Managing Architect
DDC Solutions
Total years of experience :6 years, 11 Months
BIM Manager/Coordinator with a strong background in architecture, proficient in Revit and Navisworks, and adept at overseeing Building Information Modeling (BIM) workflows. Demonstrated ability to manage teams, ensure adherence to ISO 19650 standards, and support projects across all design stages.
Key Responsibilities:
BIM Leadership: Lead a team of 6 technicians in implementing BIM strategies and workflows, ensuring efficient collaboration and coordination among team members.
Project Support: Provide comprehensive BIM support throughout all phases of project development, from conceptual design to construction documentation, ensuring adherence to project requirements and deadlines.
Revit Proficiency: Demonstrate advanced proficiency in Revit software to create and manage building models, develop parametric families, and generate accurate documentation.
Clash Detection: Utilize Navisworks for clash detection and resolution, ensuring coordination among various building systems and disciplines to minimize conflicts and improve project efficiency.
ISO 19650 Compliance: Ensure compliance with ISO 19650 requirements and procedures, including the establishment and maintenance of BIM Execution Plans (BEPs), information management protocols, and documentation standards.
Quality Assurance: Implement quality assurance processes to verify model accuracy, consistency, and compliance with project specifications, industry standards, and regulatory requirements.
Training and Development: Provide mentorship, training, and ongoing professional development opportunities for team members to enhance their skills in BIM technologies and methodologies.
Stakeholder Collaboration: Collaborate with architects, engineers, contractors, and other project stakeholders to facilitate effective communication, coordination, and integration of BIM deliverables throughout the project lifecycle.
Innovation and Optimization: Continuously explore opportunities to innovate BIM workflows, tools, and processes to improve efficiency, productivity, and project outcomes.
Documentation and Reporting: Maintain thorough documentation of BIM processes, project milestones, and lessons learned, and provide regular progress reports to project stakeholders and management.
• Developed and presented proposals entailing 3D renders and schematic plans of an Auditorium (10, 975 m2) mixed-use Club (24, 323 m2), Hospital (62, 813 m2) and Mosque (3, 121 m2) for the Pakistan Navy
• Developed and presented proposals entailing plans, 3D renders of a Medical Institute(17, 372 m2) featuring a 1000-seat Auditorium, Nursing School and Hostels for Indus Medical College
• Designed form, façade and interior of two 4-story bank branches for Meezan Bank Ltd (1, 670 m2)
• Project Lead on all residential projects in Karachi; managed production of complete set of architectural design, interior design, landscaping and construction documents
• Lead on client meetings and regular correspondence to maintain client satisfaction in ongoing projects
• Assess project feasibility for clients; deliver design solutions that facilitate long-term project viability
• Coordinate with HVAC, MEP, structural and fabrication subcontracting teams to ensure compliance with provided architectural documentation and details
• Employ clash detection and management strategies to ensure effective execution
• Conduct site survey and appraisals before and after construction
• Designed a 21-story building in Karachi to suit the client’s aesthetic requirements (13, 949 m2)
• Provided conceptual designs for a Mixed-used Complex in Islamabad, featuring a Mall (75, 928 m 2), Offices (62, 527 m2) and 4 medium-rise Condominium buildings (144 condo units)
• Appointed as an architect on the Urban Planning team for Defence Housing Authority, Quetta
• Assess project feasibility for clients; deliver design solutions that facilitate long-term project viability
• Attended weekly team meetings to resolve technical project issues
• Worked with structural engineers to ensure functional integrity of design forms
• Prepared architectural drawings for commercial projects in Bangkok, Phuket, Hanoi, and Savannakhet (including: a stationery store, warehouse, home for the elderly, condominiums, offices and shopping mall)
• Drafted and plotted numerous scale drawings of planned developments using AutoCAD
• Verified applicable codes and building regulations of concerned authorities for new projects
• Developed various schematic 3D’s of ongoing projects for client meetings and discussions
• Crafted on-scale physical models of various projects for client presentations
• Tabulated material quantities for cost estimation and purchases
• Developed diagrams, figures and tables required for on-site management
Bachelor's degree program in Architecture in Thailand is designed to provide students with a comprehensive education in the field of architecture, equipping them with the necessary knowledge, skills, and experience to pursue a career as a professional architect. While specific program details may vary among universities, here are some common aspects of a Bachelor's in Architecture program in Thailand: Curriculum: The program usually consists of a combination of theoretical coursework, design studios, practical workshops, and site visits. The curriculum covers various aspects of architecture, including architectural history, design principles, construction technology, structural analysis, urban planning, sustainable design, and building regulations. Design Studios: Design studios are a crucial component of the program, allowing students to apply theoretical knowledge to real-world architectural projects. These studios provide hands-on experience in conceptualizing, drafting, modeling, and presenting architectural designs using both traditional and digital tools. Technology and Building Science: Students learn about building materials, construction techniques, and building systems. They gain knowledge of structural principles, environmental systems, and sustainable design practices. This includes understanding energy efficiency, natural lighting, ventilation, and acoustics in architectural design. Architectural History and Theory: Courses in architectural history and theory explore the evolution of architectural styles, influential architects, and the cultural and historical context of buildings and cities. Students analyze and critically examine architectural theories and their application in contemporary design. Professional Practice: The program often includes courses on architectural practice and management, preparing students for the practical aspects of the profession. Topics covered may include architectural contracts, project management, legal and ethical considerations, and professional collaboration. Internship/Practical Training: Many programs require students to complete a period of practical training or internship at an architectural firm or related organization. This provides valuable industry exposure and practical experience, allowing students to apply their skills in a professional setting. Final Project: At the end of the program, students typically undertake a comprehensive final project or thesis that demonstrates their ability to integrate the knowledge and skills acquired throughout their studies. This project often involves an in-depth architectural design proposal, accompanied by research and analysis.