Prachurya Bharadwaj

• Reducing cost of goods, resources and operations by implementing efficient design strategies.
• Leading junior architects in their projects, fostering a learning environment at work.
• Compliance checks with customer requirements for new projects
• Auditing existing processes and projects
• Managing the outcomes of 40FTEs and growing steadily

• This podcast is the first and only of its kind where the host is developing a product from scratch with a step-by-step development plan for revolutionary designs of complex machines. The host also provides marketing and execution plans for these products. Towards the end of the third part of each topic, the audience will be able to build the product on their own within a corporate setting, for ensuring profitability from the designs and efforts.
• The host talks about how to innovate while structuring one's startup to a scale-up. Topics like precision mechanics, automation of processes using mechanical systems, regulatory matters, quality concerns, failure rates, components development etc. are discussed very thoroughly.
• Industries covered in the podcast: Semiconductors, Equipment development, Automobiles, Medical device.

A) Architecture for module development and revision for NXT and EXE machines on components where dynamic load is applied.

B) System-level insights translated to mechanical and function requirements.

C) DfSS coaching

D) Managed the outcome of 25FTEs while keeping checks on cost, quality, scope and time.

• Large scale production process development through a thorough design for six sigma methodology
• Development of multiple mechanical components for EXE5000 and EXE5200 machines - world's most complicated machines
• Supervised project life cycle from conception to completion ensuring quality control.
• People, product and process management while keeping the quality under check.

Siemens and Shell:

• Architectural plan for development of Windmills blades (Siemens) and Oil mixer blades (Shell)
• Facilitated successful negotiations between conflicting parties, achieving mutually beneficial outcomes.
• Reviewed company policies regularly, aligning them with changing legal requirements.
• Assessed risks associated with proposed business solutions, minimising potential issues.
• Devised detailed project plans with clear milestones, encouraging team focus and direction.
• Initiated cost-saving measures by evaluating and improving operational processes.

Developed next-generation DNA sequencing medical devices, integrating Transmission Electron Microscopy (TEM) with automated lab-on-a-chip DNA extraction for high-throughput clinical and pharmaceutical applications. Ensured compliance with ISO 13485 (medical devices), ISO 15189 (clinical lab testing), ISO 17025 (calibration), and ISO 14971 (risk management).

• Led cross-border teams, aligning technological advancements with stringent regulatory requirements.
• Tailored designs according to client requirements for personalised outcomes.
• Supervised project life cycle from conception to completion ensuring quality control.

• Collaborated with multidisciplinary teams to achieve project objectives efficiently.
• Carried out precise calculations for manufacturing various components from different materials.
• Worked closely with suppliers ensuring high-quality material procurement at competitive prices.
• Executed tolerance analysis, machining plans, manufacturing strategies, FEA.