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Deep Desai

Consultant at BCG, Duke MBA, and mechatronics engineer with experience in technology strategy, commercial diligence, mining automation, and venture investing.

Selected experience

Boston Consulting Group

March 2025 – present

Consultant · Principal Investors & Private Equity and Technology practices · San Francisco

  • Commercial diligence across enterprise software, cybersecurity, healthcare IT, industrial technology, and other sectors. Own workstreams and synthesize customer, expert, and market research into investment committee materials.
  • AI strategy, use-case prioritization, operating-model design, data-platform roadmaps, and proof-of-concept development.
  • Growth strategy, market modeling, pricing, and go-to-market analysis for technology businesses.

Summer Consultant · June – August 2024

  • Customer, distributor, and market analysis for private equity and hedge-fund diligence projects across consumer products, design software, and logistics SaaS.

Valor Infrastructure Partners

January – April 2024

MBA Consultant · Fuqua Client Consulting Practicum

  • Developed the business strategy and roadmap for expansion into alternative clean-tech and energy projects, with go/no-go criteria for entering a new vertical.

BHP

February 2019 – September 2023

Specialist, Control Systems · 2022 – September 2023

  • Owned control-systems reliability and improvement for port and integrated remote operations, coordinating site engineers, remote-operations teams and equipment vendors to reduce unplanned downtime.

Portfolio Investment Strategist · 2021 – 2022

  • Led early-stage investment and partnership diligence, including KoBold Metals, and built a 10-target pipeline with about $45M in potential value. Presented strategic fit, technology risk and integration paths to the investment committee.
  • Built business cases for a pipeline of technology initiatives with about $350M in projected annual benefits across productivity, safety and emissions.

Value Chain Automation Lead · 2020 – 2021

  • Defined automation strategy and ran pilots. Proved a digital pit-automation concept with roughly 15% reductions in unit cost, fuel use and haulage emissions, securing its inclusion in long-term plans.
  • Led a robotic refueling scoping study targeting elimination of refueling injuries and about 4% higher productivity.

Analyst, Autonomous Haulage & Mobile Equipment · February 2019 – 2020

  • Improved autonomous-fleet maintenance with Caterpillar at Newman. Launched fuel-quality reporting with BP, delivering about $5M in annual savings and about 2M fewer litres of diesel.

Cisco Innovation Central

April – December 2018

Junior Software Engineer · Perth, Australia

  • Implemented industrial IoT retrofits at legacy oil and gas plants and built Python tools using sensor data to identify maintenance actions.
  • Designed and tested a wireless sensor environment and data pipeline for remote condition monitoring and anomaly detection. Scoped pilots and handed prototypes over for production review.

Fortescue

December 2017 – March 2018

Undergraduate Reliability Engineer · Solomon Hub, Western Australia

  • Audited spares and maintenance practices at Solomon Hub, identifying improvements projected to cut costs by $2M and increase conveyor uptime by 4%.

Education

Duke University, Fuqua School of Business

December 2024

Master of Business Administration · Fuqua Scholar · GPA 3.96/4.00 · GMAT 770

MBA Association Treasurer; Venture Capital Club Finance Chair; Strategy and Statistics Teaching Assistant.

Curtin University

December 2018

B.Eng. (Hons), Mechatronic Engineering · Top 2% of graduating class

Binar-1 satellite thesis; Payload Technical Lead, Max-Q Rocketry; John Curtin Leadership Academy.

Skills & interests

Commercial diligence, AI strategy, market modeling, go-to-market strategy, venture diligence, Python, financial modeling, PLC and control systems, IoT, and reliability engineering.

Formula 1, cricket, soccer, tennis, travel, bachata, and salsa.

Selected professional experience. Client engagements are described at a high level.