Sandeep Reddy Palreddy, SMIEEE

Develop and execute a forward-thinking strategic vision that aligns with the overall goals and objectives of Azista Composites (Composite Materials Division) & Azista-BST (Satellite Division). Identify emerging market opportunities, industry trends, and potential disruptions to guide the company’s future and competitive positioning. Foster a culture of innovation, encouraging research and development initiatives to enhance our capabilities. Provide inspirational leadership and guidance to a diverse team, promoting a culture of collaboration, teamwork, innovation, and excellence. Recruit diverse talent and fashion high-performing teams across various functions within the organization. Set clear performance goals, conduct quarterly evaluations, and provide constructive feedback to drive individual, team, and company growth. Foster a supportive and collaborative work environment, offering growth opportunities and professional development initiatives to empower employees in advancing their careers within Azista. Develop and manage the company’s financial strategies, budgets, and forecasts to ensure sustainable growth and profitability. Develop early pricing strategies and multiple revenue streams to validate their viability and adaptability in the market.

Work closely with the CEO's office to develop technology road-maps. Responsible for design and development of all new technologies needed to be a leader in SATCOM, military and radar markets. Support Sales in the field by applying application knowledge and technology domain expertise to solve emerging customer needs. Develop concepts for novel RF applications focused on RF Feed technologies for the Radar, military and SATCOM markets. Responsible for leading RF system design team to include Electrical and Mechanical Engineering resources. Work closely with cross-functional teams, including customers, mechanical, software and RF engineers, to develop high performance and cost effective solutions. Participate in applicable conferences as domain expert for ARA.

• Technical point of contact at ViaSat’s Antenna Systems division. • Interact with systems and sales engineers and provide technical support. • Developed X/Ka dual band feed for dual CP transmit and receive application. • Developed X/Ka dual band feed for dual CP wide band receive application.

Responsible for project management, scheduling, testing, technical proposal writing & designing passive microwave components and antennas. Actively involved in IR&D, design, implementation and testing of passive microwave components and antennas. Responsible for developing matlab programs for various antennas and passive microwave components design. Designed, managed and tested a Ka-band polarizer for project JUNO for JPL (NASA). Designed, managed and tested a Ka-band diplexer for L3 com. Designed and tested X-band couplers for Raytheon. Designed and managed a broadband (2-18 GHz) spiral antenna for military. Designed and managed a polarizer and antenna for project Maven for NASA (JPL). Designed, managed and tested a 12 way power divider and combiner for powermax (part of a radar for south korean air force). Designed, managed and tested a 4 way power divider and combiner for powermax (part of a radar for south korean air force). Designed and managed H & V pol fan beam antennas in 3 bands for NuWave antennas for threat simulation for airforce. Designed & managed corrugated antenna with polarizer and launch for lockheed martin (air force application) Designed, managed & tested 8 way power combiner and divider for Indian air force. Designed, managed & tested dual 16 dB and 40 dB stripline coupler for northroup grumann. Designed, managed & tested 3 dB hybrid coupler for boeing.

Assisted faculty in strengthening concepts in Java, Signal Processing and Electromagnetics, and helped students with their assignments. Helped building an X-band dual polarized mobile RADAR for tornado chasing. FPGA programming implemented on cyclone II board using Quartus 6.1. Wrote data acquisition code in C for storing time stamps and received data. Programmed AD9954 DDS board using Quartus 6.1.

Assisted faculty in strengthening concepts in Java, Signal Processing and Electromagnetics, and helped students with their assignments. Helped building an X-band dual polarized mobile RADAR for tornado chasing. FPGA programming implemented on cyclone II board using Quartus 6.1. Wrote data acquisition code in C for storing time stamps and received data. Programmed AD9954 DDS board using Quartus 6.1.