Shashank Chintalagiri Email & Phone Number

Delhi, India

New Delhi Area, India

Involved with the commercial development of high-end indigenous instrumentation.Personal focus primarily on the design, development, prototyping, production, and testing of electronics hardware and new product development. Ancillary responsibilities have included sourcing of raw materials, identification and development of vendors, and various other compliance, regulatory, tendering issues.QDA (2012 - PRESENT) - Product line development & management. Design of hardware, firmware architecture. - Acquisition parameters range from 10sps - 80Msps, 14bit-24bit, burst and continuous acquisition over 2-64 channels. - Responsibilities include: o understanding and refining customer requirements o identification of viable approaches and corresponding pricing estimates o development and production of necessary hardware o contributing to the overall software and firmware architecture - Resulted in the development and continuing maintenance of three distinct platforms with modular hardware, targeting different requirement domains and price points. - Also developed a superstructure for management of engineering, production, and quality control information.XPLORE (2012-2015. 2019) Initial development and stabilization of a Physical Properties Measurement System, consisting of various high precision instruments, including a lock-in amplifier, source and measure unit, temperature controller, and nanovoltmeter. The products are now in the incremental development and maintenance phase. SPM/CVD Peripheral involvement in various other product lines: - Review of hardware designs. - Transfer of relevant technology and integration of existing capabilities into those product lines in the form of newer methods, processes, and reusable modules. - Participation in the development of new capabilities when required.

New Delhi Area, India

Preliminary work toward the integration of a lock-in amplifier with Quazar Technologies Pvt. Ltd.'s nanoREV Ambient Air STM for STM/STS applications, including: - literature review and development of a viable roadmap - minor hardware and software adjustments to the existing STM to allow this integration - extensive sample scanning and characterisation - initial steps towards development of an indigenous Lock-in Amplifier

Project Executive for the Technology Mission for Indian Railways pilot project anchored by IIT Kanpur to develop and implement Industry 4.0 practices and related software infrastructure at Modern Coach Factory, Raebareli.

New Delhi Area, India

- Provide oversight and guidance on a variety of technology development projects. - Development of the embedded hardware and software for an innovative distributed signage and advertising platform based on the raspberry pi. - Provide technical inputs on various high-wattage LED lighting products. - Provide inputs and analysis for non-technical business decisions.

New Delhi Area, India

Provided technical inputs and support for a variety of consumer grade products intended for the Indian market, including : - Development of high quality, low cost LED bulbs; Optimization for local manufacture; Provided ancillary support for sourcing raw materials and resolving production issues. - Development and prototyping of a GPS + GPRS based vehicle tracking system. - Feasibility studies and technical guidance provided for a variety of other technology

Kanpur Area, India

Part of the 'core' team (~4-6 people) for the project. Led the Systems Engineering effort, with a wide range of stated and unstated personal responsibilities, including: - Overall responsibility for the systems engineering process, including high-level system and nanosatellite bus design, reliability engineering, mission planning, inter-subsystem coordination and interface definitions. - Design of electronics for a variety of subsystems in varying degrees, including significant portions of hardware development for one (ARM based) flight computer, a 4-axis, 3-phase BLDC drive for RCS, and electronics for an on-board near-IR camera based on the LUPA 300 image sensor. - Software architecture design, including overseeing code quality control & communications protocol design. Direct involvement in the development of flight software for critical functions of the fail-safe MSP430 based on-board computer. - Development, validation, and defense of test protocols. - Collation of reports from various teams and providing system-level representation at various technical reviews. - Involvement in post-launch tracking. - Setup & maintenance of various network resources for the development team. Established a version control system and provided training for use.

Master'S Degree, Physics

Activities and Societies: Robotics Club, Coordinator (2007-08); Robocon (2006-08); FOSSkriti, Coordinator (2008, 09, 10); Navya (2006-11)

Aissce, Mpc + Biotechnology

Aisse