DEEKSHITH

UDUPI

Summary

Results-driven manager with a track record of delivering solar power projects on schedule and within budget at APSARAM TECHNOLOGIES. Skilled in circuit diagnostics and project management, effectively aligning engineering objectives with client needs to maintain high standards of quality. Proficient in C++, Python, and KiCAD, contributing to successful project outcomes.

Overview

years of professional experience

Work History

MANAGER

APSARAM TECHNOLOGIES PRIVATE LIMITED

09.2020 - Current

Managed cross-functional teams to deliver projects on-time.
Implemented standard operating procedures to ensure quality and consistency.
Supervised the installation of solar power systems ranging from 3 kW to 150 kW at various sites.
Planned and executed daily site activities to ensure timely project completion within budget.
Coordinated with engineers, contractors, and clients to align project goals and timelines.
Identified and resolved faults in analog and digital circuits using tools like multimeters, oscilloscopes, and logic analyzers.
Diagnosed PCB-level issues such as short circuits, broken traces, soldering defects, and component failures.

Education

BE - E&C

CANARA ENGINEERING COLLEGE

08-2020

PUC -

VIVEKA Pre-UNIVERSITY COLLEGE

03-2015

SSLC -

SEVA SANGAMA VIDYA KENDRA

04-2013

Skills

C and C programming
Python development
Hardware description language
Computer-aided engineering design
Arduino programming
Circuit design and simulation

Microsoft Office proficiency
KiCAD expertise
Circuit diagnostics
Project management
Site supervision

Projects

Tidal energy: It is a mechanical-based project where a floater is placed in seawater; as the waves vary, it will float in the water, and it will give potential energy to the geared mechanism Then, at the final stage, the gearing system is given to a generator, which generates the commercial voltage required

WIC 100 kW ON-GRID SOLAR: This system operates without battery storage, feeding electricity directly into the grid. It powers on-site loads first, with any surplus exported to the grid, potentially earning credits or payments through net metering.

LINEAR MOTOR DRIVER: This driver can be constructed using an H-bridge configuration, which allows control over the direction of current through the motor, enabling bidirectional movement. This setup is suitable for simple applications where precise control is not critical.

Hobbies and Interests

Updating the Technical Skills
Internet browsing

Timeline