Didier Rubin

Project Manager / Member of subsidiary's management at HOLINGER SA

Lausanne, Vaud, Switzerland

About

Project management in the field of wastewater and water treatment for one of the most important engineering company in Switzerland dealing with environmental purposes. Others positions in an engineering company and in a turnkey wastewater treatment plants' supplier. Design of installations from 300 to 400'000 PE including mechanical and biological treatment stages with or without nitrogen removal, sludge treatment, odour treatment units and micropollutants removal units. Strong background of mechanical engineering with a solid experience in the wastewater domain. Specialties: Projects managment in the field of wastewater, sludge treatment and drinking water. Design for new constructions, refurbishment and extension of existing plants including mechanical and biological treatment stages with or without nitrogen removal, sludge treatment and micropollutants removal. Contract management with clients, suppliers and subcontractors. Monitoring of budget, time schedule and warranty periods.

Experience

  • Project Manager at HOLINGER SA
    Aug 2011 - Present · 15 yrs

    Head of WWTP design team - Romandie, Projects management of wastewater treatment plants in Switzerland and abroad Design of wastewater treatment installations, Design team coordination, Implementation and commissioning team coordination, Installations audit for industrial customers after completion. References: - Wastewater treatment plant of Vidy, Lausanne – Switzerland. Capacity increase and refurbishment. Preliminary drafts, tender documents, design project, final design and commissioning within a consortium of engineering companies - in charge of sludge treatment, odour treatment and micropollutants removal - Wastewater treatment plant VOG in Ecublens (FR) – Switzerland. Capacity increase from 21'000 to 45’000PE. Preliminary draft, design project, tender documents. - Wastewater treatment plant of the SITSE, Commugny – Switzerland. Construction of a new wastewater plant with a capacity of 30'000 PE (with extension possibilities to 45'000 PE) to replace 7 smaller facilities coming to the end of life. Design team coordination. - Audit of an industrial wastewater treatment plant after completion for Givaudan, Makò - Hungary

  • Project Manager at RIBI SA
    Jul 2009 - Jul 2011 · 2 yrs 1 mo

    Design of wastewater treatment plants, proposal follow-up and projects management: References: - Wastewater treatment plant AEGN, Autigny - Switzerland. Capacity increase from 12'000 to 23’000PE. Preliminary draft, project, detailed design. - Wastewater treatment plant AICG, Broc - Switzerland. Capacity increase. Preliminary draft, project. - Pumping station with screening equipment, Courgevaux - Switzerland.

  • Degremont (6 yrs 2 mos)
    • Area Manager - Caribbean French Islands
      Mar 2008 - Jun 2009 · 1 yr 4 mos

      Market studies and quotations follow-up in the Caribbean French island area

    • Project Manager
      May 2003 - Mar 2008 · 4 yrs 11 mos

      Project Manager for a turnkey wastewater treatment plants' supplier: Follow-up of design team, purchasing and logistics, suppliers (automation, pipework, electromechanical equipments) , site team (construction and commissioning), Contract management with clients and suppliers. Budget, time schedule and warranty monitoring References: - Waste water treatment plant Aviron, Vevey Switzerland; complete re-building of biological treatment. - Waste water treatment plant Birs 2, Birsfelden Switzerland; 150'000 PE, electro-mechanical equipement of biological treatment (SBR process). - Waste water treatment plant Orbe Switzerland; 15'000 PE, re-building of two sludge digestion units with re-use of biogaz in a cogeneration plant. - Waste water treatment plant Baiyun, China; Management of administrative documents; follow-up of purchasing & logistics and budget.

  • Development Engineer at Huber&Suhner AG
    May 2001 - Mar 2003 · 1 yr 11 mos

    -Search and tests on new copper based alloys to substitute beryllium copper alloys in high frequency connectors for telecommunication devices. -Development of low cost high frequency connectors for automobile electronic devices.