• Worked on the Engineering Design activities pertaining to energy domain viz. Process Steam Utility, Waste Heat Resource’s Recovery as well as Energy Auditing for the companies.• Worked briefly with Industrial Energy Auditing viz. Steam Trap Surveying and New Project development activities for Heat Recovery systems viz. Heat Duty availability and Return on Investment Calculations.• Novice knowledge about Technical Standards and Safety Authority, Ontario (TSSA) approval process for Heat Recovery System Equipment’s.

Worked as a Janitor/Custodian for a Commercial/Office space building in Downtown Toronto.

My work experience at Urja-Disha is specifically in the field of Process Equipment designing.• Expertise in Thermal Design of Process Steam Generation and Waste Heat Recovery systems.• Expertise in Engineering Design (Equipment design) based on Code calculations, viz. ASME codes, American Petroleum Institute (API) codes, Indian Boiler Regulation (IBR) standard, and Tubular Exchangers Manufacturing Association (TEMA) standard etc.• Experience with designing and drafting of Process Flow Diagrams (PFD), Piping and Instrumentation Diagrams (P&ID).• Developed several programs in Microsoft-Excel to reduce the calculation time for Heat Recovery Equipment sizing.• Previously the company had to invest special efforts for structural design for every project that is handled. With the help of MS-Excel programs for equipment sizing there has been a sizable reduction in Engineering designing time frame.• Prepared MS-Excel calculation sheets for Thermal Design of Equipments for evaluating the Heat Transfer Area based on Convection and Radiation Heat Transfer.• Thorough knowledge of 2D drawings of Pressure and Non-Pressure Parts of the Process Steam Generation System (Boiler Furnace,SuperHeater, Support Panel,Steam/Water Drum, Deaerator, Economizer, APH, Stack, Foundation and Steel Structures)• Experience in making Design and Purchase Specification data sheets for bought up items in Boiler Design like Pumps,Fans,ESP etc.• Experience in preparing Valve Scheduling and Instrumentation list etc.

• Worked for British Columbia Government as a call centre operator.• This job greatly improved my people and communication skills. Job pertained to Covid-19 vaccination registration and booking services for residents of British Columbia, Canada.

Mechanical Engineer at Faurecia Clarion.Job role included:• Design and Development of Vehicle Infotainment system using CAD tools. • Performing Modal analysis on audio systems using CAE tools in compliance with OEM standards/requirements.• Use of Product Life-Cycle Management tool like TeamCenter for data management for OEM Client.• Developing Prototypes for improving infotainment system experience and camera system for improved safety in the Auto-Industry. • Team Member of the Clarion Surround eye system development for increased vehicle safety with improved bird's eye view technology.Always worked to be an effective team player in the activities relating to the New Product Development and POC design as well as design validations relating to ADAS and autonomous driving system.

The work consisted of Guiding the Undergraduate students in the field of Mechanical engineering with their course in Applied Thermal Fluid Engineering Lab.• Grading the Project Reports for Lab's and constructive feedback was the prime role.• The course work was interactive in a way of knowledge sharing in the field of Fluid Mechanics, Thermodynamics and Heat Transfer.• The job has greatly helped me to refresh my basic knowledge about the said topics.• This has also improved my Teaching/Grading skills.

• Work pertained to conducting energy audits in manufacturing companies to identify opportunities to improve cost effectiveness while looking for reducing operating costs through identifying the potential energy opportunities in the existing framework.• Performing a detailed process analysis to generate specific recommendations with estimates of costs, performance, and payback times were a part of audit report that was made after the visit.• Submission of assessment recommendation report formed the final part of Auditing Activity.• The Energy audits performed have greatly helped the companies to focus on areas to look for energy saving alternative’s. The audits have greatly improved my knowledge in Industrial energy analysis as well as focus on energy-economics.

Urja-Disha was established in 2003 with ambition to provide boiler technology to steam utility industry. The firm has a complete engineering expertise in the field of fired and unfired (waste heat recovery, process integrated) boilers The range of services starts right from the decision of boiler configuration to commissioning and trouble shooting.• My work experience at Urja-Disha is specifically in the field of Process Equipment designing.• Developing several programs in Microsoft-Excel to reduce the calculation time for Equipment sizing was a major part of my Engineering Work.• Previously the company had to invest special efforts for structural design for every project that it handled. With the help of MS-Excel programs for equipment sizing there has been a sizable reduction in Engineering designing time frame.• Equipment design was based on Code calculations, viz. ASME codes, American Petroleum Institute (API) codes, Indian Boiler Regulation (IBR) standard, and Tubular Exchangers Manufacturing Association (TEMA) standard.• Prepared a MS-Excel calculation sheet for Thermal Design of Economizers for evaluating the Heat Transfer Area based on Convection and Radiation Heat Transfer.• Drafted 2D drawings of Non Pressure Parts like Economizer Steel Casing Structure, Air Pre-heater structure using Auto-CAD.• Drafted the P. & I.D. sheets for air, water and gas side for Coal/Bagasse Fired Power Plants using Auto-CAD.

Tata Technologies Limited is a company in the Tata Group that provides services in engineering and design, product lifecycle management, manufacturing, product development, and IT service management to automotive and aerospace original equipment manufacturers and their suppliers. • My work at Tata Technologies was primarily as a Design Engineer in the Vehicle Interiors Designing Team.• Worked in Automotive plastic domain, designing several vehicle interior components like Dashboard, Floor Console, and Door Trims.• Conversant with the use of 3D-Cad software’s like Catia-V5 and UGNX for designing Body and trim components.• Designed B-Class plastic surfaces based on A-Class Surface Inputs from styling departments using 3D-CAD software.• Designed Body and Trim features like Clip-Towers, Dog House, screw boss, strengthening ribs considering previous design section data as well as designing requirements like GD&T restrictions and draft limitations for plastic die casting.• The project consisted of Engineering-Modeling of the component using Catia-V5, UGNX tool. Addressing Manufacturing concerns like “draft issue, over intricate designing, mass production, material optimization, ease of assembly” was a major responsibility during Engineering-design.

The internship was a '2-days a week program' for the 4-months duration during undergraduate studies. The program was designated by the name LEAD, acronym as Learn-Evolve-Apply-Develop.• The internship provided close monitoring of Engineering-Design and Manufacturing aspects of Hot/Cold Chamber Pressure-Die-Casting Manufacturing Process. • Internship outcome was the development of a proto-type in Sheet Metal for an existing Pressure Die Casted Electrical Component of SEMCO.• The proto-type was successfully tested for required UL norms and proved to be a possible alternative for pressure die casted product.• Internship experience provided a weekly training at several departments of the company such as Engineering, Tool Designing, SPM and tooling, UL Testing Lab to closely monitor Techno-Commercial aspects of Hot/Cold Chamber Pressure-Die-Casted Electrical Products used in North American market.