denesh's CV
Profile summary
Accomplished technical lead with over 20 years of experience shaping engineering operations and product development across multiple countries. Resulted in expertise in guiding design engineering, structural analysis, and team task allocation for global clients. Committed to delivering high quality standards and managing complex technical projects from concept to final development.
Career highlights
Engineering Operations Management: Guided design engineering operations for global clients including Siemens Healthineers, KLA Tencor, and GE Vetco Gray, overseeing project deliverables, team task allocation, and quality standards.
Crane System Development: Steered a technical team through design, analysis, and prototyping phases for truck mounted crane systems while aligning component selection with regulatory standards.
Structural Integrity Analysis: Evaluated structural integrity of welded structures by applying BS7608 standards and Orcabend software to analyze fatigue life for marine and industrial component configurations.
Key skills
Professional experience
Reported to engineering leadership, directing design engineering operations and managing project task allocation, operational hours tracking, and client deliverables for global accounts including Siemens Healthineers, KLA Tencor, and GE Vetco Gray.
- Directed a team of three design engineers while coordinating project task allocation and tracking operational hours for project managers.
- Conducted seismic analysis, tolerance stack up studies, and semiconductor design activities across multiple client engagements.
- Executed value engineering analysis for the cuvette transfer mechanism elevator at Siemens Healthineers.
- Completed concept design of work riser system parts for GE Vetco Gray and wafer testing machines for KLA Tencor.
- Managed five vendors for off-the-shelf component sourcing, drawing reviews, bill of materials creation, and Enterprise Product Information Management release.
Architected engineering methodology for truck mounted crane systems, directing a three member technical team through design, analysis, and prototyping phases while aligning component selection with regulatory standards.
- Executed finite element analysis for crane boom systems in ANSYS and performed stress calculations according to EN12999 and ISO norms.
- Exhibited the designed prototype crane in the BAUMA exhibition in 2011 after coordinating assembly testing and load capacity verification on the shop floor.
- Traveled to the manufacturing facility in Germany to coordinate technical requirements with Indian suppliers.
Steered engineering projects from initial design phases through to final development stages by defining technical strategies.
- Designed fixture tools for bending machines according to project specifications.
- Developed components to support contract manufacturing objectives.
Reported to engineering leadership, directing technical workflows for elastomer clamp development and supervising structural evaluations across multiple projects. Focused on executing design calculations, reviewing engineering drawings, and aligning product specifications with manufacturer requirements while coordinating workload priorities.
- Evaluated structural integrity of welded structures by applying BS7608 standards and Orcabend software to analyze fatigue life.
- Calculated bolt stress and fatigue limits using appropriate industry standards for marine and industrial component configurations.
- Computed required cathodic protection parameters based on client specifications for subsea material deployments.
- Designed a hydraulic and pneumatic controlled hook, and created detail drawings using AutoCAD specifying machining and welding information.
- Conducted harmonic vibration analysis and stress calculations via ANSYS finite element analysis to evaluate running and natural frequencies.
- Resolved prototype quality issues and applied lessons learned to refine project execution methods.
- Designed exhaust systems, pipes, silencers, fuel tanks, and LPG piping to integrate with generator sets.
Education
Mechanical Engineering Design | First Class
First Class