Successfully demonstrated conflict management.

Corning, New York, Us

 Business impact of the satellite broadband emergence to fiber – analysis, projection model presentation and recommendations to C-level executives. Emerging nationwide WLAN networks vs. cellular networks – white paper to C-level perusal. Envisioned indoor MIMO cell bonding technique that reduces Distributed Antenna System (DAS) costs up to 50% and allows seamless evolution to 4x4 MIMO. Managed invention to commercialization - hands-on field study, value proposition, software application design and business development. Proposed IoT platform for DAS strategic advantage and acquired $150K seed funding. Managed budget and selection of technical team members/contractors. Lead from ideation to demonstration. Defined Multi-application device that supports LAA, LBS, Cellular SON, e-911 & IoT apps. Provided vision, roadmap, business model.

Corning, New York, Us

  Managed all product life cycle phases – discovery, voice-of-customer, value proposition, business modeling, market requirements, product launch, validation; end-of-life. Managed the largest product portfolio - 90% of total company revenues.  Applied and taught KT analysis for field issue resolution and customer escalations  Designed location-based services (LBS)/e-911 product for DAS. Managed development with multinational, multi-cultural team and lead business development activities with ATIS and US MNOs (AT&T, Verizon, T-Mobile, and Sprint)  Managed vendor relationships to develop indoor spectrum monitoring capability and high-accuracy LBS system for indoors. Designed and lead the technical development of an automated active-DAS RF test and characterization platform (hardware and software). Defined requirement, test plans and procedures by deriving from industry standards and FCC specifications. Coordinated RFID tag production activity with contract manufacturers. Characterized Tag/reader antenna performance for the data center application.

Corning, New York, Us

 designed and developed architecture, test plans and test procedures of an automated rf test and characterization platforms to evaluate active in-building wireless system; derived functional requirements from 3GPP, 3GPP2 and FCC specifications coordinated tag production activities with contract manufacturers - Xtreme Electronics Design Inc, and Unovis Inc. evaluated tag/reader antenna performance in the lab and characterized the data center application performance

Zurich, Ch

 Designed reader/tag antennas and circuitry for high density data center RFID application (2 patent grants). Modeled passive RFID tag/reader antennas and RFID systems. Designed and lead the characterization of WLAN (802.11b/g/a/n) RoF system. Designed RFID tag antennas. Validation in coordination with Virginia Tech University, and commercial vendors. Invented MIMO cell bonding technique. Benchmarked ‘Radio over fiber’ system for mines.

 Lead the design, modeling, development, characterization and benchmarking of delay-based chipless RFIDs and RFID based sensors systems. Lead a team leader of a twelve Master and two PhD students. Defined work streams and supervised research progress.

Developed desktop based microfabrication techniques such as xerographic patterning, electroless copper deposition, and photolithography Modeled and simulated circuitry and antennas for RFIDs and RFID based sensors using Ansoft Designer, and HFSS Handled RF instrumentation and metrology instrumentation such as scanning electron microscope, atomic force microscope, ellipsometer, drop-on-demand printer, contact/non-contact profilers, Hall measurement system, Optimus metrology system. Demonstrated their operation as part of the metrology class.

Taught courses for Bachelors(Electrical and Electronics Engineering)

Phd, Engineering

B.E, Electrical And Electronics Engineering

High School Degree, Maths, Biology, Physics And Chemistry