Krishna — Mechanical Engineer

SIPP Technologies - Jacksonville, FL - 2017 - 2018 MECHANICAL ENGINEER Currently collaborate with engineering teams and all related parties to develop a robotic lining system capable of being used in all pipes ranging from 48 inches to 144 inches in diameter. Play key role in the designing of concepts for umbilical drive units used for carrying fluid hoses and directing the robot while engaged in lining. Plan and develop the designs of electrical enclosures used on the company's robotic lining systems. Produce hydraulic schematics for the entire schema editor software for use as a future reference for the robot lining method. Communicate directly with third-party vendors and in-house manufacturers on a day-to-day basis to ensure adherence to project deadlines. Key Accomplishments: - Serve in lead operations role and execute a year-long pending project in only six months. - Direct all aspects of the design of a robotic system and its complete structure. - Collaboratively design a rotary union for in-house manufacturing and deliver essential leadership in the design and development of the first prototype for steering tests of the robot in Mitre bends. - Lead the design of electrical enclosures for all segments on the robot and calculate BTC and CFM values in addition to performing various analyses. - FEA, CFD and vibrational analysis in ANSYS and Fluent, along with detail and assembly drawings in AutoCAD Inventor 2017-18, and performed DOE. - 3D printing sequencing in SolidWorks. Purchase requisition (PR), Request for Quotation (RFQ) and Bill of Material (BoM) generation in SAP and project management in MS project

R&R Associates - Sarasota, FL - 2017 - 2017 MECHANICAL DESIGN ENGINEER INTERN Collaborated directly with numerous industrial designers to assess client vision and develop plans for creating manufacturable product designs. Participated in fast-paced feasibility studies to inform designs for electronics and mechanical systems and achieve optimal costs, scheduling, and performance metrics. Craft 3D models for use in renderings, prototyping, and manufacturing operations in addition to completing engineering drawings and calculating tolerance stacks. Assisted in client and manufacturing meetings with local and international vendors. Key Accomplishments: - Spearheaded an innovative design project that integrated a product's paddle and board. - Developed all designs of a body frame for a cutting-edge medical device optimizing drug processing. - Successfully designed fully functional and highly cosmetic prototypes using CNC ABS materials and collaborated in the transition to full product manufacturing

SRI Tech Solutions - Tampa, FL - 2016 - 2017 TALENT ACQUISITION PROFESSIONAL Directed the recruitment of new college graduates and engineering talent on behalf of national and international clients. Held ultimate responsibility for marketing and training programs. Assessed applicant communication and technical abilities in addition to completing reference checks and salary negotiations. Generated leads and conducted follow ups while coordinating operations between clients and staff and nurturing strong interpersonal relations. Gained valuable experience using a range of technical tools including ATS and CRM. Key Accomplishments: - Managed the placement of 12 candidates in the engineering sector. - Coordinated and managed online classes for students seeking technical skills. - Served as the head coordinator for all offshore and onshore operations

University of South Florida - Tampa, FL - 2013 - 2015 MECHANICAL ENGINEER Collaborated with engineer teams by utilizing a Baxter robot to facilitate installation on an automated ground vehicle for use in various manufacturing industries. Planned and developed a vibration feedback glove and held a demonstration with coin motors to showcase the tool's ability to assist visually impaired users complete daily tasks such as grabbing an object. Key Accomplishments: - Headed the design and analysis of model 2002 Hyundai Accent and conducted FEA using ANSYS Fluent 13.0 to determine lift and drag coefficient. - Led the design of a six-axis robotic arm in Solid Works and ran a simulation in MATLAB to eliminate singularity. - Completed the design and fabrication of a plate by utilizing MAKERBOT software to facilitate the attaching of the thermal and syringe extruders in synchronization with the 3D print head. Additional Experience: Design Engineer (Varad Extrusions PVT, LTD.), Robotics Lab Coordinator (SRM University), PCB Layout Designer (MIC Electronics PVT, LTD.)